mhurhangee/patent-ind-claim-en huggingface dataset:
A method for handling a service request in a network, wherein the method is performed by a first service communication proxy, SCP, node that is configured to operate as an SCP between a first network function, NF, node of a service consumer and a second NF node of a service producer in the network, the method comprising: initiating transmission of a first request towards a third NF node of a service producer via a second SCP node if no positive response is received from the second NF node to the first request transmitted towards the second NF node via the first SCP node , wherein the first request is transmitted towards the second NF node for the second NF node to execute a service requested by the first NF node and transmission of the first request is initiated towards the third NF node for the third NF node to execute the service , wherein the second SCP node is configured to operate as an SCP between the first NF node and the third NF node in the network, and wherein the second SCP node is a different SCP node to the first SCP node . initiating transmission of a first request towards a third NF node of a service producer via a second SCP node if no positive response is received from the second NF node to the first request transmitted towards the second NF node via the first SCP node , wherein the first request is transmitted towards the second NF node for the second NF node to execute a service requested by the first NF node and transmission of the first request is initiated towards the third NF node for the third NF node to execute the service , wherein the second SCP node is configured to operate as an SCP between the first NF node and the third NF node in the network, and wherein the second SCP node is a different SCP node to the first SCP node .
A gas turbine engine article comprising: a ceramic body defining a flange (70; 170); first and second cooling passages partitioned from each other by the flange (70; 170); a through-hole (76; 176) in the flange (70; 170) connecting the first and second cooling passages ; and a thermal insulation bushing (78; 178; 478) lining the through-hole (76; 176), wherein the thermal insulation bushing is a spool that has first and second opposed flanges with a tube (78c; 178c; 278c; 378c) extending there between, characterized in that : the tube (78c; 178c; 278c; 378c) is in non-contact with the ceramic body . a ceramic body defining a flange (70; 170); first and second cooling passages partitioned from each other by the flange (70; 170); a through-hole (76; 176) in the flange (70; 170) connecting the first and second cooling passages ; and a thermal insulation bushing (78; 178; 478) lining the through-hole (76; 176), wherein the thermal insulation bushing is a spool that has first and second opposed flanges with a tube (78c; 178c; 278c; 378c) extending there between,
A textile substrate having a textile substrate surface and at least a first area, the textile substrate comprising: a first ink layer positioned overtop the textile substrate surface at the first area of the textile substrate, the first ink layer comprising a first ink layer surface distal to the textile substrate surface, the first ink layer comprising a first visual component; a second ink layer positioned overtop at least a portion of the first ink layer surface, the second ink layer comprising a second ink layer top surface distal to the first ink layer surface, a second ink layer bottom surface opposite the second ink layer top surface, and a second visual component; and a third ink layer positioned overtop the second ink layer top surface, the third ink layer comprising a third visual component that masks the second visual component when the textile substrate is viewed from a first angle, wherein a visibility of the second visual component changes when the textile substrate is viewed from an angle that is different than the first angle, wherein the second ink layer further comprises a plurality of discrete members arranged throughout the first area in a linear pattern, wherein each of the discrete members of the plurality of discrete members comprises one or more exterior sides extending between the second ink layer bottom surface and the second ink layer top surface, and wherein the second visual component of the second ink layer comprises one or more color components at the one or more exterior sides.
A flexible plastic snap-receiving socket , comprising - a mounting panel , and - support legs , arranged to be spaced apart from each other, characterized in that the flexible plastic snap-receiving socket further comprises a weakening structure , wherein the support legs are connected to the mounting panel via the weakening structure , wherein the weakening structure is an U-shaped weakening structure and comprises a bottom wall and a side wall , wherein the side walls comprise a first side wall and a second side wall , arranged to be opposite to each other, and two opposite ends of the bottom wall are respectively connected with a bottom end of the first and second side walls , wherein the support leg is connected with a top end of the first side wall , and the mounting panel is connected with a top end of the second side wall . - a mounting panel , and - support legs , arranged to be spaced apart from each other,
A method for controlling re-transmission in a user equipment supporting uplink spatial multiplexing in LTE, the method comprising the steps of - detecting an uplink grant on a Physical Downlink Control Channel, PDCCH, , the uplink grant being valid for at least one transport block; the method being characterized by the step of - interpreting a disabled transport block, for which no grant is detected, as an acknowledgement, ACK, of previous transmission corresponding to said disabled transport block irrespective of which indication is received on a Physical HARQ Indicator Channel, PHICH, for said previous transmission. - detecting an uplink grant on a Physical Downlink Control Channel, PDCCH, , the uplink grant being valid for at least one transport block; the method being characterized by the step of - interpreting a disabled transport block, for which no grant is detected, as an acknowledgement, ACK, of previous transmission corresponding to said disabled transport block irrespective of which indication is received on a Physical HARQ Indicator Channel, PHICH, for said previous transmission.
