mhurhangee/ep-ind-claims huggingface dataset:
A communications method performed by a terminal device, comprising: determining, based on signal quality of at least one reference signal of serving cell of a terminal device, that the terminal device meets a first condition being static or not moving, wherein the at least one reference signal corresponds to at least one sending direction; and based on meeting the first condition, skipping performing intra-frequency measurement or inter-frequency measurement: chracterized in that, before the skipping performing intra-frequency measurement or inter-frequency measurement, the method further comprises: determining that duration since cell reselection is last performed is less than or equal to third duration. determining, based on signal quality of at least one reference signal of serving cell of a terminal device, that the terminal device meets a first condition being static or not moving, wherein the at least one reference signal corresponds to at least one sending direction; and based on meeting the first condition, skipping performing intra-frequency measurement or inter-frequency measurement: chracterized in that, before the skipping performing intra-frequency measurement or inter-frequency measurement, the method further comprises: determining that duration since cell reselection is last performed is less than or equal to third duration.
A method for originating a media flow, the method comprising: receiving, by an application server, from a first device a request to originate a communications session with a remote end, the request indicating that a remote media flow is to be established on a second device; establishing, by the application server, the remote media flow between the second device and the remote end, whereby the first device remains a session controller after the establishing the remote media flow, characterized by the method further comprising aggregating by the application server media flow control information, received by the application server from the second device, and session control information, received by the application server from the first device, for transmission to the remote end. receiving, by an application server, from a first device a request to originate a communications session with a remote end, the request indicating that a remote media flow is to be established on a second device; establishing, by the application server, the remote media flow between the second device and the remote end, whereby the first device remains a session controller after the establishing the remote media flow, characterized by the method further comprising aggregating by the application server media flow control information, received by the application server from the second device, and session control information, received by the application server from the first device, for transmission to the remote end.
A method of applying a patterned coating of a silicone adhesive to a substrate sheet, comprising a step of pattern coating a silicone precursor composition onto the substrate, characterised in that the step of pattern coating is followed by thermally curing the precursor composition coated on the substrate and in that the silicone adhesive precursor composition is substantially solvent-free and wherein no primer layer is applied to said substrate sheet prior to the step of pattern coating with the silicone adhesive precursor composition.
A method of generating DASH quality of experience, QoE, measurement reports, the method comprising, by a middleware unit of a MBMS client device: receiving media data via broadcast or multicast from a server device; generating MBMS reception reports covering the reception of the media data according to received reporting directives; delivering at least part of the media data to a target application of the DASH client device; receiving DASH QoE reports including QoE metrics from the target application; and providing contents of the MBMS reception report and DASH QoE reports to a reception reporting server. receiving media data via broadcast or multicast from a server device; generating MBMS reception reports covering the reception of the media data according to received reporting directives; delivering at least part of the media data to a target application of the DASH client device; receiving DASH QoE reports including QoE metrics from the target application; and providing contents of the MBMS reception report and DASH QoE reports to a reception reporting server.
A method for assessing residual life of an airfoil, the method comprising: receiving, at a processing system, at least one measured vibration response parameter associated with the airfoil; processing at least one cracked airfoil finite element model, wherein processing the cracked airfoil finite element model comprises: accessing the cracked airfoil finite element model; computing a modal stress intensity factor of the cracked airfoil finite element model using fracture mechanics based finite element analysis; and computing a vibratory SIF based, at least in part, on the modal SIF and a scaling factor comprising a variable number based on the at least one measured vibration response parameter; and computing a residual life indicator of the airfoil based, at least in part, on the vibratory SIF. receiving, at a processing system, at least one measured vibration response parameter associated with the airfoil; processing at least one cracked airfoil finite element model, wherein processing the cracked airfoil finite element model comprises: accessing the cracked airfoil finite element model; computing a modal stress intensity factor of the cracked airfoil finite element model using fracture mechanics based finite element analysis; and computing a vibratory SIF based, at least in part, on the modal SIF and a scaling factor comprising a variable number based on the at least one measured vibration response parameter; and computing a residual life indicator of the airfoil based, at least in part, on the vibratory SIF. accessing the cracked airfoil finite element model; computing a modal stress intensity factor of the cracked airfoil finite element model using fracture mechanics based finite element analysis; and computing a vibratory SIF based, at least in part, on the modal SIF and a scaling factor comprising a variable number based on the at least one measured vibration response parameter; and computing a residual life indicator of the airfoil based, at least in part, on the vibratory SIF.
