mhurhangee/patent-ind-claim-en huggingface dataset:
A device for intravascular intervention, the device comprising: an elongate manipulation member comprising a distally-located attachment portion , the attachment portion comprising a first segment , a second segment , and a bend between the first and second segments; and an intervention element comprising a proximal end portion having a top side, a bottom side, and a hole through the proximal end portion between the top side and the bottom side, the attachment portion of the elongate member extending through the hole at the bend such that the first segment and the second segment are located on different sides of the proximal end portion, the proximal end portion comprising a retention portion (a) extending proximally from the hole and positioned between the hole and a terminal proximal end of the intervention element, (b) extending laterally beyond and laterally offset from the attachment portion as viewed from the top of the proximal end portion , and (c) having a proximal part and a middle part, the middle part being located between the hole and the proximal part, and the proximal part having a lateral width greater than a lateral width of the middle part, the intervention element being permanently attached to the elongate manipulation member . an elongate manipulation member comprising a distally-located attachment portion , the attachment portion comprising a first segment , a second segment , and a bend between the first and second segments; and an intervention element comprising a proximal end portion having a top side, a bottom side, and a hole through the proximal end portion between the top side and the bottom side, the attachment portion of the elongate member extending through the hole at the bend such that the first segment and the second segment are located on different sides of the proximal end portion, the proximal end portion comprising a retention portion (a) extending proximally from the hole and positioned between the hole and a terminal proximal end of the intervention element, (b) extending laterally beyond and laterally offset from the attachment portion as viewed from the top of the proximal end portion , and (c) having a proximal part and a middle part, the middle part being located between the hole and the proximal part, and the proximal part having a lateral width greater than a lateral width of the middle part, the intervention element being permanently attached to the elongate manipulation member .
An archwire for use with a passive self-ligation orthodontic bracket I having a bracket body that defines an archwire slot J Z including an anterior facing surface and a gate that is movable relative to the bracket body between a non-occluding position and an occluding position , in which the anterior facing surface and a posterior facing surface of the gate define a slot width dimension , the archwire comprising: an elongated resilient main body which is dimensioned to be received within the archwire slot, the elongated resilient main body having a cross-sectional shape having a pair of spaced, convexly curved anterior and posterior facing surfaces , and a pair of spaced, planar and substantially parallel superior and inferior facing surfaces , wherein the pair of convexly curved surfaces respectively join the superior and inferior facing planar surfaces at discrete angular regions , each of the convexly curved surfaces defining a radial dimension of the archwire when measured along a line extending radially, outwardly from a longitudinal axis of the archwire , and to the respective convexly curved surfaces , and a width dimension of the archwire , the width dimension of the archwire being less than or equal to the slot width dimension , characterised in, that each of the radial dimensions and the width dimension of the archwire are constant, an elongated resilient main body which is dimensioned to be received within the archwire slot, the elongated resilient main body having a cross-sectional shape having a pair of spaced, convexly curved anterior and posterior facing surfaces , and a pair of spaced, planar and substantially parallel superior and inferior facing surfaces , wherein the pair of convexly curved surfaces respectively join the superior and inferior facing planar surfaces at discrete angular regions , each of the convexly curved surfaces defining a radial dimension of the archwire when measured along a line extending radially, outwardly from a longitudinal axis of the archwire , and to the respective convexly curved surfaces , and a width dimension of the archwire , the width dimension of the archwire being less than or equal to the slot width dimension , characterised in, that each of the radial dimensions and the width dimension of the archwire are constant,
Door or window having fireproofing properties, wherein the door or window comprises a fixed frame and a sash frame , wherein the sash frame is composed of sash frame spars and the sash frame spars are each made of a section of a profile, and wherein the fixed frame is composed of fixed frame spars and the fixed frame spars are each made of a section of a composite profile , wherein a rabbet is formed on the sash frame into which a filling can be inserted, wherein at least one of the vertical sash frame spars is made of a thermally non-separated profile .
