mhurhangee/ep-ind-claims huggingface dataset:
A built-in exhaust gas management device characterized in that it comprises: - a first baffle with coupling means, - a second baffle spaced from the first baffle, - a first perimetral casing extending between the first baffle and the second baffle such that it defines a first chamber intended for housing a coolant fluid, - a second casing arranged covering at least part of the surface of the second baffle opposite the surface oriented towards the first chamber such that a second chamber for collecting cooled exhaust gases is defined, - one or more cooling pipes housed inside the first chamber where each pipe is attached at one end to the first baffle and at the second end to the second baffle such that it communicates the outlet of the particle filter or catalytic converter with the second chamber for the passage and cooling of the exhaust gases passing therethrough, - an inlet and an outlet of the first chamber for the passage of coolant fluid through the first chamber - the first baffle shows a first area in which the cooling pipes are distributed and a second area free of cooling pipes; and, - a segment of exhaust pipe attached to the first baffle through the second area free of pipes in communication with the outlet of the particulate filter or catalytic converter for the exit of exhaust gases, where the second chamber has a cooled gas outlet intended for reaching the engine intake, characterized in that the coupling means are configured for surrounding the outlet of a particulate filter or a catalytic converter. - a first baffle with coupling means, - a second baffle spaced from the first baffle, - a first perimetral casing extending between the first baffle and the second baffle such that it defines a first chamber intended for housing a coolant fluid, - a second casing arranged covering at least part of the surface of the second baffle opposite the surface oriented towards the first chamber such that a second chamber for collecting cooled exhaust gases is defined, - one or more cooling pipes housed inside the first chamber where each pipe is attached at one end to the first baffle and at the second end to the second baffle such that it communicates the outlet of the particle filter or catalytic converter with the second chamber for the passage and cooling of the exhaust gases passing therethrough, - an inlet and an outlet of the first chamber for the passage of coolant fluid through the first chamber - the first baffle shows a first area in which the cooling pipes are distributed and a second area free of cooling pipes; and, - a segment of exhaust pipe attached to the first baffle through the second area free of pipes in communication with the outlet of the particulate filter or catalytic converter for the exit of exhaust gases,
A sealing assembly, in particular for rolling bearings of the SRB type, comprising an annular metal insert and an annular seal made of elastomeric material, integrally constrained in one piece to the metal insert for bonding during the step of vulcanizing; the annular seal comprising at least one elastically deformable first annular lip, which radially extends in cantilever manner from a first annular edge of the metal insert, the first lip being entirely formed in elastomeric material, and an annular coupling portion arranged on a second annular edge of the metal insert, opposite to the first annular edge, the coupling portion being provided with at least one elastically deformable second annular lip, which extends in cantilever manner from the coupling portion on the side opposite to the metal insert; wherein: i - the first annular lip is substantially C-shaped in radial section having a concavity facing the same side of a first face of the metal insert; ii - the coupling portion is provided with an elastically deformable third and fourth annular lip, which extend in cantilever manner from the coupling portion on the side opposite to the metal insert; iii - the second and the third lips extend in cantilever manner in opposite directions, the second lip from the side of the first face and the third lip from the side of a second face, opposite to the first, of the metal insert and are adapted to take in use a deformed conformation in which they are substantially aligned along an oblique straight line with respect to a symmetry axis of the sealing assembly; characterized in that, in combination iv - the second annular edge of the metal insert is circumferentially provided with a plurality of indentations, each having a radial depth substantially equal to the radial extension of the coupling portion, so that the second annular edge extends, alternatively, inside and substantially outside the coupling portion. i - the first annular lip is substantially C-shaped in radial section having a concavity facing the same side of a first face of the metal insert; ii - the coupling portion is provided with an elastically deformable third and fourth annular lip, which extend in cantilever manner from the coupling portion on the side opposite to the metal insert; iii - the second and the third lips extend in cantilever manner in opposite directions, the second lip from the side of the first face and the third lip from the side of a second face, opposite to the first, of the metal insert and are adapted to take in use a deformed conformation in which they are substantially aligned along an oblique straight line with respect to a symmetry axis of the sealing assembly; characterized in that, in combination iv - the second annular edge of the metal insert is circumferentially provided with a plurality of indentations, each having a radial depth substantially equal to the radial extension of the coupling portion, so that the second annular edge extends, alternatively, inside and substantially outside the coupling portion.