Cranium fixing device comprising a cranium clamp and also a manually operable applicator, wherein the cranium clamp comprises a first and a second clamping element (3, 4) and also a rod, wherein the rod extends from the first clamping element and ends in an end portion, and wherein the second clamping element is arranged displaceably in a direction of extent of the rod, and wherein the manually operable applicator has a holding part and a thrust part, wherein the holding part and the thrust part are connected to one another via a connecting part, and wherein the end portion of the rod is held by the holding part, and wherein the thrust part is arranged in such a manner that it can exert a force on the second clamping element which is oriented towards the first clamping element, and wherein the connecting part has, in succession, a first connecting portion, an actuating portion and a second connecting portion, and wherein at least one of the first and second connecting portions (7e, 7f) has a curved extent, characterized in that the connecting part extends in part spaced apart from the rod in such a manner that the actuating portion extends substantially parallel to the rod and extends spaced apart with respect to the rod, such that displacement of the actuating portion of the connecting part towards the rod increases the distance between the holding part and the thrust part, in order to thereby displace the second clamping element via the thrust part acting thereon in the direction of the first clamping element, and in that the manually operable applicator consists of a single part.
A medical connector comprising: a housing with a central axis and a hollow bore having a male end with a male luer tip and a female end; a valve member configured to at least partially extend into an interior space of the male luer tip, the valve member comprising a first opened end, a second closed end, and an internal passageway, at least one opening near the second closed end of the valve member extending through the valve member and into the passageway; a rigid conduit in fluid communication with the female end and the first opened end of the valve member, the rigid conduit and the first opened end of the valve member being moveable relative to each other along the central axis such that at least a portion of the first opened end of the valve member and the rigid conduit overlap, thereby producing a change in volume in an interior region of the housing between the second closed end of the valve member and the female end of the housing as the valve member moves from a first position in which fluid flow through the male luer tip is obstructed to a second position in which fluid flow through the male luer tip is permitted, the volume of the interior region being larger in the first position than in the second position; a resilient member configured to couple the valve member and the housing; and a sealing element disposed within the housing and configured to inhibit fluid communication through the hollow bore of the housing between the interior of the male luer tip of the housing and the exterior of the valve member. a valve member configured to at least partially extend into an interior space of the male luer tip, the valve member comprising a first opened end, a second closed end, and an internal passageway, at least one opening near the second closed end of the valve member extending through the valve member and into the passageway; a rigid conduit in fluid communication with the female end and the first opened end of the valve member, the rigid conduit and the first opened end of the valve member being moveable relative to each other along the central axis such that at least a portion of the first opened end of the valve member and the rigid conduit overlap, thereby producing a change in volume in an interior region of the housing between the second closed end of the valve member and the female end of the housing as the valve member moves from a first position in which fluid flow through the male luer tip is obstructed to a second position in which fluid flow through the male luer tip is permitted, the volume of the interior region being larger in the first position than in the second position; a resilient member configured to couple the valve member and the housing; and a sealing element disposed within the housing and configured to inhibit fluid communication through the hollow bore of the housing between the interior of the male luer tip of the housing and the exterior of the valve member.
Electrical box provided with a body comprising, on the one hand, a support plate comprising a bottom wall provided with means for fastening to a receiving support and a side wall bordering said bottom wall, and, on the other hand, a frame comprising a side wall fixed in means for mounting the side wall of said support plate such that the side wall of the frame extends into the extension of the side wall of the support plate to delimit with the latter, a housing open frontward, adapted to receive an electrical equipment mechanism, characterised in that the side wall of the support plate comprises, to the rear of said means for mounting the frame, at least over some of its perimeter, a double wall comprising an internal wall and an external wall connected to one another at specific places by ridges.
