mhurhangee/ep-ind-claims huggingface dataset:
Surface pump comprising a network of microfluidic channels and pumping means, characterised in that said network of microfluidic channels includes: - a set of microfluidic accesses distributed in a predetermined domain adapted to covering a surface source of a fluid of interest, - and in that said pumping means comprise at least one microfluidic actuating circuit intersecting said network of microfluidic channels on a plurality of deformable membrane intersecting zones forming a set of valves, - said set of valves being adapted to causing a peristaltic effect pumping of said fluid of interest circulating in said network of microfluidic channels from said set of microfluidic accesses to at least one sink connected to said network of microfluidic channels. - a set of microfluidic accesses distributed in a predetermined domain adapted to covering a surface source of a fluid of interest, - and in that said pumping means comprise at least one microfluidic actuating circuit intersecting said network of microfluidic channels on a plurality of deformable membrane intersecting zones forming a set of valves, - said set of valves being adapted to causing a peristaltic effect pumping of said fluid of interest circulating in said network of microfluidic channels from said set of microfluidic accesses to at least one sink connected to said network of microfluidic channels.
A screwed assembly, comprising at least one pre-punched, upper, and one non-punched, lower, component (3, 1), an intermediate layer arranged therebetween and also a plurality of self-tapping fastening screws which are introduced in each case via a pre-punched hole in the upper component and which in the uncured state of the intermediate layer are screwed to the non-punched component, wherein the pre-punched holes in the upper component are formed as blind holes closed by a web, characterised in that the web is arranged on a point of the pre-punched hole which is remote from the component face on the intermediate-layer side.
A system for depositing a material on a substrate, comprising: a deposition nozzle configured to introduce a vapour of a material toward a surface of a substrate; a transport mechanism configured to transport the substrate past the nozzle; a first substantially flat surface opposite the nozzle and in a void region between elements of a transport mechanism; characterised in that an exhaust basket is positioned beneath the first substantially flat surface, wherein the exhaust basket is connected to a source of reduced pressure, the exhaust basket having an intake plane, the intake plane positioned beneath the nozzle and beneath a second surface of the substrate and above the source of reduced pressure. a deposition nozzle configured to introduce a vapour of a material toward a surface of a substrate; a transport mechanism configured to transport the substrate past the nozzle; a first substantially flat surface opposite the nozzle and in a void region between elements of a transport mechanism; characterised in that an exhaust basket is positioned beneath the first substantially flat surface, wherein the exhaust basket is connected to a source of reduced pressure, the exhaust basket having an intake plane, the intake plane positioned beneath the nozzle and beneath a second surface of the substrate and above the source of reduced pressure.
A catheter (1,1a,1b), comprising: a catheter shaft (10a,10b,10c) having a proximal end (11a,11c,11f) and a distal end (11b, 11d, 11g), and including a linear body portion (12,12a,12b) extending from the proximal end (11a,11c,11f), and a bend (14,14a,14b,14c) that extends from the body portion towards the distal end (11b, 11d, 11g), wherein a braid is installed inside the catheter shaft, characterized in that the braid comprises a first wire (30a,30c,30e) that has a high tensile strength and a second wire (30b,30d,30f) that has a low tensile strength, which are helically woven together, and when viewed from a proximal end (11a,11c,11f) of the catheter shaft along the linear direction of the linear body portion (12,12a,12b), the bend forms an arc that extends in a winding direction of the first wire. a catheter shaft (10a,10b,10c) having a proximal end (11a,11c,11f) and a distal end (11b, 11d, 11g), and including a linear body portion (12,12a,12b) extending from the proximal end (11a,11c,11f), and a bend (14,14a,14b,14c) that extends from the body portion towards the distal end (11b, 11d, 11g), wherein a linear body portion (12,12a,12b) extending from the proximal end (11a,11c,11f), and a bend (14,14a,14b,14c) that extends from the body portion towards the distal end (11b, 11d, 11g), wherein a braid is installed inside the catheter shaft, characterized in that the braid comprises a first wire (30a,30c,30e) that has a high tensile strength and a second wire (30b,30d,30f) that has a low tensile strength, which are helically woven together, and when viewed from a proximal end (11a,11c,11f) of the catheter shaft along the linear direction of the linear body portion (12,12a,12b), the bend forms an arc that extends in a winding direction of the first wire.
