mhurhangee/patent-ind-claim-en huggingface dataset:
A method for switching a millimeter wave directional link between a primary link and a backup link with a destination device (D), wherein one of said links is a direct link and the other is a relay link, the method comprising the following steps carried out in a source device (S): assessing (B1) quality of the backup link according to a feedback data packet received from the destination device (D) via the backup link; and determining (B2), on the basis of said quality assessment result of the backup link and on the basis of a quality assessment result of the primary link packed into said feedback data packet, whether to switch between the primary link and the backup link. assessing (B1) quality of the backup link according to a feedback data packet received from the destination device (D) via the backup link; and determining (B2), on the basis of said quality assessment result of the backup link and on the basis of a quality assessment result of the primary link packed into said feedback data packet, whether to switch between the primary link and the backup link.
Manufacturing and assembly method of parts of an aircraft comprising the following steps: - providing a first aircraft part comprising at least a receptor surface on which a coupling surface of a second aircraft part is to be assembled, - providing in a computer program a model of the first and the second aircraft parts located in its assembled position, the model of the second aircraft part comprising machining allowances in its coupling surface , - digitalising by a digitalising system the receptor surface of the first aircraft part obtaining a digitalised surface, the method being characterised in that it further comprises the steps of: - positioning the digitalisation of the receptor surface in the computer model of the first and the second aircraft parts in the assembled position such that the digitalisation of the receptor surface intersects the machining allowances of the coupling surface of the second aircraft part, - obtaining in the computer model a computer designed model of the second part in which the coupling surface of the second aircraft part adapted to be assembled on the receptor surface of the first aircraft part fits to the digitalised receptor surface , - mechanising the second aircraft part to be assembled from the above obtained computer model, - assembling the mechanised second aircraft part to the provided first aircraft part . - providing a first aircraft part comprising at least a receptor surface on which a coupling surface of a second aircraft part is to be assembled, - providing in a computer program a model of the first and the second aircraft parts located in its assembled position, the model of the second aircraft part comprising machining allowances in its coupling surface , - digitalising by a digitalising system the receptor surface of the first aircraft part obtaining a digitalised surface, - positioning the digitalisation of the receptor surface in the computer model of the first and the second aircraft parts in the assembled position such that the digitalisation of the receptor surface intersects the machining allowances of the coupling surface of the second aircraft part, - obtaining in the computer model a computer designed model of the second part in which the coupling surface of the second aircraft part adapted to be assembled on the receptor surface of the first aircraft part fits to the digitalised receptor surface , - mechanising the second aircraft part to be assembled from the above obtained computer model, - assembling the mechanised second aircraft part to the provided first aircraft part .
An apparatus comprising: a plurality of queues (210-214), each configured to store packets of a respective type; a plurality of queue arbiters, each configured to select a candidate packet from a respective one of the plurality of queues (210-214); a packing arbiter comprising circuitry configured to: identify a group of available queues from the plurality of queues (210-214), each available queue storing one or more candidate packets; select a queue from the group of available queues (210-214), in response to determining the selected queue has a highest priority of the group of available queues (210-214); and characterized in that the circuitry is further configured to insert the candidate packet (230, 232, or 234) from the selected queue into a link packet comprising space for a plurality of candidate packets, in response to determining that: there is available data storage space in the link packet to store the candidate packet (230, 232, or 234) from the selected queue; and the available data storage space in the link packet is aligned to a given boundary of the candidate packet (230, 232, or 234). a plurality of queues (210-214), each configured to store packets of a respective type; a plurality of queue arbiters, each configured to select a candidate packet from a respective one of the plurality of queues (210-214); a packing arbiter comprising circuitry configured to: identify a group of available queues from the plurality of queues (210-214), each available queue storing one or more candidate packets; select a queue from the group of available queues (210-214), in response to determining the selected queue has a highest priority of the group identify a group of available queues from the plurality of queues (210-214), each available queue storing one or more candidate packets; select a queue from the group of available queues (210-214), in response to determining the selected queue has a highest priority of the group of available queues (210-214); and characterized in that the circuitry is further configured to insert the candidate packet (230, 232, or 234) from the selected queue into a link packet comprising space for a plurality of candidate packets, in response to determining that: there is available data storage space in the link packet to store the candidate packet (230, 232, or 234) from the selected queue; and the available data storage space in the link packet is aligned to a given boundary of the candidate packet (230, 232, or 234). there is available data storage space in the link packet to store the candidate packet (230, 232, or 234) from the selected queue; and the available data storage space in the link packet is aligned to a given boundary of the candidate packet (230, 232, or 234).