Fitout article or article of equipment for a kitchen or laboratory, comprising a lighting element and a separating element , wherein the separating element divides at least sections of an interior of the article from an exterior , wherein the lighting element is disposed in the interior of the article such that the light emitted by the lighting element passes through the separating element and is perceptible by a user in the exterior of the article , wherein the separating element comprises a glass or glass ceramic substrate having a coefficient of thermal expansion of -6 to 6 ppm/K in the temperature range between 20°C and 300°C, wherein the separating element in the region of the lighting element has a light transmittance of at least 0.1% and of less than 120, wherein the separating element has a colour locus in the CIELAB colour space with the coordinates L* of 20 to 40, a* of -6 to 6 and b* of -6 to 6, measured in reflectance with D65 standard illuminant light against a black trap, wherein the colour locus of D65 standard illuminant light, after passing through the separating element as well as after passing through the glass or glass ceramic substrate, is within a white region W1 determined in the chromaticity diagram CIExyY-2° by the following coordinates: White region W1 x y 0.27 0.21 0.22 0.25 0.32 0.37 0.45 0.45 0.47 0.34 0.36 0.29 wherein the separating element divides at least sections of an interior of the article from an exterior , wherein the lighting element is disposed in the interior of the article such that the light emitted by the lighting element passes through the separating element and is perceptible by a user in the exterior of the article , wherein the separating element comprises a glass or glass ceramic substrate having a coefficient of thermal expansion of -6 to 6 ppm/K in the temperature range between 20°C and 300°C, wherein the separating element in the region of the lighting element has a light transmittance of at least 0.1% and of less than 120, wherein the separating element has a colour locus in the CIELAB colour space with the coordinates L* of 20 to 40, a* of -6 to 6 and b* of -6 to 6, measured in reflectance with D65 standard illuminant light against a black trap, wherein the colour locus of D65 standard illuminant light, after passing through the separating element as well as after passing through the glass or glass ceramic substrate, is within a white region W1 determined in the chromaticity diagram CIExyY-2° by the following coordinates: White region W1 x y 0.27 0.21 0.22 0.25 0.32 0.37 0.45 0.45 0.47 0.34 0.36 0.29
Method for transporting a component of a wind turbine on a vessel , wherein the component is mounted on a flat transport frame , comprising the steps of - rolling the component onto the vessel using at least one self-propelled transporter , - using at least three mobile lifting apparatuses to lift the transport frame with the component from the at least one self-propelled transporter , - removing the at least one self-propelled transporter from under the lifted transport frame , - lowering the transport frame using the lifting apparatuses to sit on the ground, and - removing the lifting apparatuses . - rolling the component onto the vessel using at least one self-propelled transporter , - using at least three mobile lifting apparatuses to lift the transport frame with the component from the at least one self-propelled transporter , - removing the at least one self-propelled transporter from under the lifted transport frame , - lowering the transport frame using the lifting apparatuses to sit on the ground, and - removing the lifting apparatuses .
An electrical outlet assembly , comprising a frame accommodating an electrical socket, a body profile having a trough structure extended from an outer surface of the body profile , a channel structure and a plurality of channels extended from an inner surface of the body profile ; wherein the plurality of channels are each independently extended from the inner surface of the body profile via a recess forming a slot therebetween; a guarding means inserted into both ends of the plurality of channels ; a pair of end caps wherein each of the pair of end caps has a lip , a plurality of pins , and a plurality of stoppers , to engage with a respective end of the two ends of the body profile ; wherein each of the lips is slidably coupled to the trough structure and further secured by a fastening means , each of the plurality of pins is slidably fitted into a respective one of the slots , engaged with the guarding means and seated at the recess for locking each of the pair of end caps to the body profile , and the frame is engaged with the channel structure , so that the electrical socket and the body profile form one assembly. a body profile having a trough structure extended from an outer surface of the body profile , a channel structure and a plurality of channels extended from an inner surface of the body profile ; wherein the plurality of channels are each independently extended from the inner surface of the body profile via a recess forming a slot therebetween; a guarding means inserted into both ends of the plurality of channels ; a pair of end caps wherein each of the pair of end caps has a lip , a plurality of pins , and a plurality of stoppers , to engage with a respective end of the two ends of the body profile ; wherein each of the lips is slidably coupled to the trough structure and further secured by a fastening means , each of the plurality of pins is slidably fitted into a respective one of the slots , engaged with the guarding means and seated at the recess for locking each of the pair of end caps to the body profile , and the frame is engaged with the channel structure , so that the electrical socket and the body profile form one assembly.
