mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna , comprising: a power supply point on a substrate ; a termination resistor on the substrate ; first and second lines connecting the power supply point and the termination resistor , the first line being on a first surface of the substrate , and the second line being on a second surface of the substrate , wherein the first line includes a plurality of loop portions (1041-1044) spaced from each other along a longitudinal direction of the substrate , and the second line includes a plurality of conductive portions (1051-1055) connecting the power supply point to one of the loop portions closest thereto, connecting adjacent pairs of loop portions to each other, and connecting the termination resistor to one of the loop portions closest thereto; characterized in that the second surface of the substrate is opposite to the first surface of the substrate . a power supply point on a substrate ; a termination resistor on the substrate ; first and second lines connecting the power supply point and the termination resistor , the first line being on a first surface of the substrate , and the second line being on a second surface of the substrate , wherein the first line includes a plurality of loop portions (1041-1044) spaced from each other along a longitudinal direction of the substrate , and the second line includes a plurality of conductive portions (1051-1055) connecting the power supply point to one of the loop portions closest thereto, connecting adjacent pairs of loop portions to each other, and connecting the termination resistor to one of the loop portions closest thereto; characterized in that the second surface of the substrate is opposite to the first surface of the substrate .
A method of wireless communication performed by a base station in which a user plane and a control plane are logically separated, comprising: receiving, by the user plane of the base station from a user equipment, a data packet on a default data radio bearer, DRB, wherein the data packet includes a quality of service flow indicator, QFI; sending, by the user plane to the control plane of the base station, a message that includes the QFI that identifies a Quality of Service, QoS, flow in response to an absence of mapping between the QoS flow and a DRB at the user plane of the base station for the control plane of the base station to determine a mapping relationship between the QoS flow and the DRB for uplink communication; receiving, by the user plane, another message from the control plane of the base station that indicates the mapping relationship between the QoS flow and the DRB; storing, by the user plane, the mapping relationship; and using, by the user plane, the mapping relationship for a subsequent uplink packet that includes the QFI. receiving, by the user plane of the base station from a user equipment, a data packet on a default data radio bearer, DRB, wherein the data packet includes a quality of service flow indicator, QFI; sending, by the user plane to the control plane of the base station, a message that includes the QFI that identifies a Quality of Service, QoS, flow in response to an absence of mapping between the QoS flow and a DRB at the user plane of the base station for the control plane of the base station to determine a mapping relationship between the QoS flow and the DRB for uplink communication; receiving, by the user plane, another message from the control plane of the base station that indicates the mapping relationship between the QoS flow and the DRB; storing, by the user plane, the mapping relationship; and using, by the user plane, the mapping relationship for a subsequent uplink packet that includes the QFI.
A portable device incorporating an electronic component, wherein the portable device is operated in one of a normal mode in which the electronic component functions and a power saving mode that consumes less power than the normal mode, the portable device comprising: a use state detector configured to detect one of a use state and a non-use state of the portable device ; and a mode controller configured to shift the portable device to the power saving mode when a constant time elapses from when a timer starts measuring time after the use state detector detects that the portable device has shifted to the non-use state, wherein the use state detector includes a lock affirmation information acquisition unit configured to acquire lock affirmation information affirming locking of a lock mechanism that is electrically lockable by the portable device , the lock affirmation information acquisition unit includes a lock completion information acquisition unit configured to acquire lock completion information indicating that locking of the lock mechanism, which is lockable through bidirectional communication with the portable device , has been completed, and the use state detector is configured to detect that the portable device has shifted to the non-use state when the lock completion information acquisition unit acquires the lock completion information. a use state detector configured to detect one of a use state and a non-use state of the portable device ; and a mode controller configured to shift the portable device to the power saving mode when a constant time elapses from when a timer starts measuring time after the use state detector detects that the portable device has shifted to the non-use state, wherein the use state detector includes a lock affirmation information acquisition unit configured to acquire lock affirmation information affirming locking of a lock mechanism that is electrically lockable by the portable device , the lock affirmation information acquisition unit includes a lock completion information acquisition unit configured to acquire lock completion information indicating that locking of the lock mechanism, which is lockable through bidirectional communication with the portable device , has been completed, and the use state detector is configured to detect that the portable device has shifted to the non-use state when the lock completion information acquisition unit acquires the lock completion information.