A method of a mobility management node in a core network of managing a plurality of non-coordinated radio access networks, RANs, connected to the core network, comprising: acquiring information indicating that a wireless communication device is connected to a base station in a first of the plurality of RANs, and information indicating a location of the wireless communication device; acquiring information identifying at least a second of the plurality of RANs to which the wireless communication device may connect based on the location of the wireless communication device, and information indicating available frequencies in the second RAN via which frequencies the wireless communication device is allowed to access a network being accessible by the mobility management node, said mobility management node being operated by an operator different from those operating the first and second RANs; and delivering the information identifying the second RAN and the information indicating available frequencies in the second RAN to the wireless communication device. acquiring information indicating that a wireless communication device is connected to a base station in a first of the plurality of RANs, and information indicating a location of the wireless communication device; acquiring information identifying at least a second of the plurality of RANs to which the wireless communication device may connect based on the location of the wireless communication device, and information indicating available frequencies in the second RAN via which frequencies the wireless communication device is allowed to access a network being accessible by the mobility management node, said mobility management node being operated by an operator different from those operating the first and second RANs; and delivering the information identifying the second RAN and the information indicating available frequencies in the second RAN to the wireless communication device.
A sample holder for an electron microscope, said sample holder comprising a sample holder body and a sample holder lid, wherein the sample holder lid has a top side and a bottom side, and wherein the sample holder body comprises a deep pocket having a deep pocket bottom and deep pocket walls for the positioning of a first microelectronic device therein and a shallow pocket fully enclosing the deep pocket and having a shallow pocket bottom and shallow pocket walls for the positioning of a second microelectronic device therein, further comprising a deep pocket sealing means positioned on the deep pocket bottom and surrounding a hole such that a continuous seal is formed around the hole when pressure is applied to the first microelectronic device, and a shallow pocket sealing means characterised in that the shallow pocket sealing means is positioned on the shallow pocket bottom and surrounds the deep pocket such that when pressure is applied to the second microelectronic device a continuous seal is formed and fluids cannot escape from around the first and second microelectronic devices.
A trial used in sizing an interbody spinal implant for insertion into a disc space between adjacent vertebrae, and the interbody spinal implant, the trial comprising: a leading end, an opposite trailing end, a length extending from the leading end to the trailing end, and a longitudinal axis extending through the leading end and the trailing end, a shaft portion extending from the trailing end toward the leading end and having a first end, a second end, and a first passage extending therethrough between the first and second ends; an end portion (11; 11') positioned at the leading end and extending from the first end of the shaft portion, the end portion (11; 11') including a first end surface, a top surface, a bottom surface, a first side surface, a second side surface, and a second passage (34; 40) extending therethrough, the first and second passages (32, 34; 40) communicating with one another, the second passage (34; 40) extending from the first passage to at least a first exit port (37; 46) positioned through one of the first end surface, the first side surface, and the second side surface; wherein dimensions of the end portion (11; 11') are sized to approximate dimensions of the interbody spinal implant, wherein the shaft portion and the end portion (11; 11') are integral with one another so that the end portion (11; 11') is non-removably attached to the shaft portion. a leading end, an opposite trailing end, a length extending from the leading end to the trailing end, and a longitudinal axis extending through the leading end and the trailing end, a shaft portion extending from the trailing end toward the leading end and having a first end, a second end, and a first passage extending therethrough between the first and second ends; an end portion (11; 11') positioned at the leading end and extending from the first end of the shaft portion, the end portion (11; 11') including a first end surface, a top surface, a bottom surface, a first side surface, a second side surface, and a second passage (34; 40) extending therethrough, the first and second passages (32, 34; 40) communicating with one another, the second passage (34; 40) extending from the first passage to at least a first exit port (37; 46) positioned through one of the first end surface, the first side surface, and the second side surface; wherein dimensions of the end portion (11; 11') are sized to approximate dimensions of the interbody spinal implant, wherein the shaft portion and the end portion (11; 11') are integral with one another so that the end portion (11; 11') is non-removably attached to the shaft portion.
A tool suitable for shaping an elongated deformable member having a first end and a second end and comprising a sound tube for a hearing aid, wherein the tool comprises a first holding means, characterized in that said first holding means comprises means for securing said first end of said elongated member against rotation about the longitudinal axis of the elongated member, said tool comprising a second holding means for holding a second end of the elongated member and positioning means comprising at least one protrusion for positioning and holding intermediate parts of said elongated member between said first end and said second end in a fixed desired shape and in that said tool has been manufactured using a rapid prototyping process.