A drop down cable routing device (250, 250a) for routing cables from a cable routing system, the drop down cable routing device (250, 250a) comprising: an outer shell (252, 252a) having downwardly extending sides (256, 256a), wherein a bottom (258, 258a) of each side (256, 256a) includes a mating flange (262, 263) extending therefrom; and an inner core (270, 270a) positioned within the outer shell (252, 252a); characterised by: the inner core (270, 270a) having a base (276, 276a) including sides (278, 278a) with a mating flange (284, 285) extending downwardly therefrom; whereby the mating flanges (262, 263) of the outer shell (252, 252a) engage the mating flanges (284, 285) of the inner core (270, 270a) to secure the outer shell (252, 252a) and the inner core (270, 270a) together. an outer shell (252, 252a) having downwardly extending sides (256, 256a), wherein a bottom (258, 258a) of each side (256, 256a) includes a mating flange (262, 263) extending therefrom; and an inner core (270, 270a) positioned within the outer shell (252, 252a); characterised by: the inner core (270, 270a) having a base (276, 276a) including sides (278, 278a) with a mating flange (284, 285) extending downwardly therefrom; whereby the mating flanges (262, 263) of the outer shell (252, 252a) engage the mating flanges (284, 285) of the inner core (270, 270a) to secure the outer shell (252, 252a) and the inner core (270, 270a) together. the inner core (270, 270a) having a base (276, 276a) including sides (278, 278a) with a mating flange (284, 285) extending downwardly therefrom; whereby the mating flanges (262, 263) of the outer shell (252, 252a) engage the mating flanges (284, 285) of the inner core (270, 270a) to secure the outer shell (252, 252a) and the inner core (270, 270a) together.
A universal riveting unit comprising vibration hoppers for guide pins, where hoppers are mounted on a supporting structure which is arranged on a support arm and supported on supporting legs, whereas the unit further comprises a mechanical sliding with slip rails and a riveting device comprising a riveting head with a riveting tool, characterised by that a tool plate is arranged in the riveting device, in its opening a support of a revolver with a rotating central cylinder is arranged, in relation to which columns of the revolver are provided, whereas on their upper surfaces riveting beds are provided, whereas the revolver is made as a rotational and extensible component driven by a revolver drive for linear movement in the axis of the rotating central cylinder and at the same time for the rotational movement about this axis, wherein the riveting device is further provided with a loading manipulator with a grab and a riveting device drive, whereas on a supporting base plate on the riveting device fixed side plates with guide grooves are arranged in which pins of tilting side plates are housed, on which both the revolver, the loading manipulator and the riveting head with a riveting tool are arranged for their simultaneous tilting and achievement of the desired angle of the guide pin application with respect to a slat.
