mhurhangee/patent-ind-claim-en huggingface dataset:
A 5G network comprising: an Access Network, AN ; a 5G Core, 5GC ; one or more Campus Network components each configured to run 5GC software associated to a Campus Network; and one or more Public Network components each configured to run 5GC software associated to a Public Network, wherein the 5GC comprises a central cloud having functionally separated instances: a public 5GC instance (20-2) configured to host the public network realized as a Network Slice, a private 5GC instance (20-1) configured to host one or more Campus Networks , wherein the one or more Campus Networks are realized as Network Slices, and a data layer instance configured to host Unified Data Repository (20-3), UDR, functionality, wherein Unified Data Management, UDM, functions of both 5GC instances are connected to the data layer instance, wherein a Network Slice Selection Function, NSSF, of both the public network and the one or more Campus Networks , contains the information about Network Slices present in both 5GC instances. an Access Network, AN ; a 5G Core, 5GC ; one or more Campus Network components each configured to run 5GC software associated to a Campus Network; and one or more Public Network components each configured to run 5GC software associated to a Public Network, wherein the 5GC comprises a central cloud having functionally separated instances: a public 5GC instance (20-2) configured to host the public network realized as a Network Slice, a private 5GC instance (20-1) configured to host one or more Campus Networks , wherein the one or more Campus Networks are realized as Network Slices, and a data layer instance configured to host Unified Data Repository (20-3), UDR, functionality, a public 5GC instance (20-2) configured to host the public network realized as a Network Slice, a private 5GC instance (20-1) configured to host one or more Campus Networks , wherein the one or more Campus Networks are realized as Network Slices, and a data layer instance configured to host Unified Data Repository (20-3), UDR, functionality, wherein Unified Data Management, UDM, functions of both 5GC instances are connected to the data layer instance, wherein a Network Slice Selection Function, NSSF, of both the public network and the one or more Campus Networks , contains the information about Network Slices present in both 5GC instances.
A ready to drink shelf-stable coffee beverage comprising: - soluble coffee extract; - Medium chain triglycerides (MCT); - High acyl gellan gum; - Plant-based protein; and - buffer wherein soluble coffee extract is 0.5-2.5 w/w%, and MCT is 5-10 w/w% and wherein high acyl gellan gum ranges from 0.01 to 0.04 w/w% and the plant-based protein is pea protein ranging from 0.3 to 1 w/w%. - soluble coffee extract; - Medium chain triglycerides (MCT); - High acyl gellan gum; - Plant-based protein; and - buffer
A method for the quantification of N-methyl-2-pyrrolidone (NMP) in a sample from a steam cracking process of naphtha, comprising introducing a sample comprising NMP, if any, into a gas chromatography system coupled to a nitrogen phosphorous detector to produce a first signal for quantifying the amount of NMP in the sample, wherein the sample is generated from steam cracking of naphtha, wherein the sample is directly introduced from the steam cracking into the gas chromatography system without processing the sample prior to introducing the sample into the gas chromatography system, wherein the sample is not concentrated for NMP prior to the introduction of the sample into the gas chromatography system, said method being characterized in that the sample comprises 1,3-butadiene. introducing a sample comprising NMP, if any, into a gas chromatography system coupled to a nitrogen phosphorous detector to produce a first signal for quantifying the amount of NMP in the sample, wherein the sample is generated from steam cracking of naphtha, wherein the sample is directly introduced from the steam cracking into the gas chromatography system without processing the sample prior to introducing the sample into the gas chromatography system, wherein the sample is not concentrated for NMP prior to the introduction of the sample into the gas chromatography system, said method being characterized in that the sample comprises 1,3-butadiene.
A method for obtaining a digital image the method comprising: capturing and storing, in a file, a digital image of a scene defined by a field of view of a lifelog camera used to capture the image; identifying a forward-facing direction of a user of the lifelog camera by determining the direction of travel of the user, wherein the forward-facing direction is identical to the direction of travel of the user, the method being characterised in that : if it has been identified that the forward-facing direction is within the field of view of the lifelog camera, the method further comprises the steps of: identifying a component of the image that contains image data corresponding to a portion of the scene containing the forward-facing direction of the user; and tagging the digital image with the identified component by associating information describing the identified component with the file used to save the digital image. capturing and storing, in a file, a digital image of a scene defined by a field of view of a lifelog camera used to capture the image; identifying a forward-facing direction of a user of the lifelog camera by determining the direction of travel of the user, wherein the forward-facing direction is identical to the direction of travel of the user, the method being characterised in that : if it has been identified that the forward-facing direction is within the field of view of the lifelog camera, the method further comprises the steps of: identifying a component of the image that contains image data corresponding to a portion of the scene containing the forward-facing direction of the user; and tagging the digital image with the identified component by associating information describing the identified component with the file used to save the digital image. identifying a component of the image that contains image data corresponding to a portion of the scene containing the forward-facing direction of the user; and tagging the digital image with the identified component by associating information describing the identified component with the file used to save the digital image.
