mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining system resources scheduling in communication systems, the method comprising the steps of: I) determining a system resource density map for a communication system based on at least one first system resource parameter associated with the communication system, wherein said system resource density map comprises at least one region of the communication system and assigns at least one portion of the system resources to said at least one region; and II) determining a resource scheduling in said at least one region based on said system resource density map , characterized in that resolutions of one or more dimensions of said system resource density map are dynamically changing and said at least one first system resource parameter is a system resource in the group comprising: number of network nodes, number of antennas per network node, spatial distribution of network nodes, frequency spectrum, type of frequency spectrum, frequency spectrum per network node, transmit power per network node; transmitting/receiving characteristics of network nodes; and any combinations thereof, wherein the resolution of the system resource density map is determined dynamically in any or in all of its dimensions adapting to distribution and system usage fluctuations in space, time and/or frequency. I) determining a system resource density map for a communication system based on at least one first system resource parameter associated with the communication system, wherein said system resource density map comprises at least one region of the communication system and assigns at least one portion of the system resources to said at least one region; and II) determining a resource scheduling in said at least one region based on said system resource density map ,
In-vitro use of a metabolic biomarker set for assessing ovarian cancer comprising at least i.) one amino acid selected from the group of alanine, arginine, histidine, tryptophan, glutamate, and ii.) one phospholipid selected from the group of lyso PC a C18:1, lyso PC a C18:2, and PC aa C32:2, iii.) one acylcarnitine selected from the group of acylcarnitine C18:1, acylcarnitine C18:2, and optional iv.) one sphingolipid SM(OH)C24:1. i.) one amino acid selected from the group of alanine, arginine, histidine, tryptophan, glutamate, and ii.) one phospholipid selected from the group of lyso PC a C18:1, lyso PC a C18:2, and PC aa C32:2, iii.) one acylcarnitine selected from the group of acylcarnitine C18:1, acylcarnitine C18:2, and optional iv.) one sphingolipid SM(OH)C24:1.
A method for distributing adaptive bitrate ABR media in a network, the network including a plurality of packagers configured to encapsulate ABR media in a container associated with a streaming protocol, the method comprising: determining , based on a media routing database and a constraint associated with an ABR media element, a given packager from among the plurality of packagers that is able to satisfy the constraint associated with the ABR media element, and selecting the given packager to perform a packaging function on the ABR media element; and; initiating routing in the network of the ABR media element to the given packager, wherein the method further comprises: receiving the constraint in a service manifest as a directive, and providing constraints in the directive on at least one of media catalog routing, channel routing, adaptive transcoding, adaptive packaging, upload and CDN delivery, content protection, entitlements and ad insertion, recording and storage. determining , based on a media routing database and a constraint associated with an ABR media element, a given packager from among the plurality of packagers that is able to satisfy the constraint associated with the ABR media element, and selecting the given packager to perform a packaging function on the ABR media element; and; initiating routing in the network of the ABR media element to the given packager, wherein the method further comprises: receiving the constraint in a service manifest as a directive, and providing constraints in the directive on at least one of media catalog routing, channel routing, adaptive transcoding, adaptive packaging, upload and CDN delivery, content protection, entitlements and ad insertion, recording and storage. receiving the constraint in a service manifest as a directive, and providing constraints in the directive on at least one of media catalog routing, channel routing, adaptive transcoding, adaptive packaging, upload and CDN delivery, content protection, entitlements and ad insertion, recording and storage.
A boom type vehicle comprising: a traveling body that can travel; a rotating superstructure that is provided to be rotatable on the traveling body over a swing center (TA) of the rotating superstructure ; a boom that is provided to be vertically swingable on the rotating superstructure over a vertical swing center (UDC) of the boom; a working apparatus provided on the boom; and a counterweight provided on the boom, wherein the counterweight is fixed to a rear end of the boom , characterized in that the boom type vehicle further comprises a link mechanism that is configured to move the boom from a laid flat state towards an upright state, and by which movement the vertical swing center (UDC) of the boom is moved closer to the swing center (TA) of the rotating superstructure and the vertical swing center (UDC) of the boom is raised from its position in the laid flat state. a traveling body that can travel; a rotating superstructure that is provided to be rotatable on the traveling body over a swing center (TA) of the rotating superstructure ; a boom that is provided to be vertically swingable on the rotating superstructure over a vertical swing center (UDC) of the boom; a working apparatus provided on the boom; and a counterweight provided on the boom, wherein the counterweight is fixed to a rear end of the boom , characterized in that the boom type vehicle further comprises a link mechanism that is configured to move the boom from a laid flat state towards an upright state, and by which movement the vertical swing center (UDC) of the boom is moved closer to the swing center (TA) of the rotating superstructure and the vertical swing center (UDC) of the boom is raised from its position in the laid flat state.