A device for folding over an edge of a protruding flexible decorative layer on a workpiece comprising - a holder for receiving and holding the workpiece, - at least one edge-folding stamp, which, for the purpose of folding over protruding decorative layer on an edge of the workpiece, is adjustable between a retracted position, which is at a distance from the workpiece, and an edge-folding position, in which the protruding decorative layer is placed against the rear side of the edge, and - at least one linear drive means and at least one pivot drive means for adjusting the edge-folding stamp in relation to the workpiece, - wherein, by way of the pivot drive means, the edge-folding stamp is able to be pivoted around a pivot axis from the retracted position into an intermediate position, in which the protruding decorative layer is folded across the edge of the workpiece, characterized in that - the edge-folding stamp, by way of the linear drive means, is movable in a direction of displacement, which is parallel to the pivot axis, from the intermediate position into the edge-folding position, in which the protruding decorative layer is placed against the edge of the workpiece, and - that, for the purpose of sweeping across the protruding decorative layer and pressing it against the workpiece, the direction of displacement of the linear drive means is oriented parallel to the edge of the workpiece. - a holder for receiving and holding the workpiece, - at least one edge-folding stamp, which, for the purpose of folding over protruding decorative layer on an edge of the workpiece, is adjustable between a retracted position, which is at a distance from the workpiece, and an edge-folding position, in which the protruding decorative layer is placed against the rear side of the edge, and - at least one linear drive means and at least one pivot drive means for adjusting the edge-folding stamp in relation to the workpiece, - wherein, by way of the pivot drive means, the edge-folding stamp is able to be pivoted around a pivot axis from the retracted position into an intermediate position, in which the protruding decorative layer is folded across the edge of the workpiece, - the edge-folding stamp, by way of the linear drive means, is movable in a direction of displacement, which is parallel to the pivot axis, from the intermediate position into the edge-folding position, in which the protruding decorative layer is placed against the edge of the workpiece, and - that, for the purpose of sweeping across the protruding decorative layer and pressing it against the workpiece, the direction of displacement of the linear drive means is oriented parallel to the edge of the workpiece.
A method of linear friction welding, the method comprising: a friction phase comprising oscillating a first workpiece (2, 102) relative to a second workpiece (4, 104) with a surface of the first workpiece being forced against a surface of the second workpiece, such that a plasticised layer is formed at the interface between the first and second workpieces; characterised in that the friction phase is divided into a plurality of sub-phases, each sub-phase being configured to form a plasticised layer at the interface between the first and second workpieces, each plasticised layer comprising a stagnation zone; wherein the stagnation zone of one sub-phase is offset from the stagnation zone of another sub-phase. a friction phase comprising oscillating a first workpiece (2, 102) relative to a second workpiece (4, 104) with a surface of the first workpiece being forced against a surface of the second workpiece, such that a plasticised layer is formed at the interface between the first and second workpieces; characterised in that the friction phase is divided into a plurality of sub-phases, each sub-phase being configured to form a plasticised layer at the interface between the first and second workpieces, each plasticised layer comprising a stagnation zone; wherein the stagnation zone of one sub-phase is offset from the stagnation zone of another sub-phase.
A method for processing video pictures for display on a display device having a plurality of luminous elements forming the pixels of a picture wherein the time of a video frame or field is divided into a plurality of N lighting periods called sub-fields, SF, during which the luminous elements can be activated for light emission with a number of light pulses corresponding to a sub-field code word of n bits used for coding the p possible video levels lighting a pixel, comprising the steps of: - determining if pictures are static pictures or moving pictures, - in the case of static pictures, processing the video pictures using a first sub-field encoding method wherein the n bit video level is decomposed in n or more sub-periods or sub-fields for lighting a pixel, and - in the case of moving pictures, processing video pictures using a second encoding method reducing the dynamic false contour effect, wherein among the set of p possible video levels for lighting a pixel, a sub-set of m video levels with n < m < p is selected. - determining if pictures are static pictures or moving pictures, - in the case of static pictures, processing the video pictures using a first sub-field encoding method wherein the n bit video level is decomposed in n or more sub-periods or sub-fields for lighting a pixel, and - in the case of moving pictures, processing video pictures using a second encoding method reducing the dynamic false contour effect, wherein among the set of p possible video levels for lighting a pixel, a sub-set of m video levels with n < m < p is selected.