An infant sleep bag , comprising: a main body comprising arm hole openings configured for the arms of the infant to pass through, and including multiple fixing points ; and arm or wing portions arranged on either side of the main body wherein the arm or wing portions are in the form of a bolero or shrug which is attached to or integral with the portions of the rear of the main body of the bag along a lateral line of attachment widthways across the back of the main body; wherein the arm or wing portions comprise respective flaps including respective overlapping portions configured to receive and / or support the elbows of the infant; and wherein respective arm or wing portions include fixing means to engage with respective ones of the multiple complementary fixing points provided on the body of the bag at various positions, whereby to enable the arm or wing portions of the bag to be placed into selected ones of multiple swaddling configurations. a main body comprising arm hole openings configured for the arms of the infant to pass through, and including multiple fixing points ; and arm or wing portions arranged on either side of the main body wherein the arm or wing portions are in the form of a bolero or shrug which is attached to or integral with the portions of the rear of the main body of the bag along a lateral line of attachment widthways across the back of the main body; wherein the arm or wing portions comprise respective flaps including respective overlapping portions configured to receive and / or support the elbows of the infant; and wherein respective arm or wing portions include fixing means to engage with respective ones of the multiple complementary fixing points provided on the body of the bag at various positions, whereby to enable the arm or wing portions of the bag to be placed into selected ones of multiple swaddling configurations.
A cartridge comprising: a chamber structure configured to contain the endodontic material; an electrically conductive heating layer provided adjacent to the chamber structure ; a first electrode positioned at one side of the cartridge , the first electrode being in electrical contact with the heating layer ; a second electrode positioned at a second side of the cartridge , the second electrode being in electrical contact with the heating layer ; a third electrode positioned between the first electrode and the second electrode along a length of the cartridge ; and an outer sleeve encasing the chamber structure , the heating layer , and the electrodes . a chamber structure configured to contain the endodontic material; an electrically conductive heating layer provided adjacent to the chamber structure ; a first electrode positioned at one side of the cartridge , the first electrode being in electrical contact with the heating layer ; a second electrode positioned at a second side of the cartridge , the second electrode being in electrical contact with the heating layer ; a third electrode positioned between the first electrode and the second electrode along a length of the cartridge ; and an outer sleeve encasing the chamber structure , the heating layer , and the electrodes .
An assembly for a CT system, comprising: a rotatable drum defining a bore and configured for rotation about an object positioned within the bore; a support structure configured to support the rotatable drum during a rotation of the rotatable drum ; a first radial air bearing disposed between the rotatable drum and the support structure and positioned proximate to a first distal end of the rotatable drum ; characterised by a second radial air bearing disposed between the rotatable drum and the support structure and positioned proximate to a second, opposite distal end of the rotatable drum , wherein the first radial air bearing and the second radial air bearing are located at different longitudinal positions along a longitudinal axis of the rotatable drum , and wherein the first radial air bearing and the second radial air bearing are configured to levitate the rotatable drum relative to the support structure. a rotatable drum defining a bore and configured for rotation about an object positioned within the bore; a support structure configured to support the rotatable drum during a rotation of the rotatable drum ; a first radial air bearing disposed between the rotatable drum and the support structure and positioned proximate to a first distal end of the rotatable drum ; characterised by a second radial air bearing disposed between the rotatable drum and the support structure and positioned proximate to a second, opposite distal end of the rotatable drum , wherein the first radial air bearing and the second radial air bearing are located at different longitudinal positions along a longitudinal axis of the rotatable drum , and wherein the first radial air bearing and the second radial air bearing are configured to levitate the rotatable drum relative to the support structure.
Hub cover for a wheel of a vehicle, in particular of a motor vehicle, with a holding device which is to be fastened to the wheel and on which a support element for receiving a decorative body is mounted so as to be rotatable about an axis of rotation , wherein an outwardly open gap runs in the radial direction between the support element and the holding device , characterized in that the gap expands continuously outwards in the radial direction.
