mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing a continuity control function comprising: providing a signaling anchor point in a multimedia subsystem for a first access signaling leg and a remote access signaling leg for a call between a user element and a remote endpoint , the first access signaling leg provided for the user element via a transferring-out subsystem; establishing a second access signaling leg toward a user element via a transferring-in subsystem; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point; and providing call signaling via the second access signaling leg and the remote signaling leg to transfer at least a portion of a bearer path connected to the user element from a first network to a second network; characterized in that : when the call is terminated at the user element , the continuity control function is invoked as the last service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call. providing a signaling anchor point in a multimedia subsystem for a first access signaling leg and a remote access signaling leg for a call between a user element and a remote endpoint , the first access signaling leg provided for the user element via a transferring-out subsystem; establishing a second access signaling leg toward a user element via a transferring-in subsystem; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point; and providing call signaling via the second access signaling leg and the remote signaling leg to transfer at least a portion of a bearer path connected to the user element from a first network to a second network; characterized in that : when the call is terminated at the user element , the continuity control function is invoked as the last service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call.
A passenger seat with a vertically stowed tray table, comprising: a seat frame mountable to a floor of an aircraft cabin; a seatback pivotably mountable to the seat frame, the seatback and the seat frame collectively configured to accommodate a passenger; at least one armrest attached to the seatback on the left or right side; at least one tray table slidably attached to the armrest by an extender defining a space between the tray table and the armrest, the tray table configured to: translate lengthwise along the armrest; and pivot between a stowed configuration and a deployed configuration, the stowed configuration associated with a substantially vertical orientation above the armrest and proximate to the seatback, the deployed configuration associated with a substantially horizontal orientation extending partially across the passenger seat; characterized by the tray table including a partially padded underside configured to support the passenger when in the stowed configuration. a seat frame mountable to a floor of an aircraft cabin; a seatback pivotably mountable to the seat frame, the seatback and the seat frame collectively configured to accommodate a passenger; at least one armrest attached to the seatback on the left or right side; at least one tray table slidably attached to the armrest by an extender defining a space between the tray table and the armrest, the tray table configured to: translate lengthwise along the armrest; and pivot between a stowed configuration and a deployed configuration, the stowed configuration associated with a substantially vertical orientation above the armrest and proximate to the seatback, the deployed configuration associated with a substantially horizontal orientation extending partially across the passenger seat; characterized by the tray table including a partially padded underside configured to support the passenger when in the stowed configuration. translate lengthwise along the armrest; and pivot between a stowed configuration and a deployed configuration, the stowed configuration associated with a substantially vertical orientation above the armrest and proximate to the seatback, the deployed configuration associated with a substantially horizontal orientation extending partially across the passenger seat; characterized by the tray table including a partially padded underside configured to support the passenger when in the stowed configuration.
A coolant fluid manifold for coupling to a cold plate , wherein the manifold comprises: an input channel comprising an inlet and an outlet , the inlet configured to receive input coolant fluid; wherein the input channel comprises a guide element that projects from a wall of the input channel, wherein the guide element is configured to guide fluid flow from the outlet the coolant fluid manifold being characterized in that the guide element partially occludes the outlet and a height of the guide element varies across a width of the guide element, such that the guide element is shaped and positioned to at least partially direct fluid flow from the inlet towards a center or a midpoint of the outlet . an input channel comprising an inlet and an outlet , the inlet configured to receive input coolant fluid; wherein the input channel comprises a guide element that projects from a wall of the input channel, wherein the guide element is configured to guide fluid flow from the outlet the coolant fluid manifold being characterized in that the guide element partially occludes the outlet and a height of the guide element varies across a width of the guide element, such that the guide element is shaped and positioned to at least partially direct fluid flow from the inlet towards a center or a midpoint of the outlet .