A method for blurring a virtual object in a video, said video being captured by a device comprising at least one motion sensor, said method being performed by said device , said method comprising: - obtaining (S110) an initial image of said video captured by said device at an initial device pose ; - obtaining (S120) a current image of said video captured by said device at a current device pose ; - estimating (S130) an apparent motion vector of said virtual object between said initial image and said current image , based on a motion of said device ; - blurring said virtual object by filtering (S140) at least a part of the current image based on said apparent motion vector ; said method being characterized in that said motion of said device is obtained from an angular rate generated by at least one motion sensor of said device , moving from said initial device pose to said current device pose . - obtaining (S110) an initial image of said video captured by said device at an initial device pose ; - obtaining (S120) a current image of said video captured by said device at a current device pose ; - estimating (S130) an apparent motion vector of said virtual object between said initial image and said current image , based on a motion of said device ; - blurring said virtual object by filtering (S140) at least a part of the current image based on said apparent motion vector ;
A method for receiving signals by a user equipment, UE, in a wireless communication system supporting coverage enhancement, the method comprising: receiving first system information from a base station , the first system information including scheduling information indicating a number of repetitions for second system information; and repeatedly receiving the second system information from the base station for the number of repetitions indicated by the scheduling information, wherein the second system information is received on a physical downlink shared channel, PDSCH. receiving first system information from a base station , the first system information including scheduling information indicating a number of repetitions for second system information; and repeatedly receiving the second system information from the base station for the number of repetitions indicated by the scheduling information, wherein the second system information is received on a physical downlink shared channel, PDSCH.
An antenna comprising: at least one unit cell , the at least one unit cell comprising: a substrate layer , a flap layer including a plurality of flaps forming a cavity , disposed onto one side of the substrate layer , wherein each of the plurality of flaps is positioned between a corner of the flap layer and the cavity , the flap layer is a layer of electromagnetic material with the plurality of flaps machined therefrom, and the plurality of flaps include four flaps positioned around the cavity , a feed network disposed onto another side of the substrate layer , the feed network including a plurality of feed lines, each of the plurality of feed lines including an excitation port and a transmission line, a patch having a quadrilateral shape, the patch positioned above flap layer such that an air gap is present between the patch and the flap layer . at least one unit cell , the at least one unit cell comprising: a substrate layer , a flap layer including a plurality of flaps forming a cavity , disposed onto one side of the substrate layer , wherein each of the plurality of flaps is positioned between a corner of the flap layer and the cavity , the flap layer is a layer of electromagnetic material with the plurality of flaps machined therefrom, and the plurality of flaps include four flaps positioned around the cavity , a feed network disposed onto another side of the substrate layer , the feed network including a plurality of feed lines, each of the plurality of feed lines including an excitation port and a transmission line, a patch having a quadrilateral shape, the patch positioned above flap layer such that an air gap is present between the patch and the flap layer . a feed network disposed onto another side of the substrate layer , the feed network including a plurality of feed lines, each of the plurality of feed lines including an excitation port and a transmission line, a patch having a quadrilateral shape, the patch positioned above flap layer such that an air gap is present between the patch and the flap layer .
Household dishwasher comprising a washing compartment and at least one spray device that is arranged inside said washing compartment and is intended to spray washing liquor and/or clean water (F) within the washing container , wherein the spray device comprises a cage and a rotary element that is mounted in said cage so as to rotate about an axis of rotation (D), wherein said rotary element comprises a bearing surface which is radially distanced from the axis of rotation (D) and extends around same, and with the aid of which said rotary element is mounted rotatably in the cage , wherein the cage has a plurality of bearing portions , the bearing surface bearing thereagainst during the operation of the spray device , and wherein in each case an intermediate space is provided between two adjacent bearing portions .