A roof mounted rack system comprising: a frame configured to mount to a vehicle roof, said frame comprising: a frame rail configured to be transversely mounted to the vehicle roof; a mounting rail , comprising a parallel portion substantially parallel to the frame rail , said mounting rail being slidably and rotatably coupled to the frame rail such that, when the frame is mounted to the vehicle roof, the mounting rail is operable to: slide, relative to the frame rail , in a transverse direction so that the parallel portion of the mounting rail extends into a space to the side of the vehicle roof, and rotate, relative to the frame rail , such that the parallel portion of the mounting rail is lowered below a plane defined by the vehicle roof wherein the parallel portion of the mounting rail remains substantially parallel to the frame rail throughout the rotation; characterised by a spring-assisted lifting system comprising a constant-force spring coupled to the mounting rail by a radial cam operable to transfer progressively lesser resistive force from the constant-force spring to the mounting rail as the parallel portion of the mounting rail is lowered below the plane defined by the vehicle roof. a frame rail configured to be transversely mounted to the vehicle roof; a mounting rail , comprising a parallel portion substantially parallel to the frame rail , said mounting rail being slidably and rotatably coupled to the frame rail such that, when the frame is mounted to the vehicle roof, the mounting rail is operable to: slide, relative to the frame rail , in a transverse direction so that the parallel portion of the mounting rail extends into a space to the side of the vehicle roof, and rotate, relative to the frame rail , such that the parallel portion of the mounting rail is lowered below a plane defined by the vehicle roof wherein the parallel portion of the mounting rail remains substantially parallel to the frame rail throughout the rotation; characterised by slide, relative to the frame rail , in a transverse direction so that the parallel portion of the mounting rail extends into a space to the side of the vehicle roof, and rotate, relative to the frame rail , such that the parallel portion of the mounting rail is lowered below a plane defined by the vehicle roof wherein the parallel portion of the mounting rail remains substantially parallel to the frame rail throughout the rotation; characterised by a spring-assisted lifting system comprising a constant-force spring coupled to the mounting rail by a radial cam operable to transfer progressively lesser resistive force from the constant-force spring to the mounting rail as the parallel portion of the mounting rail is lowered below the plane defined by the vehicle roof.
A method of storing a thioepoxy compound for an optical material, the method comprising storing a thioepoxy compound having a water content of 500 to 2,500 ppm at a storage temperature of from -78 to 10°C.
A flexible pipe intended to be immersed in a body of water, comprising: - an inner sheath defining a passage for transporting a fluid, particularly hydrocarbons; and - at least one layer of tensile armour arranged around the inner sheath ; characterised in that the flexible pipe further comprises at least one polymeric sheath having a polymer blend comprising a thermoplastic polymer forming a matrix and at least one silicone composition incorporated into said matrix, the polymer blend comprising: - from 10% to 90% by volume, preferably less than 70% by volume, very preferably less than 50% by volume, of thermoplastic polymer; and - from 90% to 10% by volume, preferably more than 30% by volume, very preferably more than 50% by volume, of silicone composition. - an inner sheath defining a passage for transporting a fluid, particularly hydrocarbons; and - at least one layer of tensile armour arranged around the inner sheath ; characterised in that the flexible pipe further comprises at least one polymeric sheath having a polymer blend comprising a thermoplastic polymer forming a matrix and at least one silicone composition incorporated into said matrix, - from 10% to 90% by volume, preferably less than 70% by volume, very preferably less than 50% by volume, of thermoplastic polymer; and - from 90% to 10% by volume, preferably more than 30% by volume, very preferably more than 50% by volume, of silicone composition.
A device (II) for three-dimensional focusing in a microscope (I) of given resolution, comprising: - a detector - calculating means characterized in that said detector is configured to determine, in a given measurement plane, a phase and intensity image of an electromagnetic field resulting from the interaction of an incident light wave with a reference object located in a reference medium of given index, the reference object having a complex refractive index of which the real part and / or the imaginary part is different respectively from the real and / or imaginary part of the refractive index of the reference medium; and in that said calculating means are configured to determine, from said at least one phase and intensity image, a three-dimensional position variation of the reference object . - a detector - calculating means
A silicon-graphite composite, comprising a graphite and a silicon-containing fiber , wherein the silicon-containing fiber is embedded in an interlayer structure of the graphite.