A method for self-testing the light output of a notification appliance equipped with a light sensor in an alarm system , wherein the notification appliance comprises a strobe, the method comprising: measuring ambient light at the notification appliance using the light sensor of the notification appliance; comparing the measured ambient light to a threshold ambient light level; in response to the measured ambient light exceeding the threshold ambient light level: recording a special test fail result; and in response to the measured ambient light not exceeding the threshold ambient light level, performing a self-test comprising: activating the strobe of the notification appliance; measuring output of the strobe using the light sensor of the notification appliance; comparing the measured output to a predefined value; recording a pass result for the notification appliance if the measured output exceeds the predefined value; and recording a fail result for the notification appliance if the measured output does not exceed the predefined value. measuring ambient light at the notification appliance using the light sensor of the notification appliance; comparing the measured ambient light to a threshold ambient light level; in response to the measured ambient light exceeding the threshold ambient light level: recording a special test fail result; and in response to the measured ambient light not exceeding the threshold ambient light level, performing a self-test comprising: activating the strobe of the notification appliance; measuring output of the strobe using the light sensor of the notification appliance; comparing the measured output to a predefined value; recording a pass result for the notification appliance if the measured output exceeds the predefined value; and recording a fail result for the notification appliance if the measured output does not exceed the predefined value. activating the strobe of the notification appliance; measuring output of the strobe using the light sensor of the notification appliance; comparing the measured output to a predefined value; recording a pass result for the notification appliance if the measured output exceeds the predefined value; and recording a fail result for the notification appliance if the measured output does not exceed the predefined value.
Dog harness comprising: a belly belt which surrounds the belly and withers of a dog in the region of the trunk, and a chest strap which is arranged above the dog's chest, preferably at the level of the dog's shoulder blades and below the dog's larynx, the chest strap having a holding element for fastening a leash, whereby the ends of the chest strap are connected to the belly belt in such a way that the chest strap can be adjusted along the chest strap in a fixed manner by a frictional connection, whereby the frictional connection is realized by a loop formed at the ends of the chest strap, which loop engages directly, viz. with an exact fit, around the belly bell and allows a displacement of the ends of the chest strap along the belly belt when a counteracting frictional force overcomes the frictional connection. a belly belt which surrounds the belly and withers of a dog in the region of the trunk, and a chest strap which is arranged above the dog's chest, preferably at the level of the dog's shoulder blades and below the dog's larynx, the chest strap having a holding element for fastening a leash, whereby the ends of the chest strap are connected to the belly belt in such a way that the chest strap can be adjusted along the chest strap in a fixed manner by a frictional connection, whereby the frictional connection is realized by a loop formed at the ends of the chest strap, which loop engages directly, viz. with an exact fit, around the belly bell and allows a displacement of the ends of the chest strap along the belly belt when a counteracting frictional force overcomes the frictional connection.
A sheath comprising: a detachable shunt member comprising a coupling member , the detachable shunt member configured to extend through a perforation in a side wall of an internal patient conduit source and into an anatomical conduit; a detachable junction configured to receive an interventional tool; a curvable portion having a first end configured to be detachably coupled to the coupling member of the detachable shunt member and a second end configured to be detachably coupled to the detachable junction , wherein the curvable portion is configured to bend between a curved configuration and a substantially straight configuration where the first end is linearly distal to the second end ; a septum hub configured to be detachably coupled to the second end of the curvable portion by the detachable junction , wherein the septum hub is configured to receive the interventional tool inserted therethrough allowing the interventional tool to be advanced through the sheath to access the anatomical conduit. a detachable shunt member comprising a coupling member , the detachable shunt member configured to extend through a perforation in a side wall of an internal patient conduit source and into an anatomical conduit; a detachable junction configured to receive an interventional tool; a curvable portion having a first end configured to be detachably coupled to the coupling member of the detachable shunt member and a second end configured to be detachably coupled to the detachable junction , wherein the curvable portion is configured to bend between a curved configuration and a substantially straight configuration where the first end is linearly distal to the second end ; a first end configured to be detachably coupled to the coupling member of the detachable shunt member and a second end configured to be detachably coupled to the detachable junction , wherein the curvable portion is configured to bend between a curved configuration and a substantially straight configuration where the first end is linearly distal to the second end ; a septum hub configured to be detachably coupled to the second end of the curvable portion by the detachable junction , wherein the septum hub is configured to receive the interventional tool inserted therethrough allowing the interventional tool to be advanced through the sheath to access the anatomical conduit.