A metal interconnect structure, comprising: a dielectric layer on a substrate ; an opening in the dielectric layer , wherein the opening has sidewalls and exposes a conductive region of at least one of the substrate and an additional interconnect structure; a plug , comprising cobalt, included in the lower portion of the opening; an adhesion layer , comprising manganese, on the conductive region and the sidewalls; a fill material , comprising cobalt, within the upper portion of the opening on a surface of the adhesion layer and on the plug , wherein the plug fills the lower portion of the opening, and the fill material fills the upper portion of the opening from a bottom portion of the upper portion to a top portion of the upper portion and wherein the plug and the fill material are formed from different compositions. a dielectric layer on a substrate ; an opening in the dielectric layer , wherein the opening has sidewalls and exposes a conductive region of at least one of the substrate and an additional interconnect structure; a plug , comprising cobalt, included in the lower portion of the opening; an adhesion layer , comprising manganese, on the conductive region and the sidewalls; a fill material , comprising cobalt, within the upper portion of the opening on a surface of the adhesion layer and on the plug , wherein the plug fills the lower portion of the opening, and the fill material fills the upper portion of the opening from a bottom portion of the upper portion to a top portion of the upper portion and wherein the plug and the fill material are formed from different compositions.
Device for shredding, in particular pureeing or pacotizing, of deep-frozen food products provided in block form, comprising a shredding device with a tool for shredding at least part of the deep-frozen food products block, by rotating the tool around a particularly vertical axis of rotation (X) and thereby advancing it along the axis of rotation (X) in direction (S) towards the food products block, thereby scraping off food layers from the food products block, wherein the shredding device comprises a first drive motor and a second drive motor for generating the rotational movement and the feed movement of the tool , which drive motors are separately controllable and of which at least one is speed-variable, and wherein the shredding device comprises a gear arrangement which is coupled to the two drive motors and which is designed in such a way that only the first drive motor serves to drive the rotation of the tool and that both drive motors together serve to advance the tool, in such a way that at set directions of rotations of the two drive motors and at a specific ratio of the number of revolutions of the two drive motors , the tool is rotated without performing any axial movement along the axis of rotation X, and that, if this specific rotational speed ratio is exceeded or undercut, respectively, an advancing or retracting movement of the tool along the axis of rotation (X) is generated, which advancing or retracting movement increases in speed with an increasing exceeding or undercutting, respectively, of the rotational speed ratio. wherein the shredding device comprises a first drive motor and a second drive motor for generating the rotational movement and the feed movement of the tool , which drive motors are separately controllable and of which at least one is speed-variable, and wherein the shredding device comprises a gear arrangement which is coupled to the two drive motors and which is designed in such a way that only the first drive motor serves to drive the rotation of the tool and that both drive motors together serve to advance the tool, in such a way that at set directions of rotations of the two drive motors and at a specific ratio of the number of revolutions of the two drive motors , the tool is rotated without performing any axial movement along the axis of rotation X, and that, if this specific rotational speed ratio is exceeded or undercut, respectively, an advancing or retracting movement of the tool along the axis of rotation (X) is generated, which advancing or retracting movement increases in speed with an increasing exceeding or undercutting, respectively, of the rotational speed ratio.
An alloy powder comprising: greater than or equal to 3% by mass and less than or equal to 30% by mass of tungsten; greater than or equal to 2% by mass and less than or equal to 30% by mass of aluminum; greater than or equal to 0.2% by mass and less than or equal to 15% by mass of oxygen; and at least one of cobalt and nickel as the balance, the alloy powder having an average particle diameter of greater than or equal to 0.1 μm and less than or equal to 10 μm. greater than or equal to 3% by mass and less than or equal to 30% by mass of tungsten; greater than or equal to 2% by mass and less than or equal to 30% by mass of aluminum; greater than or equal to 0.2% by mass and less than or equal to 15% by mass of oxygen; and at least one of cobalt and nickel as the balance, the alloy powder having an average particle diameter of greater than or equal to 0.1 μm and less than or equal to 10 μm.