Method of manufacturing a microelectromechanical device comprising the following successive steps: - providing an SOI structure comprising a first semiconductor layer on an insulating layer; - forming a second semiconductor layer by epitaxy on top of and in contact with the upper surface of the first semiconductor layer; characterized in that the method comprises, in addition, the following steps - transferring and bonding, by molecular bonding, a third semiconductor layer onto and in contact with the upper surface of the second semiconductor layer; and - forming trenches vertically extending from the upper surface of the third semiconductor layer to the upper surface of the insulating layer, said trenches laterally delimiting a mechanical element of the device. - providing an SOI structure comprising a first semiconductor layer on an insulating layer; - forming a second semiconductor layer by epitaxy on top of and in contact with the upper surface of the first semiconductor layer; characterized in that the method comprises, in addition, the following steps - transferring and bonding, by molecular bonding, a third semiconductor layer onto and in contact with the upper surface of the second semiconductor layer; and - forming trenches vertically extending from the upper surface of the third semiconductor layer to the upper surface of the insulating layer, said trenches laterally delimiting a mechanical element of the device. - transferring and bonding, by molecular bonding, a third semiconductor layer onto and in contact with the upper surface of the second semiconductor layer; and - forming trenches vertically extending from the upper surface of the third semiconductor layer to the upper surface of the insulating layer, said trenches laterally delimiting a mechanical element of the device.
A composition comprising at least the following: A functionalized, halogenated olefin-based polymer having a melt index (12, 190C/2.16) greater than, or equal to, 30 grams per 10 minutes (g/10 min); and (B') An olefin-based polymer having a density from 0.855 to 0.900 grams per cubic centimeter (g/cc) and a weight average molecular weight (Mw) of less than, or equal to, 60,000 grams per mole (g/mol), wherein the olefin-based polymer of component B' is an amorphous polyolefin, wherein the term "functionalized, halogenated olefin-based polymer," refers to an olefin-based polymer comprising at least one halogen, and at least one chemical group selected from the following: anhydride, carboxylate, -COOH, amine, OH, carbonyl, acrylate, or combinations thereof. A functionalized, halogenated olefin-based polymer having a melt index (12, 190C/2.16) greater than, or equal to, 30 grams per 10 minutes (g/10 min); and (B') An olefin-based polymer having a density from 0.855 to 0.900 grams per cubic centimeter (g/cc) and a weight average molecular weight (Mw) of less than, or equal to, 60,000 grams per mole (g/mol),
A cooling eye mask, comprising: an exterior material layer; an interior material layer; an absorbent material layer maintained between the exterior material layer and the interior material layer, wherein water absorbed by the absorbent material layer may evaporate from the cooling eye mask; a left eye opening extending through the exterior material layer, the interior material layer, and the absorbent material layer at a left face portion of the cooling mask; a right eye opening extending through the exterior material layer, the interior material layer, and the absorbent material layer at a right face portion of the cooling mask; characterized by a first strap system extending laterally away from the left face portion, including a left superior strap, which extends from the left face portion over the user's ear and around the user's head, and a left inferior strap, which extends from the left face portion under the user's ear and around the user's head; and a second strap system extending laterally from the right face portion, including a right superior strap and a right inferior strap, wherein the first strap system is configured to be releasably coupled to the second strap system, Wherein the left and right eye openings (1312, 1342) are proximate a nose opening in the centre of the mask, and the nose opening accommodates the user's nose and centres the mask on the user's face. an exterior material layer; an interior material layer; an absorbent material layer maintained between the exterior material layer and the interior material layer, wherein water absorbed by the absorbent material layer may evaporate from the cooling eye mask; a left eye opening extending through the exterior material layer, the interior material layer, and the absorbent material layer at a left face portion of the cooling mask; a right eye opening extending through the exterior material layer, the interior material layer, and the absorbent material layer at a right face portion of the cooling mask; characterized by a first strap system extending laterally away from the left face portion, including a left superior strap, which extends from the left face portion over the user's ear and around the user's head, and a left inferior strap, which extends from the left face portion under the user's ear and around the user's head; and a second strap system extending laterally from the right face portion, including a right superior strap and a right inferior strap, wherein the first strap system is configured to be releasably coupled to the second strap system,
A brake disc for a wheeled vehicle; said brake disc including opposing annular braking surfaces; each of said surfaces provided with an identical pattern of disparate arcuate groove segments; said groove segments arranged in groups; each group including at least: (a) a pair of inner arcuate groove segments (27, 28) extending outwardly from proximate an inner circumferential edge of a said brake band surface to proximate a mid portion of the width of said brake band, (b) a pair of outer arcuate groove segments (38, 40) extending outwardly from proximate a mid portion of the width of said brake band to proximate an outer circumferential edge of said brake band, characterised in that said pair of inner arcuate groove segments and said pair of outer arcuate groove segments each include a clockwise arcing and an anticlockwise arcing groove segment; said brake disc providing identical braking performance independent of direction of rotation. (a) a pair of inner arcuate groove segments (27, 28) extending outwardly from proximate an inner circumferential edge of a said brake band surface to proximate a mid portion of the width of said brake band, (b) a pair of outer arcuate groove segments (38, 40) extending outwardly from proximate a mid portion of the width of said brake band to proximate an outer circumferential edge of said brake band,
A crushing shell for mounting within a gyratory crusher topshell, the crushing shell comprising: an annular wall extending around a longitudinal axis, the wall terminated at an axial end by an annular rim; a plurality of fastening ears projecting radially outward from the wall at the region of the rim, each ear being attachable to an annular rim of a topshell of a gyratory crusher; characterised by: a lock lug projecting from each ear to be received within respective recesses at the annular rim of the topshell to rotatably lock the crushing shell at the topshell. an annular wall extending around a longitudinal axis, the wall terminated at an axial end by an annular rim; a plurality of fastening ears projecting radially outward from the wall at the region of the rim, each ear being attachable to an annular rim of a topshell of a gyratory crusher; characterised by: a lock lug projecting from each ear to be received within respective recesses at the annular rim of the topshell to rotatably lock the crushing shell at the topshell.