Fructooligosaccharides (FOS) for use at an early age of an animal in the prevention of metabolic disorders linked to an unbalanced diet in adulthood; said metabolic disorders being selected from a group comprising or consisting of postprandial hyperglycaemia, fasting hyperglycaemia, hyperlipidaemia, excess weight, excess subcutaneous fat, excess visceral fat, slowed nutrient catabolism or a combination thereof; and said fructooligosaccharides being administered to said early-aged animal between 2 and 9 weeks after weaning. said metabolic disorders being selected from a group comprising or consisting of postprandial hyperglycaemia, fasting hyperglycaemia, hyperlipidaemia, excess weight, excess subcutaneous fat, excess visceral fat, slowed nutrient catabolism or a combination thereof; and said fructooligosaccharides being administered to said early-aged animal between 2 and 9 weeks after weaning.
Thermal protection case for timepiece , including, within a casing, means for holding a case of a timepiece , characterised in that said holding means include, on the one hand, in order to come to bear on the same first side of said case at least two first elastic pistons each including a first mobile support arranged to come to bear on said first side of said case and each including at least one component thermally less conductive than said casing and than said case and creating a thermal barrier between said casing and said case , and on the other hand, in order to come to bear on the same second side of said case opposite said first side, at least three second supports each consisting of, either a pillar made of material thermally less conductive than said casing and than said case and constituting a fixed banking support, or of a second elastic piston including a second mobile support arranged to come to bear on said case and including at least one component thermally less conductive than said casing and than said case and creating a thermal barrier between said casing and said second mobile support.
A rubber-metal composite body in which a rubber member and a metal member are adhered to each other via an adhesion layer, wherein the adhesion layer contains a polyolefin-based resin having a polar functional group, and a copolymer having a conjugated diene unit and a non-conjugated olefin unit but having no butylene unit, the polyolefin-based resin having a polar functional group is an acid-modified polyolefin-based resin, and the rubber member is in contact with at least the copolymer, and the metal member is in contact with at least the resin having a polar functional group. the adhesion layer contains a polyolefin-based resin having a polar functional group, and a copolymer having a conjugated diene unit and a non-conjugated olefin unit but having no butylene unit, the polyolefin-based resin having a polar functional group is an acid-modified polyolefin-based resin, and the rubber member is in contact with at least the copolymer, and the metal member is in contact with at least the resin having a polar functional group.
A phytostatic control system comprising a plurality of phytostatic analysis devices and a control station in data connection with said phytostatic analysis devices ; each of said phytostatic analysis devices for the analysis of the phytostatic condition of a tree characterised in that it comprises - a detection apparatus for detecting vibrations of said tree ; - anchoring means for anchoring said detection apparatus to said tree ; - a control board for controlling: ∘ said detection apparatus to measure sampling vibrations of said tree and said control board determines the sampling spectrum of said tree as a function of said sampling vibrations; and subsequently ∘ said detection apparatus to measure the current vibrations of said tree and said control board determines a current spectrum of said tree as a function of said current vibrations; and then - said control board determines the phytostatic condition of said tree by comparing said current spectrum with said sampling spectrum; and in that each of said phytostatic analysis devices is adapted to be anchored to different trees, allowing said control station to compare said spectra of said trees in order to detect changes in said spectra attributable to phytostatic problems in at least one of said trees. - a detection apparatus for detecting vibrations of said tree ; - anchoring means for anchoring said detection apparatus to said tree ; - a control board for controlling: ∘ said detection apparatus to measure sampling vibrations of said tree and said control board determines the sampling spectrum of said tree as a function of said sampling vibrations; and subsequently ∘ said detection apparatus to measure the current vibrations of said tree and said control board determines a current spectrum of said tree as a function of said current vibrations; and then ∘ said detection apparatus to measure sampling vibrations of said tree and said control board determines the sampling spectrum of said tree as a function of said sampling vibrations; and subsequently ∘ said detection apparatus to measure the current vibrations of said tree and said control board determines a current spectrum of said tree as a function of said current vibrations; and then - said control board determines the phytostatic condition of said tree by comparing said current spectrum with said sampling spectrum; and in that each of said phytostatic analysis devices is adapted to be anchored to different trees, allowing said control station to compare said spectra of said trees in order to detect changes in said spectra attributable to phytostatic problems in at least one of said trees.