A method of managing resources between a local compute environment comprising a first set of compute nodes managed by a first management module and an on-demand environment comprising a second set of compute nodes different from the first set of compute nodes managed by a second management module different from the first management module , the method comprising: detecting an event associated with the local compute environment , wherein the event is at least one of the passing of a threshold or a triggering event; based on the detected event, identifying information about the local environment ; establishing communication with an on-demand compute environment and transmitting the information about the local environment to the on-demand compute environment ; provisioning resources within the on-demand compute environment according to a profile associated with workload requiring processing submitted to the local compute environment , the profile corresponding to a configuration of resources for processing the workload; and transferring the workload requiring processing submitted to the local environment to the on-demand compute environment without requiring user action. detecting an event associated with the local compute environment , wherein the event is at least one of the passing of a threshold or a triggering event; based on the detected event, identifying information about the local environment ; establishing communication with an on-demand compute environment and transmitting the information about the local environment to the on-demand compute environment ; provisioning resources within the on-demand compute environment according to a profile associated with workload requiring processing submitted to the local compute environment , the profile corresponding to a configuration of resources for processing the workload; and transferring the workload requiring processing submitted to the local environment to the on-demand compute environment without requiring user action.
A method performed by a server, comprising: receiving a markup language document from a web server via a network interface, the markup language document corresponding to a web page; parsing the markup language document into a number of blocks by a processor, each of the blocks comprising code between markers contained in the markup language document; the method being characterized by : assigning values to one or more of the blocks based on a desirability metric, said desirability metric indicating whether the information represented by the respective block is determined to be desired by one or more users; creating a second markup language document based on the received markup language document, wherein each block associated with a value that does not meet a predefined threshold is replaced by a replacement block, of the replacement blocks comprising markup language that, when rendered, provides a hypertext message for the user to press in order to view the replaced content; and assigning a higher value to any block having content that was requested a number of times greater than another predefined threshold, in response to receiving requests to said content. receiving a markup language document from a web server via a network interface, the markup language document corresponding to a web page; parsing the markup language document into a number of blocks by a processor, each of the blocks comprising code between markers contained in the markup language document; the method being characterized by : assigning values to one or more of the blocks based on a desirability metric, said desirability metric indicating whether the information represented by the respective block is determined to be desired by one or more users; creating a second markup language document based on the received markup language document, wherein each block associated with a value that does not meet a predefined threshold is replaced by a replacement block, of the replacement blocks comprising markup language that, when rendered, provides a hypertext message for the user to press in order to view the replaced content; and assigning a higher value to any block having content that was requested a number of times greater than another predefined threshold, in response to receiving requests to said content. assigning values to one or more of the blocks based on a desirability metric, said desirability metric indicating whether the information represented by the respective block is determined to be desired by one or more users; creating a second markup language document based on the received markup language document, wherein each block associated with a value that does not meet a predefined threshold is replaced by a replacement block, of the replacement blocks comprising markup language that, when rendered, provides a hypertext message for the user to press in order to view the replaced content; and assigning a higher value to any block having content that was requested a number of times greater than another predefined threshold, in response to receiving requests to said content.
Outdoor seating furniture that has at least one seating element arranged on a frame with a seat surface and a reverse side , wherein the seat surface is oriented downwards in a basic state (A) and the seat surface is oriented upwards in a functional state (B), wherein the seating element is pivotably mounted around the longitudinal axis of a transverse strut of the frame as part of a pivot bearing and is stabilized by the force of gravity, spring force, magnetic force and/or an electromechanical actuator in the basic state (A), characterized in that at least one backrest element situated on the frame is pivotably mounted around the longitudinal axis of an additional strut that is parallel to the transverse strut .