Hollow aerofoil for a turbine blade, comprising a leading edge against which a hot gas (S) is able to flow and from which a suction-side wall and a pressure-side wall extend to a trailing edge of the aerofoil , wherein, in a transverse direction with respect thereto, the aerofoil extends from a root-side end at an aerofoil height of 0% to a tip-side end at an aerofoil height of 100%, having at least two series (R 1 , R 2 ) of cooling holes that are arranged along the leading edge , which, with respect to one another, have a first spacing (A) which is to be measured perpendicularly to the leading edge , wherein the at least two series (R 1 , R 2 ) of cooling holes are arranged at least partially on a wavy line along the leading edge , characterized in that the wavy line , without a change in sign of its curvature, is slightly curved in such a way that, both at the root-side end and at the tip-side end of the aerofoil, the cooling holes of each of the at least two series (R 1 , R 2 ) are arranged further to the suction side than the cooling holes of the corresponding series (R 1 , R 2 ) at the aerofoil mid-height. comprising a leading edge against which a hot gas (S) is able to flow and from which a suction-side wall and a pressure-side wall extend to a trailing edge of the aerofoil , wherein, in a transverse direction with respect thereto, the aerofoil extends from a root-side end at an aerofoil height of 0% to a tip-side end at an aerofoil height of 100%, having at least two series (R 1 , R 2 ) of cooling holes that are arranged along the leading edge , which, with respect to one another, have a first spacing (A) which is to be measured perpendicularly to the leading edge , wherein the at least two series (R 1 , R 2 ) of cooling holes are arranged at least partially on a wavy line along the leading edge , characterized in that the wavy line , without a change in sign of its curvature, is slightly curved in such a way that, both at the root-side end and at the tip-side end of the aerofoil, the cooling holes of each of the at least two series (R 1 , R 2 ) are arranged further to the suction side than the cooling holes of the corresponding series (R 1 , R 2 ) at the aerofoil mid-height.
A method of resetting a pause control mechanism of an oral irrigator, the method comprising: providing the oral irrigator, the oral irrigator comprising a handle having a bi-stable pause control element; placing the oral irrigator to an on state to permit fluid flow through a fluid channel of the handle of the oral irrigator; operating a valve , via the bi-stable pause control element, to permit fluid flow through a valve of the handle of the oral irrigator thereby compressing a resilient device from a first position to a second position; locking , via a locking mechanism, the resilient device in the second position; releasing the locking mechanism by placing the handle of the oral irrigator in a stand or by turning the oral irrigator to an off state such that the resilient device expands from the second position to the first position thereby setting the pause control element to inhibit fluid flow through the valve . providing the oral irrigator, the oral irrigator comprising a handle having a bi-stable pause control element; placing the oral irrigator to an on state to permit fluid flow through a fluid channel of the handle of the oral irrigator; operating a valve , via the bi-stable pause control element, to permit fluid flow through a valve of the handle of the oral irrigator thereby compressing a resilient device from a first position to a second position; locking , via a locking mechanism, the resilient device in the second position; releasing the locking mechanism by placing the handle of the oral irrigator in a stand or by turning the oral irrigator to an off state such that the resilient device expands from the second position to the first position thereby setting the pause control element to inhibit fluid flow through the valve .
An acoustic camera , which comprises: - a housing ; - an array of microphones configured to collect acoustic sound information and to convert the acoustic sound information into analog or digital sound signals; - processing means configured to divide the sound signals into descriptive components and to determine the sound levels in a plurality of directions in a field of view of the acoustic camera, - the processing means configured to convert the determined sound levels into a color map with different colors visualizing different sound levels; - an optical camera configured to take an image or video of the field of view, the processing means configured to combine the color map with the taken image or video, thereby illustrating acoustic emissions as a combined image of the field of view of the acoustic camera, and wherein - the array of microphones , the processing means and the optical camera are integrated in the housing ; - a classification means configured to determine at least one classification result for the descriptive components, wherein - classification is performed using a data table , which comprises data of the descriptive components and at least one corresponding name or code describing the source or reason of the at least one sound in the collected acoustic sound information; the acoustic camera characterized in that said data table can be cognitively updated by the user, and in that - the cross-section of the acoustic camera is shaped in a form of a triangle with rounded corners, where the cross-section is parallel with the plane of the array of microphones . - a housing ; - an array of microphones configured to collect acoustic sound information and to convert the acoustic sound information into analog or digital sound signals; - processing means configured to divide the sound signals into descriptive components and to determine the sound levels in a plurality of directions in a field of view of the acoustic camera, - the processing means configured to convert the determined sound levels into a color map with different colors visualizing different sound levels; - an optical camera configured to take an image or video of the field of view, the processing means configured to combine the color map with the taken image or video, thereby illustrating acoustic emissions as a combined image of the field of view of the acoustic camera, and wherein - the array of microphones , the processing means and the optical camera are integrated in the housing ; - a classification means configured to determine at least one classification result for the descriptive components, wherein - classification is performed using a data table , which comprises data of the descriptive components and at least one corresponding name or code describing the source or reason of the at least one sound in the collected acoustic sound information; the acoustic camera characterized in that said data table can be cognitively updated by the user, and in that - the cross-section of the acoustic camera is shaped in a form of a triangle with rounded corners, where the cross-section is parallel with the plane of the array of microphones .