A hooding machine comprising a zone for receiving a package to be hooded and a hooding head to which a strip of film , designed to form a hood to be fitted onto the package, can be fed from an initial zone of a feeding path towards the hooding head , and further comprising: - a magazine for supporting a plurality of reels of film ; - a dispensing device adapted to receive a free end of the film of one reel of the plurality of reels of film and dispensing the free end of the film to the initial zone of the feeding path so as to feed to this path the film of the reel ; characterized in that : - the magazine comprising a carousel for supporting the plurality of reels of film and which is moveable so as to bring alternately one of the reels of film into an operating position; - the dispensing devices being a plurality of dispensing devices with each dispensing device of the plurality being adapted to receive a free end of the film of an associated reel of the plurality of reels of film; - the carousel comprising receiving seats for receiving each dispensing device of the plurality; - a transfer device existing to be moveable between a first position and a second position and suitable for: - in the first position to take from one of said receiving seats a dispensing device with the free end of the film of the associated reel which is in the operating position; - in the second position to move said dispensing device into the initial zone of the feeding path so as to feed to this path the film of the reel in said operating position. - a magazine for supporting a plurality of reels of film ; - a dispensing device adapted to receive a free end of the film of one reel of the plurality of reels of film and dispensing the free end of the film to the initial zone of the feeding path so as to feed to this path the film of the reel ; - the magazine comprising a carousel for supporting the plurality of reels of film and which is moveable so as to bring alternately one of the reels of film into an operating position; - the dispensing devices being a plurality of dispensing devices with each dispensing device of the plurality being adapted to receive a free end of the film of an associated reel of the plurality of reels of film; - the carousel comprising receiving seats for receiving each dispensing device of the plurality; - a transfer device existing to be moveable between a first position and a second position and suitable for: - in the first position to take from one of said receiving seats a dispensing device with the free end of the film of the associated reel which is in the operating position; - in the second position to move said dispensing device into the initial zone of the feeding path so as to feed to this path the film of the reel in said operating position. - in the first position to take from one of said receiving seats a dispensing device with the free end of the film of the associated reel which is in the operating position; - in the second position to move said dispensing device into the initial zone of the feeding path so as to feed to this path the film of the reel in said operating position.
A pivot for a sliding bearing of an epicyclic train , comprising an annular wall defining an axial passage and comprising a first and a second annular groove opening axially in opposite directions (L1, L2) and each defined by two coaxial inner and outer annular branches formed at the axial ends of the annular wall , characterized in that recesses are formed in at least one bottom wall of one of the annular grooves .
Method of MR imaging of an object positioned in an examination volume of an MR device , the method comprising: - subjecting the object to an imaging sequence comprising at least one RF excitation pulse and modulated magnetic field gradients, - acquiring MR signals along at least one non-Cartesian k-space trajectory, - reconstructing an MR image from the acquired MR signals, and - detecting one or more mal-sampling artefacts caused by inhomogeneity induced insufficient k-space sampling in the MR image using a deep learning network, in that the reconstructed MR image is de-blurred based on a B 0 map prior to the step of detecting remaining mal-sampling artefacts by the deep learning network and wherein the deep learning network is trained to derive an artefact map from the MR image, which artefact map is a pictorial rendition of only the at least one detected mal-sampling artefact. - subjecting the object to an imaging sequence comprising at least one RF excitation pulse and modulated magnetic field gradients, - acquiring MR signals along at least one non-Cartesian k-space trajectory, - reconstructing an MR image from the acquired MR signals, and - detecting one or more mal-sampling artefacts caused by inhomogeneity induced insufficient k-space sampling in the MR image using a deep learning network, in that the reconstructed MR image is de-blurred based on a B 0 map prior to the step of detecting remaining mal-sampling artefacts by the deep learning network and wherein the deep learning network is trained to derive an artefact map from the MR image, which artefact map is a pictorial rendition of only the at least one detected mal-sampling artefact.