Method for embedding a web application to be embedded into a surrounding web application , wherein the web application to be embedded is provided to run in a separate execution and display region of the surrounding web application , wherein the web application to be embedded is provided by at least two web servers , wherein at least one criterion (K) is defined, which is used to determine the web server of the at least two web servers of which the provided web application to be embedded is embedded into the surrounding web application , wherein the web application to be embedded and the at least two web servers are communicatively interconnected via a communication facility and the criterion (K) relates to the communication in the communication facility , characterised in that the criterion (K) is a reduction of data traffic in the communication facility between the at least two web servers , wherein functions in an industrial automation system are provided by the web application to be embedded and the surrounding web application , wherein the automation system controls and/or regulates and monitors a process , and wherein the criterion relates to a reduction of the data traffic that occurs due to transferring process values of the process between the at least two web servers .
A tyre of an agricultural roller of the type comprising a flexible casing delimiting a non-inflatable chamber , the flexible casing having a sheath adapted to fit around a support tube and having a pair of side edges each bearing a junction surface to a homologous tyre, as well as a tread connected to the sheath , characterised in that the chamber extends proximate to each of the side edges in a manner generally homologous to the junction surface so that the side edges have a substantially constant thickness from the sheath to the tread and the casing has at least one pair of portions projecting radially into the chamber , each of these projecting portions being close to a respective side edge , characterised in that the casing has at least one additional portion projecting radially into the chamber , this additional portion being interposed between the projecting portions of said pair whereas at least one framework element is disposed in one of the projecting portions of said pair.
An implant configured to be positioned within an aneurysm (A), comprising: a flattened, two-layer ribbon-shaped strand formed of a tubular mesh, the mesh being expandable and having a collapsed, elongated configuration and a deployed configuration, wherein, when the mesh is in the elongated configuration, the mesh is compressed and configured to be contained in a delivery device, and when the mesh is in the deployed configuration, the mesh has first and second wider portions separated by a constricted portion. a flattened, two-layer ribbon-shaped strand formed of a tubular mesh, the mesh being expandable and having a collapsed, elongated configuration and a deployed configuration, wherein, when the mesh is in the elongated configuration, the mesh is compressed and configured to be contained in a delivery device, and when the mesh is in the deployed configuration, the mesh has first and second wider portions separated by a constricted portion.
A sensor for detecting the presence of an aqueous-based liquid in a personal hygiene article, the sensor comprising a substrate having: a second layer of wetness indicator material which changes from colourless to coloured when in contact with a water-containing liquid, wherein the second layer of wetness indicating material is made from at least one leuco dye, one desensitizer and one developer; characterised in that the substrate comprises: a first layer of wetness indicator material which changes from coloured to colourless when in contact with a water-containing liquid, wherein the first layer is made of at least one leuco dye, a developer and a neutral surfactant; and a third layer separating the first layer from the second layer ; wherein the first layer and second layer are of different hues. a second layer of wetness indicator material which changes from colourless to coloured when in contact with a water-containing liquid, wherein the second layer of wetness indicating material is made from at least one leuco dye, one desensitizer and one developer; characterised in that the substrate comprises: a first layer of wetness indicator material which changes from coloured to colourless when in contact with a water-containing liquid, wherein the first layer is made of at least one leuco dye, a developer and a neutral surfactant; and a third layer separating the first layer from the second layer ; wherein the first layer and second layer are of different hues. a first layer of wetness indicator material which changes from coloured to colourless when in contact with a water-containing liquid, wherein the first layer is made of at least one leuco dye, a developer and a neutral surfactant; and a third layer separating the first layer from the second layer ; wherein the first layer and second layer are of different hues.
A method for defining a subframe structure in a cell, wherein the cell communicates with a UE in the cell via downlink transmissions and uplink receptions , wherein the downlink transmissions and uplink receptions are organized into radio frames; comprising: constructing a radio frame containing multiple subframes; wherein a subframe in the radio frame contains at least an uplink control part ; the subframe in the radio frame also contains a downlink control part, and the at least uplink control part contains at least: a first symbol, which is allocated with resources for the UE to transmit reference signals for the cell to determine a beam set of the UE, and a second symbol, which is allocated with resources for the UE to transmit HARQ ACK/NACK signaling and is not allocated with resources for the UE to transmit the reference signals for the cell to determine the beam set of the UE. constructing a radio frame containing multiple subframes; wherein a subframe in the radio frame contains at least an uplink control part ; the subframe in the radio frame also contains a downlink control part, and the at least uplink control part contains at least: a first symbol, which is allocated with resources for the UE to transmit reference signals for the cell to determine a beam set of the UE, and a second symbol, which is allocated with resources for the UE to transmit HARQ ACK/NACK signaling and is not allocated with resources for the UE to transmit the reference signals for the cell to determine the beam set of the UE.