A device for providing intermediate layers that can be disposed between layers of bundles of articles, wherein the intermediate layers are single cuts of a flexible continuous strip, the device comprising a magazine for providing the continuous strip; a transfer unit for the continuous strip and the cuts, wherein the transfer unit is downstream of the magazine; a feed and cutting unit (21, 21 a, 21 b) of the transfer unit; a gripper for gripping a next cut from the feed and cutting unit (21, 21 a, 21 b); a lifting table for transferring the cuts for palletizing; wherein the lifting table comprises plates for depositing the cuts, the plates are arranged in two rows parallel to a direction of travel and are lowerable and liftable; and the gripper is movable in or against the direction of travel between the two rows. a magazine for providing the continuous strip; a transfer unit for the continuous strip and the cuts, wherein the transfer unit is downstream of the magazine; a feed and cutting unit (21, 21 a, 21 b) of the transfer unit; a gripper for gripping a next cut from the feed and cutting unit (21, 21 a, 21 b); a lifting table for transferring the cuts for palletizing; wherein the lifting table comprises plates for depositing the cuts, the plates are arranged in two rows parallel to a direction of travel and are lowerable and liftable; and the gripper is movable in or against the direction of travel between the two rows.
A set of electric connectors comprising an electric connector according to any of claims 1 to 7, and a plug, the electric connector comprising: - a base intended to receive the plug, the plug being able to be plugged in to the base along a longitudinal direction in a plugged position, in which the base and the plug defined together an interstitial space, the plug comprising an substantially cylindrical outer surface along the longitudinal direction, the outer surface defining, in the plugged position, and internal diameter of the interstitial space, and - a contact member intended to radially extend in the interstitial space when the plug is in the plugged position, the contact member comprising a wire folded back on itself so as to form turns (21, 23) around the longitudinal direction, the number of turns (21, 23) being less than or equal to five, the contact member being able to ensure electric contact between the plug and the base, the wire being metallic and including a plurality of bends (25, 27, 29, 31, 33), the bends (25, 27, 29, 31, 33) respectively including first areas (25A, 27A, 29A, 31A, 33A) of the contact member in electric contact with an inner surface of the base, the inner surface being substantially cylindrical along the longitudinal direction defining an external diameter of the interstitial space, the first contact areas (25A, 27A, 29A, 31A, 33A) preferably being five in number characterized in that the ratio of the internal diameter over the external diameter being at less than or equal to 0.6. - a base intended to receive the plug, the plug being able to be plugged in to the base along a longitudinal direction in a plugged position, in which the base and the plug defined together an interstitial space, the plug comprising an substantially cylindrical outer surface along the longitudinal direction, the outer surface defining, in the plugged position, and internal diameter of the interstitial space, and - a contact member intended to radially extend in the interstitial space when the plug is in the plugged position, the contact member comprising a wire folded back on itself so as to form turns (21, 23) around the longitudinal direction,
A method of manufacturing a polymer foam tensile member for a fluid-filled bladder, the method comprising steps of: providing a mold (110,110') at least partially formed from a cellular structure metal material and having a cavity (112a,112b,112a',112b') with a shape of the polymer foam element; providing a cover layer that covers voids of the cellular structure metal material; and locating a polymer foam material within the cavity. providing a mold (110,110') at least partially formed from a cellular structure metal material and having a cavity (112a,112b,112a',112b') with a shape of the polymer foam element; providing a cover layer that covers voids of the cellular structure metal material; and locating a polymer foam material within the cavity.
A bone reamer comprising: a shaft including a proximal end, a distal end, and a flexible portion disposed between the proximal and distal ends; and a cutting element carried by the shaft, the cutting element including a cutting arm having a cutting surface facing the distal end of the shaft such that the distal end extends axially beyond the cutting surface. a shaft including a proximal end, a distal end, and a flexible portion disposed between the proximal and distal ends; and a cutting element carried by the shaft, the cutting element including a cutting arm having a cutting surface facing the distal end of the shaft such that the distal end extends axially beyond the cutting surface.