A method of forming a non-pneumatic tire comprising the steps of: providing an outer shear band ring , wherein the outer shear band ring has an inner diameter; providing an intermediate section that has a supporting structure , wherein the intermediate section is in an uncompressed state, wherein in the uncompressed state the intermediate section has an outer diameter, wherein the outer diameter of the intermediate section in the uncompressed state is greater than the inner diameter of the outer shear band ring ; compressing the intermediate section from the uncompressed state to a compressed state; inserting the intermediate section when in the compressed state inside of the outer shear band ring ; and releasing compression of the intermediate section when the intermediate section is inside of the outer shear band ring such that the intermediate section moves from the compressed state to a state of interference fit with the outer shear band ring , wherein the intermediate section has an inner shear band ring , wherein the inner shear band ring is located at the outer surface of the intermediate section , wherein the inner shear band ring engages the outer shear band ring after releasing compression of the intermediate section , wherein the outer shear band ring and the inner shear band ring include the same materials. providing an outer shear band ring , wherein the outer shear band ring has an inner diameter; providing an intermediate section that has a supporting structure , wherein the intermediate section is in an uncompressed state, wherein in the uncompressed state the intermediate section has an outer diameter, wherein the outer diameter of the intermediate section in the uncompressed state is greater than the inner diameter of the outer shear band ring ; compressing the intermediate section from the uncompressed state to a compressed state; inserting the intermediate section when in the compressed state inside of the outer shear band ring ; and releasing compression of the intermediate section when the intermediate section is inside of the outer shear band ring such that the intermediate section moves from the compressed state to a state of interference fit with the outer shear band ring , wherein the intermediate section has an inner shear band ring , wherein the inner shear band ring is located at the outer surface of the intermediate section , wherein the inner shear band ring engages the outer shear band ring after releasing compression of the intermediate section , wherein the outer shear band ring and the inner shear band ring include the same materials.
An ethylene/α-olefin copolymer comprising: units derived from ethylene; and units derived from at least one α-olefin; wherein the ethylene/α-olefin copolymer has a density in the range of from 0.90 to 0.94 g/cc; a melt index (I 2 ) in the range of from 0.05 to 50 dg/min; an Mw/Mn of from 3 to 5; and from 300 to 350 vinyl unsaturations per 1,000,000 carbon atoms in the ethylene/α-olefin copolymer. units derived from ethylene; and units derived from at least one α-olefin; wherein the ethylene/α-olefin copolymer has a density in the range of from 0.90 to 0.94 g/cc; a melt index (I 2 ) in the range of from 0.05 to 50 dg/min; an Mw/Mn of from 3 to 5; and from 300 to 350 vinyl unsaturations per 1,000,000 carbon atoms in the ethylene/α-olefin copolymer.
An illumination device comprising a support structure having a first side with mounted thereon: - an array of a plurality of spatially separated solid state lighting elements , and - an optical element made of a solid, light transmissive, light diffusing, foam material, wherein the optical element is provided with a pattern of concaves , essentially each concave being formed by: - a recessed portion comprising a closed bottom wall , - an elevated portion having an apex bordering a light exit window downstream and opposite to the closed bottom wall , and - a circumferential side wall extending from the closed bottom wall to the light exit window , wherein the plurality of spatially separated solid state elements is arranged outside and upstream of the concaves and conformal to said pattern of concaves . - an array of a plurality of spatially separated solid state lighting elements , and - an optical element made of a solid, light transmissive, light diffusing, foam material, wherein the optical element is provided with a pattern of concaves , essentially each concave being formed by: - a recessed portion comprising a closed bottom wall , - an elevated portion having an apex bordering a light exit window downstream and opposite to the closed bottom wall , and - a circumferential side wall extending from the closed bottom wall to the light exit window , - a recessed portion comprising a closed bottom wall , - an elevated portion having an apex bordering a light exit window downstream and opposite to the closed bottom wall , and - a circumferential side wall extending from the closed bottom wall to the light exit window , wherein the plurality of spatially separated solid state elements is arranged outside and upstream of the concaves and conformal to said pattern of concaves .