A closure capsule for closing a container, comprising: - a stopper applicable to the container and comprising a first perforable membrane ; - a first cutter of the first membrane, said first cutter being movable between a start stroke position and an end stroke position; in the start stroke position of the first cutter , in combination with at least the first membrane , the first cutter delimits a first tank for containing a first substance; in the end stroke position of the first cutter at least a part of the first membrane being perforated to enable passage of the first substance from the first tank to the container; said stopper comprising at least a second perforable membrane ; said capsule comprising a second cutter for cutting the second membrane, said second cutter being movable between a start stroke position and an end stroke position; in the start stroke position of the second cutter , in combination with at least the second membrane the second cutter delimiting a second tank for containing a second substance; in the end stroke position of the second cutter at least a part of the second membrane being perforated to enable passage of the second substance from the second tank to the container; characterised in that in the start stroke position of the first cutter the distance between the first cutter and a pre-incision of the first membrane is smaller than the distance between the second cutter and a pre-incision of the second membrane . - a stopper applicable to the container and comprising a first perforable membrane ; - a first cutter of the first membrane, said first cutter being movable between a start stroke position and an end stroke position; in the start stroke position of the first cutter , in combination with at least the first membrane , the first cutter delimits a first tank for containing a first substance; in the end stroke position of the first cutter at least a part of the first membrane being perforated to enable passage of the first substance from the first tank to the container; said stopper comprising at least a second perforable membrane ; said capsule comprising a second cutter for cutting the second membrane, said second cutter being movable between a start stroke position and an end stroke position; in the start stroke position of the second cutter , in combination with at least the second membrane the second cutter delimiting a second tank for containing a second substance; in the end stroke position of the second cutter at least a part of the second membrane being perforated to enable passage of the second substance from the second tank to the container;
A method of preparing a vinyl chloride-based polymer, the method comprising the steps of: (S1) preparing a mixture in which a first protective colloid auxiliary agent and a chain regulator are mixed; (S2) preparing a second protective colloid auxiliary agent including the chain regulator activated by stirring the mixture prepared in step (S1); and (S3) performing polymerization by adding a vinyl chloride-based monomer and a polymerization initiator in the presence of the second protective colloid auxiliary agent prepared in step (S2), wherein the stirring in step (S2) is performed at a stirring speed of 70 rpm to 100 rpm for 10 to 40 minutes. (S1) preparing a mixture in which a first protective colloid auxiliary agent and a chain regulator are mixed; (S2) preparing a second protective colloid auxiliary agent including the chain regulator activated by stirring the mixture prepared in step (S1); and (S3) performing polymerization by adding a vinyl chloride-based monomer and a polymerization initiator in the presence of the second protective colloid auxiliary agent prepared in step (S2),
A fuel injector for an aircraft turbine engine, comprising a tubular body having an axis of elongation (A) and comprising a first longitudinal end for supplying fuel and a second longitudinal end for ejecting a jet of fuel, said body further comprising an integrated purge air circuit which comprises an internal cavity which is in fluid communication with air supply orifices located on the body and which comprises an annular portion extending around said axis of elongation (A) and connected to air outlet channels opening at said second end , characterised in that air flow disruptors are provided projecting into the annular portion of said internal cavity and in the channels , the disruptors of each of the channels comprising several partitions, said partitions being parallel to each other and substantially parallel to said axis of elongation (A).
Device for fall prevention in the area of roof eaves or fall-risk edges of a roof surface , wherein the device comprises a protective railing including at least two railing supports as well as a handrail , one or more knee rails and a base rail , said handrail , the knee rails and the base rail being arranged transversely to the at least two railing supports , wherein a respective base bar is attached to the lower end of each railing post , the base bar being connected to the railing post at an angle and projecting from the railing post by an base bar length , characterized in that each base bar has, at its free bar end , a skate-shaped rounding at its underside , and a groove-shaped recess provided with at least one locking element is arranged transverse to the base bar length on the upper side of each base bar at a longitudinal distance from the free-standing bar end , said recess being configured to receive at least a section of a snow guard pipe fastened to a roof surface . wherein a respective base bar is attached to the lower end of each railing post , the base bar being connected to the railing post at an angle and projecting from the railing post by an base bar length , characterized in that each base bar has, at its free bar end , a skate-shaped rounding at its underside , and a groove-shaped recess provided with at least one locking element is arranged transverse to the base bar length on the upper side of each base bar at a longitudinal distance from the free-standing bar end , said recess being configured to receive at least a section of a snow guard pipe fastened to a roof surface .