A system for outdoor navigating a vehicle using language instructions, the system being configured to navigate the vehicle along an instructed navigation path comprising landmarks along the navigation path and subpaths between adjacent landmarks, the system comprising: a language model configured to output semantic navigation information based on inputted language instructions, said inputted language instructions describing the instructed navigation path, said semantic navigation information comprising at least one subpath description and at least one landmark description, a memory module (M t) configured to store an already traveled path from the latest passed landmark, such that a state of the memory is continuously and/or repeatedly updated during traveling, a directional matching model configured to estimate similarity between a subpath description and the current memory state, in order to output a directional matching score, a landmark matching model configured to match the landmark description to a current image captured from the environment of the vehicle, in order to output a landmark matching score, an action space probability prediction network configured to estimate possible traveling directions based on the current image, the memory state and the subpath description, in order to output an action space probability, and an action model configured to predict a next navigation step at the current location based on the directional matching score, the landmark matching score and the action space probability. a language model configured to output semantic navigation information based on inputted language instructions, said inputted language instructions describing the instructed navigation path, said semantic navigation information comprising at least one subpath description and at least one landmark description, a memory module (M t) configured to store an already traveled path from the latest passed landmark, such that a state of the memory is continuously and/or repeatedly updated during traveling, a directional matching model configured to estimate similarity between a subpath description and the current memory state, in order to output a directional matching score, a landmark matching model configured to match the landmark description to a current image captured from the environment of the vehicle, in order to output a landmark matching score, an action space probability prediction network configured to estimate possible traveling directions based on the current image, the memory state and the subpath description, in order to output an action space probability, and an action model configured to predict a next navigation step at the current location based on the directional matching score, the landmark matching score and the action space probability.
A method of characterising the eccentricity of a rotary encoder of a surface measurement instrument, the method comprising: effecting relative rotation of a work piece support and a measurement probe, wherein the rotation is effected about a rotation axis and the work piece support supports an artefact having an undulating profile; using a rotary encoder to log, about a measurement axis of the rotary encoder, the rotation; measuring, using the measurement probe, the undulating profile of the artefact at a plurality of rotational positions of the work piece support with respect to the measurement probe to produce profile measurement data; and extracting from the profile measurement data parameters describing the eccentricity of the measurement axis of the rotary encoder with respect to the rotation axis. effecting relative rotation of a work piece support and a measurement probe, wherein the rotation is effected about a rotation axis and the work piece support supports an artefact having an undulating profile; using a rotary encoder to log, about a measurement axis of the rotary encoder, the rotation; measuring, using the measurement probe, the undulating profile of the artefact at a plurality of rotational positions of the work piece support with respect to the measurement probe to produce profile measurement data; and extracting from the profile measurement data parameters describing the eccentricity of the measurement axis of the rotary encoder with respect to the rotation axis.
An assembly including a branched stent graft and an introducer configured to deploy the branched stent graft into a body vessel having a main vessel, the body vessel having a first branch vessel extending from the main vessel, a second branch vessel extending from the main vessel, a bifurcation between the first and second branch vessels, and a third vessel extending from the first branch vessel and having an ostium, the branched stent graft comprising a main body having a distal end, a proximal end with a main lumen therethrough, at least two main body stents, and a branch extending from the main body between the main body distal end and the main body proximal end more proximate the proximal end, the branch having a branch lumen therethrough in fluid communication with the main lumen, a distal open end, and a stent adjacent the distal open end; the introducer comprising a sleeve disposed over the branched stent graft, and a first guide wire catheter configured to receive a first guide wire, characterised by a second guide wire catheter configured to receive second guide wire, wherein the second guide wire catheter has a portion that extends from distal of the distal end of the main body, a portion that extends outside of and at least partially along the main body of the branched stent graft, a portion that extends into the distal open end of the branch and through the branch lumen to the main lumen, and a portion that extends out of the main lumen at the proximal stent graft end and along a side of a nose cone dilator. the introducer comprising a sleeve disposed over the branched stent graft, and a first guide wire catheter configured to receive a first guide wire, characterised by a second guide wire catheter configured to receive second guide wire, wherein the second guide wire catheter has a portion that extends from distal of the distal end of the main body, a portion that extends outside of and at least partially along the main body of the branched stent graft, a portion that extends into the distal open end of the branch and through the branch lumen to the main lumen, and a portion that extends out of the main lumen at the proximal stent graft end and along a side of a nose cone dilator.