Device for bracing vertebrae of the human spinal column, having at least one pedicle screw with a head that is formed in a spherical manner at least partially and that is received inside an at least partially spherical mounting area of a pedicle head , wherein the pedicle head has a centric recess which comprises the mounting area and a slit for receiving a rod that is arranged transversally with respect to the centric recess , as well as an internal thread which is formed inside the centric recess opposite the mounting area and inside of which a safety screw is arranged for the purpose of clamping the rod , wherein the safety screw is provided with an anti-rotation device at that side that is facing towards the rod , characterized in that a form-fit meshing between the anti-rotation device at the safety screw and the rod is provided, and in that a safety sleeve is arranged inside the centric recess of the pedicle head , adjoining the head of the pedicle screw with a spherical mounting area and axially securing the pedicle screw inside the pedicle head , wherein the safety sleeve is preferably clamped to the pedicle head .
A system for monitoring contamination level of effluent of an offline brush conditioning system, the system comprising: a first reservoir configured to collect a first effluent from a first portion of a brush in the offline brush conditioning system; a second reservoir configured to collect a second effluent from a second portion of the brush , wherein the second portion is different from the first portion, and the first and second effluents are from a fluid used to condition a brush configured to clean a surface of a semiconductor wafer; and an effluent contamination monitor configured to monitor a first and a second contamination levels of the first effluent and the second effluent, respectively. a first reservoir configured to collect a first effluent from a first portion of a brush in the offline brush conditioning system; a second reservoir configured to collect a second effluent from a second portion of the brush , wherein the second portion is different from the first portion, and the first and second effluents are from a fluid used to condition a brush configured to clean a surface of a semiconductor wafer; and an effluent contamination monitor configured to monitor a first and a second contamination levels of the first effluent and the second effluent, respectively.
A combine harvester fan housing assembly comprising: a fan enclosure formed as a single unitary body out of a polymeric material , the fan enclosure comprising a spiral duct spiraling about an axis, a first axial inlet opening sized to axially receive a fan therethrough and a second axial inlet opening ; and a discharge duct extending from the spiral duct ; characterized in that an inlet ring is releasably mounted to the fan enclosure about the first axial opening , the Inlet ring projecting into the first axial opening by an extent so as to extend radially inward of blade ends of the fan .
A piece of furniture for fitting to a vehicle , the piece of furniture comprising a tray and a plurality of items of foodservice equipment disposed on the tray , the tray extending in a substantially horizontal plane (XY) and bounded by at least one access edge to the tray , each item of equipment having a front face disposed adjacent the access edge , the access edge defining a plurality of recessed regions , the front face of each piece of equipment facing one of the recessed regions , characterised in that each item of equipment is selected from a microwave oven or a coffee machine .
A method of detecting a marker for active tuberculosis in a sample provided from a human or animal suspected of having active tuberculosis, comprising the steps of: ii) exposing said sample to a sterol lipid wherein said sterol lipid is immobilised on a substrate, wherein said sterol lipid is cholesterol or a derivative thereof, and wherein said sterol lipid scavenges away anti-cholesterol antibodies from the sample; iii) obtaining at least two fractions of said sample either before or after exposing it to said sterol lipid; iv) exposing the first of said sterol lipid exposed fractions to a substrate carrying an immobilised mycolic acid derived antigen; v) exposing the second of said sterol lipid exposed fractions to a substrate not carrying an immobilised mycolic acid derived antigen; vi) exposing the sample fraction exposed in step iv) to a test substrate carrying an immobilised mycolic acid derived antigen and subjecting the sample fraction exposed in step v) to a control substrate carrying an immobilised mycolic acid derived antigen; vii) detecting binding of antibodies to the antigen of step vi) in real time; and viii) comparing the degree or extent of binding between the test and control substrates, any observed lesser binding to the test substrate being an indicator of the presence of antibodies to the antigen in the sample that indicates active tuberculosis in the human or animal from which the samples originated. ii) exposing said sample to a sterol lipid wherein said sterol lipid is immobilised on a substrate, wherein said sterol lipid is cholesterol or a derivative thereof, and wherein said sterol lipid scavenges away anti-cholesterol antibodies from the sample; iii) obtaining at least two fractions of said sample either before or after exposing it to said sterol lipid; iv) exposing the first of said sterol lipid exposed fractions to a substrate carrying an immobilised mycolic acid derived antigen; v) exposing the second of said sterol lipid exposed fractions to a substrate not carrying an immobilised mycolic acid derived antigen; vi) exposing the sample fraction exposed in step iv) to a test substrate carrying an immobilised mycolic acid derived antigen and subjecting the sample fraction exposed in step v) to a control substrate carrying an immobilised mycolic acid derived antigen; vii) detecting binding of antibodies to the antigen of step vi) in real time; and viii) comparing the degree or extent of binding between the test and control substrates, any observed lesser binding to the test substrate being an indicator of the presence of antibodies to the antigen in the sample that indicates active tuberculosis in the human or animal from which the samples originated.