Pneumatic vehicle tyre, in particular for use in winter driving conditions, with a tread, which has at least one row of tread bars , the tread bars of which are separated from one another in the circumferential direction by transverse grooves , wherein tread bars with at least two sipes are provided, the sipes extending at least substantially parallel to one another and to the tread bar edges bounded by the transverse grooves , wherein tread bars with sipes are provided, the sipes respectively having portions which, taken from a centre line (m) running in the direction of extent of the sipe , alternately run in one circumferential direction and in the other circumferential direction, along the sides and the one baseline of a substantially isosceles trapezium, wherein the centre line (m) forms the second, longer baseline of the trapezium, characterized in that subportions (10'b, 10'''b, 10'c, 10'''c) of the portion of the sipe run along the sides of the trapezium and form an angle (α) of 110° to 130° with one another.
Electric motor comprising - an armature having a multiplicity of teeth and slots formed between the teeth , - at least one winding formed by a winding conductor , wherein the winding conductor has two winding conductor sections , wherein at least one part of the winding runs within one of the slots , - an insulating element , which electrically isolates the winding and the armature , wherein the insulating element has a guide means formed within one of the slots , and wherein the guide means guides a winding conductor section of the winding conductor , and wherein the winding conductor section is led from the armature by the guide means , characterized in that a clamping element is provided, wherein the clamping element has at least one clamping foot which fixes the winding conductor section within the guide means . - an armature having a multiplicity of teeth and slots formed between the teeth , - at least one winding formed by a winding conductor , wherein the winding conductor has two winding conductor sections , wherein at least one part of the winding runs within one of the slots , - an insulating element , which electrically isolates the winding and the armature ,
A metrology overlay target comprising at least two periodic structures , wherein at least one of the periodic structures comprises repeating asymmetric elements along a corresponding segmentation direction (X) of the periodic structure; wherein the repeating asymmetric elements are internally periodic along a direction (Y) perpendicular to the segmentation direction, wherein the repeating asymmetric elements comprise repeating sub-elements along the perpendicular direction, the sub-elements being asymmetric in the segmentation direction, wherein the sub-elements comprise lines which are broken at least once, and wherein at least some of the sub-elements comprise vertical lines along the perpendicular direction connected to the sub-elements.
A method for communication between blockchain nodes, the method comprising: receiving (S200, 602), by a first blockchain node of a blockchain network, a communication request sent by a second blockchain node of the blockchain network, the communication request comprising a certificate of the second blockchain node, the certificate of the second blockchain node comprising a plurality of identifiers, including: a node identifier of the second blockchain node, a network identifier, a previous node identifier, and a service identifier or a group identifier; obtaining the plurality of identifiers from the certificate of the second blockchain node; determining (S202, 604), based on the obtained plurality of identifiers, whether the second blockchain node has a mapping relationship with the first blockchain node; and establishing (S204, 610), by the first blockchain node, a communication connection from the first blockchain node to the second blockchain node, if the second blockchain node is determined to have a mapping relationship with the first blockchain node; or refusing (S206, 608), by the first blockchain node, to establish a communication connection from the first blockchain node to the second blockchain node, if the second blockchain node is determined not to have a mapping relationship with the first blockchain node. receiving (S200, 602), by a first blockchain node of a blockchain network, a communication request sent by a second blockchain node of the blockchain network, the communication request comprising a certificate of the second blockchain node, the certificate of the second blockchain node comprising a plurality of identifiers, including: a node identifier of the second blockchain node, a network identifier, a previous node identifier, and a service identifier or a group identifier; a node identifier of the second blockchain node, a network identifier, a previous node identifier, and a service identifier or a group identifier; obtaining the plurality of identifiers from the certificate of the second blockchain node; determining (S202, 604), based on the obtained plurality of identifiers, whether the second blockchain node has a mapping relationship with the first blockchain node; and establishing (S204, 610), by the first blockchain node, a communication connection from the first blockchain node to the second blockchain node, if the second blockchain node is determined to have a mapping relationship with the first blockchain node; or refusing (S206, 608), by the first blockchain node, to establish a communication connection from the first blockchain node to the second blockchain node, if the second blockchain node is determined not to have a mapping relationship with the first blockchain node.