A method for pre-screening defect micro-LEDs, characterized by comprising: obtaining a defect pattern of defect micro-LEDs on a laser-transparent substrate (801; 901); and irradiating the laser-transparent substrate with laser from the laser-transparent substrate (801; 901) side in accordance with the defect pattern, to lift-off the defect micro-LEDs from the laser-transparent substrate (801; 901). obtaining a defect pattern of defect micro-LEDs on a laser-transparent substrate (801; 901); and irradiating the laser-transparent substrate with laser from the laser-transparent substrate (801; 901) side in accordance with the defect pattern, to lift-off the defect micro-LEDs from the laser-transparent substrate (801; 901).
Apparatus for installation and removal of an electronic component for a tire, characterized in that the apparatus comprises an expansion device having a plurality of movably supported longitudinal prongs having a main extension direction, wherein the expansion device is adapted for moving at least a part of the plurality of prongs between a neutral position with a least distance between the prongs and at least one expansion position with a distance between the prongs exceeding the least distance, wherein the prongs comprise prong tips, which each comprise a curved engagement surface, which faces into a direction at an angle relative to the main extension direction of the respective prong, wherein each prong is adapted for engaging an exposed top lip of an elastic container, in which the electronic component is storable and wherein the expansion device is adapted for moving at least a part of the plurality of prongs to at least one of the at least one expansion position with the engagement surfaces engaging the top lip of the container, in which expansion position the top lip is expanded.
Light-emitting organic electrochemical cell comprising - a substrate, - a first electrode layer on the substrate, - at least one organic emitting layer on the first electrode layer and a second electrode layer on the organic emitting layer, wherein the organic emitting layer consists of a matrix which is an insulator or an ion conductor having electrolyte properties and of a phosphorescent metal complex, wherein the metal complex comprises at least one metallic central atom M and at least one ligand coordinated by the metallic central atom, wherein one ligand is bidentate, has two uncharged coordination sites and comprises at least one carbene unit coordinated directly to the metal atom, wherein the complex has at least one of the structural formulae where: - M = Ir, Re, Os, Au, Hg, Ru, Rh, Pd, Ag, Cu - R 1 to R 10 are independently H, branched alkyl radicals, unbranched alkyl radicals, fused alkyl radicals, cyclic alkyl radicals, fully or partly substituted unbranched alkyl radicals, fully or partly substituted branched alkyl radicals, fully or partly substituted fused alkyl radicals, fully or partly substituted cyclic alkyl radicals, alkoxy groups, amines, amides, esters, carbonates, aromatics, fully or partly substituted aromatics, heteroaromatics, fused aromatics, fully or partly substituted fused aromatics, heterocycles, fully or partly substituted heterocycles, fused heterocycles, halogens, pseudohalogens, - X is (-CR b1 R b2 -) n, (-SiR b1 R b2 -) n, -N-R b1, -P-R b1, or O, S, Se, where n is in the range of 0-10, where R b1 and R b2 are selected analogously to R 1 to R 10, - L is bonded to the central atom M via an N^C unit and is selected from a group comprising 2-phenylpyridine, 2-phenylimidazole, benzimidazole, phenanthridine and 2-(2,4-difluorophenyl)pyridine, and wherein R 1 and/or R 6 is additionally coordinated to M. - a substrate, - a first electrode layer on the substrate, - at least one organic emitting layer on the first electrode layer and - M = Ir, Re, Os, Au, Hg, Ru, Rh, Pd, Ag, Cu - R 1 to R 10 are independently H, branched alkyl radicals, unbranched alkyl radicals, fused alkyl radicals, cyclic alkyl radicals, fully or partly substituted unbranched alkyl radicals, fully or partly substituted branched alkyl radicals, fully or partly substituted fused alkyl radicals, fully or partly substituted cyclic alkyl radicals, alkoxy groups, amines, amides, esters, carbonates, aromatics, fully or partly substituted aromatics, heteroaromatics, fused aromatics, fully or partly substituted fused aromatics, heterocycles, fully or partly substituted heterocycles, fused heterocycles, halogens, pseudohalogens, - X is (-CR b1 R b2 -) n, (-SiR b1 R b2 -) n, -N-R b1, -P-R b1, or O, S, Se, where n is in the range of 0-10, where R b1 and R b2 are selected analogously to R 1 to R 10, - L is bonded to the central atom M via an N^C unit and is selected from a group comprising 2-phenylpyridine, 2-phenylimidazole, benzimidazole, phenanthridine and 2-(2,4-difluorophenyl)pyridine, and wherein R 1 and/or R 6 is additionally coordinated to M.