A light source unit, comprising: - a light source emitting visible light and light of a non-visible light wavelength; - a rod-like light guide at the end of which the light source is provided and in which incident light from the light source is propagated in the long axis direction; - a reflecting layer that is linear along the long axis direction and provided on the contour surface of the light guide ; and - support members encompassing the reflecting layer and the light guide , having a given width in a direction perpendicular to the long axis direction, and having a second reflecting layer on a surface of an opening extending along the long axis direction of the support members ; - characterised in that the reflecting layer and the second reflecting layer of the support members are formed by a reflecting material containing a first reflecting substance that reflects visible light and light of a non-visible light wavelength, the reflectivity in the non-visible light wavelength being lower than the reflectivity in visible light, and a second reflecting substance having a higher reflectivity of a non-visible light wavelength than the first reflecting substance. - a light source emitting visible light and light of a non-visible light wavelength; - a rod-like light guide at the end of which the light source is provided and in which incident light from the light source is propagated in the long axis direction; - a reflecting layer that is linear along the long axis direction and provided on the contour surface of the light guide ; and - support members encompassing the reflecting layer and the light guide , having a given width in a direction perpendicular to the long axis direction, and having a second reflecting layer on a surface of an opening extending along the long axis direction of the support members ; - characterised in that the reflecting layer and the second reflecting layer of the support members are formed by a reflecting material containing a first reflecting substance that reflects visible light and light of a non-visible light wavelength, the reflectivity in the non-visible light wavelength being lower than the reflectivity in visible light, and a second reflecting substance having a higher reflectivity of a non-visible light wavelength than the first reflecting substance.
A statistical copolymer represented by the following formula (I): Ini-[Ox] m -[Oz] n -Nuc (I) wherein: • Ini represents a residue of an initiator of cationic polymerization, • Nuc represents a residue of a nucleophilic agent, • Ox represents N(R 1 )CHR a CHR a ; each R 1 independently represents H or C(O)R 11 ; and R 11 independently represents optionally substituted C 1-12 alkyl, optionally substituted cycloalkyl, optionally substituted aralkyl or optionally substituted aryl; • Oz represents N(R 2 )CHR a CHR a CHR a ; each R 2 independently represents C(O)R 21 or H; and R 21 independently represents optionally substituted C 1-12 alkyl, optionally substituted cycloalkyl, optionally substituted aralkyl or optionally substituted aryl; • each R a independently represents H, linear or branched C 1-3 alkyl; • m ≥ 5; • n ≥ 5; • m+n ≥ 20; • 3:97 ≤ m:n ≤ 97:3. • Ini represents a residue of an initiator of cationic polymerization, • Nuc represents a residue of a nucleophilic agent, • Ox represents N(R 1 )CHR a CHR a ; each R 1 independently represents H or C(O)R 11 ; and R 11 independently represents optionally substituted C 1-12 alkyl, optionally substituted cycloalkyl, optionally substituted aralkyl or optionally substituted aryl; • Oz represents N(R 2 )CHR a CHR a CHR a ; each R 2 independently represents C(O)R 21 or H; and R 21 independently represents optionally substituted C 1-12 alkyl, optionally substituted cycloalkyl, optionally substituted aralkyl or optionally substituted aryl; • each R a independently represents H, linear or branched C 1-3 alkyl; • m ≥ 5; • n ≥ 5; • m+n ≥ 20; • 3:97 ≤ m:n ≤ 97:3.
An auxiliary nozzle for supporting a weft thread in a weaving machine, which auxiliary nozzle comprises a hollow needle , wherein the hollow needle comprises a tip , an outflow opening for an air jet and a side wall , wherein the outflow opening is provided in the side wall adjoining the tip and is arranged to direct the air jet to a weft insertion channel when the auxiliary nozzle is mounted on the weaving machine, and wherein the outflow opening is composed of a plurality of elementary apertures formed in the side wall , characterized in that the elementary apertures have an at least substantially hexagonal cross-section with straight lateral surfaces , the elementary apertures are formed by laser cutting, and the elementary apertures are arranged to abut lateral surface to lateral surface in a hexagonal tessellation pattern for maximizing the total flow-through section of the outflow opening .