A method comprising: loading a current sheet of image data from a first location of a memory into an image area of a two dimensional array of shift registers, the memory being locally coupled to the two-dimensional array of shift registers and to an array of execution lanes having a smaller size than the two-dimensional array of shift registers along at least one array axis, the two-dimensional array of shift registers being arranged to shift the sheet of image data relative to the array of execution lanes; loading into halo register locations of the two dimensional array of shift registers which are peripheral to the image area, a portion of a current adjacent sheet of image data having image content that is adjacent in an image frame to the content of the current sheet, wherein each of the current sheet of image data and the current adjacent sheet of image data is a region parsed from a line group of the image frame; and determining output values for the current sheet of image data through execution of program code instructions by respective execution lanes of the execution lane array, wherein determining output values comprises shifting, by the two dimensional array of shift registers, data loaded into the image area and the halo register locations relative to the array of execution lanes so as to enable each execution lane to operate on the data within its own respective stencil, wherein a stencil used in determining each of the output values encompasses only pixels that reside within the two-dimensional array of shift registers. loading a current sheet of image data from a first location of a memory into an image area of a two dimensional array of shift registers, the memory being locally coupled to the two-dimensional array of shift registers and to an array of execution lanes having a smaller size than the two-dimensional array of shift registers along at least one array axis, the two-dimensional array of shift registers being arranged to shift the sheet of image data relative to the array of execution lanes; loading into halo register locations of the two dimensional array of shift registers which are peripheral to the image area, a portion of a current adjacent sheet of image data having image content that is adjacent in an image frame to the content of the current sheet, wherein each of the current sheet of image data and the current adjacent sheet of image data is a region parsed from a line group of the image frame; and determining output values for the current sheet of image data through execution of program code instructions by respective execution lanes of the execution lane array, wherein determining output values comprises shifting, by the two dimensional array of shift registers, data loaded into the image area and the halo register locations relative to the array of execution lanes so as to enable each execution lane to operate on the data within its own respective stencil, wherein a stencil used in determining each of the output values encompasses only pixels that reside within the two-dimensional array of shift registers.
A method for forming a composite component, the method comprising: providing a mould comprising a first part of the mould and a second part of the mould , the first part and second part when assembled define an exterior surface of the composite component ; loading the first part of the mould with reinforcing material ; dispensing matrix precursor into the first part of the mould to impregnate reinforcing material located in the first part of the mould with matrix precursor whilst the second part of the mould is not in contact with the first part of the mould ; closing the second part of the mould and the first part of the mould around the reinforcing material and matrix precursor to assemble the first part and second part to define an exterior surface of the composite component ; and injecting matrix precursor into the closed mould to impregnate reinforcing material located between the first and second parts of the mould with matrix precursor. providing a mould comprising a first part of the mould and a second part of the mould , the first part and second part when assembled define an exterior surface of the composite component ; loading the first part of the mould with reinforcing material ; dispensing matrix precursor into the first part of the mould to impregnate reinforcing material located in the first part of the mould with matrix precursor whilst the second part of the mould is not in contact with the first part of the mould ; closing the second part of the mould and the first part of the mould around the reinforcing material and matrix precursor to assemble the first part and second part to define an exterior surface of the composite component ; and injecting matrix precursor into the closed mould to impregnate reinforcing material located between the first and second parts of the mould with matrix precursor.