A heater for melting glass, comprising: a heating member containing carbon (C) configured to emit heat rays upon power feeding; and a tubular member made of metal configured to have one end closed, and to house the heating member, wherein the heating member includes a first heat generating part and a second heat generating part along an extending axis direction of the heater, and the first heat generating part is arranged at a position closer to the one end of the tubular member than is the second heat generating part , and wherein denoting a unit-length resistance of the first heat generating part along the extending axis direction by X (Ω/m), and denoting a unit-length resistance of the second heat generating part by Y (Ω/m), 1 / 30 X < Y < 1 / 2 X is satisfied. a heating member containing carbon (C) configured to emit heat rays upon power feeding; and a tubular member made of metal configured to have one end closed, and to house the heating member, wherein the heating member includes a first heat generating part and a second heat generating part along an extending axis direction of the heater, and the first heat generating part is arranged at a position closer to the one end of the tubular member than is the second heat generating part , and wherein denoting a unit-length resistance of the first heat generating part along the extending axis direction by X (Ω/m), and denoting a unit-length resistance of the second heat generating part by Y (Ω/m), 1 / 30 X < Y < 1 / 2 X is satisfied.
A layered article comprising: a porous structure material containing discontinuous reinforcing fibers (A), resin (B) and voids (C); and a skin layer formed on a surface of the porous structure material, characterised in that the porous structure material has an elastic resilience from 50% compression of 1 MPa or more, as measured by the method of the description, the layered article has a plastic deformation amount of 15 um or less in a falling-weight impact test performed, according to the method of the description, on the surface on which the skin layer is formed, the resin (B) contains at least one selected from the group consisting of polyamide resin, polyphenylene sulfide resin, polyketone resin, polyetherketone resin, polyetheretherketone resin, polyetherketoneketone resin, polyethernitrile resin, fluororesin, liquid crystal polymer, polycarbonate resin, polymethyl methacrylate resin, polyphenylene ether resin, polyimide resin, polyamideimide resin, polyetherimide resin, polysulfone resin, and polyether sulfone resin, and the layered article has a ratio tp/ts of thickness tp of the porous structure material and thickness ts of the skin layer of 10 or more. a porous structure material containing discontinuous reinforcing fibers (A), resin (B) and voids (C); and a skin layer formed on a surface of the porous structure material, characterised in that the porous structure material has an elastic resilience from 50% compression of 1 MPa or more, as measured by the method of the description, the layered article has a plastic deformation amount of 15 um or less in a falling-weight impact test performed, according to the method of the description, on the surface on which the skin layer is formed, the resin (B) contains at least one selected from the group consisting of polyamide resin, polyphenylene sulfide resin, polyketone resin, polyetherketone resin, polyetheretherketone resin, polyetherketoneketone resin, polyethernitrile resin, fluororesin, liquid crystal polymer, polycarbonate resin, polymethyl methacrylate resin, polyphenylene ether resin, polyimide resin, polyamideimide resin, polyetherimide resin, polysulfone resin, and polyether sulfone resin, and the layered article has a ratio tp/ts of thickness tp of the porous structure material and thickness ts of the skin layer of 10 or more.
Mould structure suitable for expanding and sintering polystyrene, particularly for the creation of prefabricated panels used in the building industry, made of reinforced sintered expanded polystyrene, constituted by a composite assembly through the aggregation of reinforcement structures to the sintered expanded polymeric mass by embedding preassembled elements, preferably rod-like steel elements to constitute a cage of electrowelded elements, therein before sintering, the mould structure comprising a plurality of twinned sintering modules or adjacent twin moulding units , each constituted by an upper shell and a lower shell associated by support means adapted to keep them superimposed and having a raised portion which supports the upper shell through linear elevation movement means and angular rotation movement means , while the support means further comprises a base portion supporting the lower shell , characterised in that said base portion of said support means supports the lower shell through means for sliding and guiding on the ground , shared by all adjacent twin moulding units , so that the lower shells may be displaced as a block at least on one side of the assembly of the upper shells to be loaded on one side with the reinforcement means intended to be embedded in the panels and be unloaded on the other side of the finished reinforced panels .
A method for sealing at least one leak in at least one of a mains pipe and at least one lateral pipe , the method comprising: passing at least one pig train comprising at least one gel pig and at least one sealant composition comprising at least one of wound fibers and yarns, under pressure along the mains pipe and said at least one lateral pipe such that a portion of said pig train enters said at least one leakage site to seal said at least one leak .