A pre-swirl nozzle assembly for a gas turbine engine having a compressor (14, 16), a combustor, and a turbine (20, 22), the pre-swirl nozzle assembly comprising a pre-swirl nozzle configured to receive a cooling stream, and to direct at least a portion of the cooling stream to the turbine (20, 22), the pre-swirl nozzle being flexibly mountable to an inner casing of the combustor, characterized in that the pre-swirl nozzle assembly further comprising a front chamber that receives another portion of the cooling stream through a seal wherein said cooling stream passes to a bypass chamber through a bypass channel, causing a reduced pressure in the front chamber to enable a reverse flow in a reverse direction through an inboard nozzle seal.
Dispersing unit which is designed for the production area, comprising a stand comprising a motor head with a motor arranged therein, which motor drives a shaft, a bearing flange for supporting the shaft, which bearing flange is connected to the motor head at an upper end, and a fine dispersing unit which can be driven via the shaft and can be connected to a supporting element, characterized in that the bearing flange has a support member at a lower end and in that the support member is adapted to displace a parting plane from the lower end of the motor head to an alternating plane defined by the support member and in that it comprises quick-change means on the support member for releasably securing the fine dispersion unit.
A reactive distillation column constituted by alternating catalytic zones and distillation zones in which, at each of the catalytic zones, the liquid is introduced upstream of said zone via a central liquid collector comprising a first cylindrical or parallelepipedal portion followed by a second tubular portion which brings the liquid into a liquid distribution zone located below the catalytic zone and having the same section as said catalytic zone, the liquid then passing through the catalytic zone in upflow mode and being evacuated from said catalytic zone by overflowing over a lateral wall defining an upper liquid layer and distributing the liquid to a peripheral zone abutting the wall of the column or by overflowing in a system of vents, the open upper end level of which defines the upper liquid layer and passing through the catalytic zone, the gas bypassing the catalytic zone via a dedicated peripheral zone or via an array of vertical vents which discharge above the upper liquid layer, the central liquid collector being provided with an overflow device the height H of which, precisely defined as the maximum height of liquid between the level of weir of the upper liquid layer and the top of the overflow device of the central collector, has a value in the range 0.3 m to 1 m.
Composition comprising water and a mixture of [3-(2,3-dihydroxyprop-1-oxy)propyl]silanol oligomers and ethers thereof, wherein the proportion of epoxy groups bound within Si compounds which may be present in the composition is not more than 0.05 mol of epoxy groups per mole of Si in the composition.
A mobile communication method comprising the steps of: causing a radio base station to transmit (S1006, S2005, S3002) an information element indicating whether it is suitable to transmit mobile station assistance information, to the mobile station by using "RRC connection reconfiguration", the mobile station assistance information including a mobile station power preference indicating whether or not the mobile station prefers a configuration that is primarily optimised for power saving; and causing the mobile station to determine (S1009, S2007, S3003) whether it is suitable to transmit the mobile station assistance information to the radio base station on the basis of the information element. causing a radio base station to transmit (S1006, S2005, S3002) an information element indicating whether it is suitable to transmit mobile station assistance information, to the mobile station by using "RRC connection reconfiguration", the mobile station assistance information including a mobile station power preference indicating whether or not the mobile station prefers a configuration that is primarily optimised for power saving; and causing the mobile station to determine (S1009, S2007, S3003) whether it is suitable to transmit the mobile station assistance information to the radio base station on the basis of the information element.