A head-up display that is mounted on a vehicle, performs the projection on a transparent reflective member, and allows an observer to visually recognize a virtual image, the head-up display comprising: a display device that displays an image; and a projection optical system that has a refractive optical system, and projects the image displayed by the display device on an eye box of the observer, characterized in that <E> where an inner deflection angle (θ2i) is formed between a vector of a light beam incident on the refractive optical system and a vector of a light beam output from the refractive optical system on an reference inner side light beam (Li) that passes in a vicinity of an end of a vehicle inner side in a range from the display device to the refractive optical system and an outer deflection angle (θ2o) is formed between a vector of a light beam incident on the refractive optical system and a vector of a light beam output from the refractive optical system on an reference outer side light beam (Lo) that passes in a vicinity of an end of a vehicle outer side in the range from the display device to the refractive optical system. <E> = < the inner deflection angle (θ2i) is larger than the outer deflection angle (θ2o)> a display device that displays an image; and a projection optical system that has a refractive optical system, and projects the image displayed by the display device on an eye box of the observer, characterized in that <E> where an inner deflection angle (θ2i) is formed between a vector of a light beam incident on the refractive optical system and a vector of a light beam output from the refractive optical system on an reference inner side light beam (Li) that passes in a vicinity of an end of a vehicle inner side in a range from the display device to the refractive optical system and an outer deflection angle (θ2o) is formed between a vector of a light beam incident on the refractive optical system and a vector of a light beam output from the refractive optical system on an reference outer side light beam (Lo) that passes in a vicinity of an end of a vehicle outer side in the range from the display device to the refractive optical system. <E> = < the inner deflection angle (θ2i) is larger than the outer deflection angle (θ2o)>
A fluidized catalyst stripping unit for displacing entrained gas from catalyst particles comprising: a vessel which houses: a two stage cyclonic separation section which comprises one or more primary cyclonic separation devices and one or more secondary cyclones; a stripping section which comprises internals and one or more bubble breaking grids; an inlet in fluid communication with a catalytic reactor to feed a particulate fluid suspension to the two stage cyclonic separation section; and a particulate discharge outlet from each secondary cyclone to the stripping section; wherein: each primary cyclonic separation device comprises an internal cylindrical surface to separate a major fraction of the particulates from the suspension and form a vortex of reduced particulate content; the particulate discharge outlet of the secondary cyclone is submerged in a catalyst bed which is located above the stripper internals within the stripping section; the one or more bubble breaking grids (2, 3) are located within the catalyst bed and above the stripping internals and one or more of the bubble breaking grids is located above a bottom portion of the particulate discharge outlet. a two stage cyclonic separation section which comprises one or more primary cyclonic separation devices and one or more secondary cyclones; a stripping section which comprises internals and one or more bubble breaking grids; an inlet in fluid communication with a catalytic reactor to feed a particulate fluid suspension to the two stage cyclonic separation section; and a particulate discharge outlet from each secondary cyclone to the stripping section; each primary cyclonic separation device comprises an internal cylindrical surface to separate a major fraction of the particulates from the suspension and form a vortex of reduced particulate content; the particulate discharge outlet of the secondary cyclone is submerged in a catalyst bed which is located above the stripper internals within the stripping section; the one or more bubble breaking grids (2, 3) are located within the catalyst bed and above the stripping internals and one or more of the bubble breaking grids is located above a bottom portion of the particulate discharge outlet.