A turbine section for a gas turbine engine, the turbine section comprising: a rotor comprising: a rim defining an outer diameter surface ; a slot through the rim across the outer diameter surface ; a blade comprising: an airfoil ; a platform surrounding a base of the airfoil ; a shank extending from the platform opposite the airfoil ; a root extending from the shank for connecting to the slot ; a nub extending from the shank beneath the platform ; and a rim seal disposed between the outer diameter surface and the nub ; and a cover plate ; characterised in that the cover plate comprises: a disk portion extending across the rotor to connect to the rim ; and a seal portion extending from the disk portion to engage the shank and positioned adjacent an interface between the root and the slot ; wherein the cover plate forms a cooling path comprising: an opening in the cover plate ; a leakage gap between the seal portion and rim ; and a passage between the outer diameter surface and the rim seal . a rotor comprising: a rim defining an outer diameter surface ; a slot through the rim across the outer diameter surface ; a rim defining an outer diameter surface ; a slot through the rim across the outer diameter surface ; a blade comprising: an airfoil ; a platform surrounding a base of the airfoil ; a shank extending from the platform opposite the airfoil ; a root extending from the shank for connecting to the slot ; a nub extending from the shank beneath the platform ; and an airfoil ; a platform surrounding a base of the airfoil ; a shank extending from the platform opposite the airfoil ; a root extending from the shank for connecting to the slot ; a nub extending from the shank beneath the platform ; and a rim seal disposed between the outer diameter surface and the nub ; and a cover plate ; characterised in that the cover plate comprises: a disk portion extending across the rotor to connect to the rim ; and a seal portion extending from the disk portion to engage the shank and positioned adjacent an interface between the root and the slot ; a disk portion extending across the rotor to connect to the rim ; and a seal portion extending from the disk portion to engage the shank and positioned adjacent an interface between the root and the slot ; wherein the cover plate forms a cooling path comprising: an opening in the cover plate ; a leakage gap between the seal portion and rim ; and a passage between the outer diameter surface and the rim seal . an opening in the cover plate ; a leakage gap between the seal portion and rim ; and a passage between the outer diameter surface and the rim seal .
A method for disposing of asbestos-containing material by heating the asbestos-containing material with microwave energy, the method being characterized by : - mixing crumbled asbestos-containing material with a cullet; - heating the crumbled asbestos-containing material in a pre-heating chamber by means of at least one burner powered by liquid fuel or gaseous fuel to a temperature from 900°C to 1000°C; and - inputting the heated asbestos-containing material into a drum with inner ceramic walls and heating the asbestos-containing material therein with microwave energy to a temperature from 1000°C to 1200°C; - pouring the asbestos-containing material heated inside the drum to a cooling chamber ; - directing a stream of hot gases from the drum through a cyclone to a vertical chamber filled with ceramic microwave-absorbing elements, wherein the microwave-absorbing elements are heated by microwave energy to a temperature from 1200°C to 1400°C. - mixing crumbled asbestos-containing material with a cullet; - heating the crumbled asbestos-containing material in a pre-heating chamber by means of at least one burner powered by liquid fuel or gaseous fuel to a temperature from 900°C to 1000°C; and - inputting the heated asbestos-containing material into a drum with inner ceramic walls and heating the asbestos-containing material therein with microwave energy to a temperature from 1000°C to 1200°C; - pouring the asbestos-containing material heated inside the drum to a cooling chamber ; - directing a stream of hot gases from the drum through a cyclone to a vertical chamber filled with ceramic microwave-absorbing elements, wherein the microwave-absorbing elements are heated by microwave energy to a temperature from 1200°C to 1400°C.
A method comprising: detecting one or more connection parameters and associated data of at least one access point; facilitating provision of the connection parameters and associated data for inclusion within at least one profile of a user, the profile is associated with a social network service identifying one or more previously established trust relationships among one or more determined friends of the user; and enabling provision of the connection parameters and associated data to at least one device of the user or one or more devices of the friends. detecting one or more connection parameters and associated data of at least one access point; facilitating provision of the connection parameters and associated data for inclusion within at least one profile of a user, the profile is associated with a social network service identifying one or more previously established trust relationships among one or more determined friends of the user; and enabling provision of the connection parameters and associated data to at least one device of the user or one or more devices of the friends.