Method for distributing the capacity of a communication satellite between the various beams intended to cover a given geographical zone, said zone being divided into a plurality of spots, each spot being irradiated by one given beam emitted by one radiating element of a satellite antenna and requiring a given capacity, said method being characterized in that it implements: - a first step of defining, for each beam, the capacity from which the beam must benefit on account of the density of exchanges occurring in the corresponding spot; - a second step of generating a table indicating, for a power amplifier having various power and operating bandwidth characteristics, the maximum number P i of beams that the amplifier is able to deliver and the average capacity allocated to each beam, depending on the various amplifier sharing schemes; - a third step of forming groups of beams, each group being characterized by the average value of the capacity of the beams forming the group in question, and determining the number of amplifiers required in each group to deliver all of the beams forming this group; - a fourth step of allocating available resources, during which step the method distributes the various beams between various amplifiers, the beams assigned to the same amplifier being determined in such a way that the average value of the capacity demanded by these beams is substantially equal to the reference average capacity computed for the group in question. - a first step of defining, for each beam, the capacity from which the beam must benefit on account of the density of exchanges occurring in the corresponding spot; - a second step of generating a table indicating, for a power amplifier having various power and operating bandwidth characteristics, the maximum number P i of beams that the amplifier is able to deliver and the average capacity allocated to each beam, depending on the various amplifier sharing schemes; - a third step of forming groups of beams, each group being characterized by the average value of the capacity of the beams forming the group in question, and determining the number of amplifiers required in each group to deliver all of the beams forming this group; - a fourth step of allocating available resources, during which step the method distributes the various beams between various amplifiers, the beams assigned to the same amplifier being determined in such a way that the average value of the capacity demanded by these beams is substantially equal to the reference average capacity computed for the group in question.
A medical device for delivering a cardiac pacing therapy, comprising: a sensing module configured to sense cardiac signals; a therapy delivery module configured to deliver cardiac pacing pulses; a controller coupled to the sensing module and the therapy delivery module and configured to: determine an inter-atrial conduction time (IACT); compare the IACT to a threshold; characterised in that the controller is further configured to set a pacing interval for controlling delivery of pacing pulses to a ventricle to a first ventricular pacing interval that expires after the IACT in response to the IACT being less than the threshold; and set the pacing interval to a second ventricular pacing interval that expires before the IACT in response to the IACT being greater than the threshold. a sensing module configured to sense cardiac signals; a therapy delivery module configured to deliver cardiac pacing pulses; a controller coupled to the sensing module and the therapy delivery module and configured to: determine an inter-atrial conduction time (IACT); compare the IACT to a threshold; characterised in that the controller is further configured to set a pacing interval for controlling delivery of pacing pulses to a ventricle to a first ventricular pacing interval that expires after the IACT in response to the IACT being less than the threshold; and set the pacing interval to a second ventricular pacing interval that expires before the IACT in response to the IACT being greater than the threshold. determine an inter-atrial conduction time (IACT); compare the IACT to a threshold; characterised in that the controller is further configured to set a pacing interval for controlling delivery of pacing pulses to a ventricle to a first ventricular pacing interval that expires after the IACT in response to the IACT being less than the threshold; and set the pacing interval to a second ventricular pacing interval that expires before the IACT in response to the IACT being greater than the threshold.
An animal sorting device comprising; a housing having an entrance , an exit , and an animal dispatch chamber , wherein the animal dispatch chamber comprises; animal dispatching means to dispatch the pest; means to urge either a dispatched pest towards an aperture or the non-pest towards the exit; and characterised by entrant assessment means configured to compare a characteristic of an entrant against a determining value to determine if the entrant is either a pest or a non-pest; and in that the means to urge either a dispatched pest towards an aperture or the non-pest towards the exit comprise aperture blocks which can selectively obstruct the entrance or dispatch chamber apertures to prevent an entrant leaving during dispatch or to guide a non-pest to the exit. a housing having an entrance , an exit , and an animal dispatch chamber , wherein the animal dispatch chamber comprises; animal dispatching means to dispatch the pest; means to urge either a dispatched pest towards an aperture or the non-pest towards the exit; and characterised by entrant assessment means configured to compare a characteristic of an entrant against a determining value to determine if the entrant is either a pest or a non-pest; and in that the means to urge either a dispatched pest towards an aperture or the non-pest towards the exit comprise aperture blocks which can selectively obstruct the entrance or dispatch chamber apertures to prevent an entrant leaving during dispatch or to guide a non-pest to the exit.