Roofing with a retractable roof comprising a main roof waterproof canopy , the main roof waterproof canopy being supported on two extreme beams , one of which sliding, and between the extreme beams the main roof waterproof canopy being also supported on sliding central beams , whereby the ends of the central beams are provided with hangers which are fastened to two located opposite to each other, parallel supporting structure guides , whereby to the lower edge of each supporting structure guide is mounted a gutter profile , and whereby between the supporting structure guide and the gutter profile from the interior side of the supporting structure is a gap and when the roof is closed and the main roof waterproof canopy stretched tightly, the edges of the main roof waterproof canopy are inserted into the gap, characterized in that the two extreme beams are straight, that the canopy is mounted in a frame of supporting structure, that one of the extreme beams is permanently fixed, and that each central beam is formed of two longitudinal profiles coupled at an angle of less than 180° measured below the profiles.
A detector for optically detecting at least one object , comprising - at least one optical sensor, wherein the optical sensor has at least one sensor region , wherein the optical sensor is designed to generate at least one sensor signal in a manner dependent on an illumination of the sensor region by an incident modulated light beam , wherein the sensor signal is dependent on a modulation frequency of the light beam , wherein the sensor region comprises at least one capacitive device , the capacitive device comprising at least two electrodes , wherein at least one insulating layer and at least one photosensitive layer are embedded between the electrodes , wherein at least one of the electrodes is at least partially optically transparent for the light beam ; and - at least one evaluation device , wherein the evaluation device is designed to generate at least one item of information on a position of the object by evaluating the sensor signal. - at least one optical sensor, wherein the optical sensor has at least one sensor region , wherein the optical sensor is designed to generate at least one sensor signal in a manner dependent on an illumination of the sensor region by an incident modulated light beam , wherein the sensor signal is dependent on a modulation frequency of the light beam , wherein the sensor region comprises at least one capacitive device , the capacitive device comprising at least two electrodes , wherein at least one insulating layer and at least one photosensitive layer are embedded between the electrodes , wherein at least one of the electrodes is at least partially optically transparent for the light beam ; and - at least one evaluation device , wherein the evaluation device is designed to generate at least one item of information on a position of the object by evaluating the sensor signal.
A laser 3D printer comprising: a processing station , comprising, in turn, a tubular compartment , which has a substantially vertical longitudinal axis and is limited by a side wall that extends about the longitudinal axis , and a lifting platform , which is slidably engaged in the tubular compartment ; a feed assembly for feeding a powdered material onto the lifting platform ; and a laser printing head for sintering the powdered material laid on the lifting platform ; said laser 3D printer being characterized in that it comprises at least two laser printing heads and a plurality of processing stations equal in number to an integer multiple of the number of laser printing heads ; the laser printing heads being fixed with respect to one another so as to displace in unison between said processing stations .
A method for the automated closure of at least one leaf of a swing shutter or door of an installation for closing an opening in a building wall, by detecting obstacles during its movement, said leaf being driven by motor means between two stops, a starting stop and an end stop, which delimit a path allowing the opening to be cleared and closed, the movement being able to be carried out interchangeably in both directions, the leaf being mechanically connected to the motor means, without mechanical disengagement means, and constituting the obstacle detection sensor, an electronic management unit comprising means for electronically detecting said obstacles during the movement, at least two sensitivity levels for the detection of obstacles being managed by said unit, characterized by the following mode of operation: - when the installation comprises more than one leaf, sequential movement of the leaves, each leaf starting its path from its starting stop when the preceding leaf has reached its end stop; - for each leaf movement between a starting stop and an end stop, division of the path by the management unit into a first section starting from the starting stop and a second section of the path terminating at the end stop; - if an obstacle is detected by the obstacle detection means in the first section of the path, stoppage of the motor means and return of the moving leaf to its starting stop, the management unit assigning the lowest sensitivity level to the return movement of the leaf in the opposite direction. - when the installation comprises more than one leaf, sequential movement of the leaves, each leaf starting its path from its starting stop when the preceding leaf has reached its end stop; - for each leaf movement between a starting stop and an end stop, division of the path by the management unit into a first section starting from the starting stop and a second section of the path terminating at the end stop; - if an obstacle is detected by the obstacle detection means in the first section of the path, stoppage of the motor means and return of the moving leaf to its starting stop, the management unit assigning the lowest sensitivity level to the return movement of the leaf in the opposite direction.