mhurhangee/ep-ind-claims huggingface dataset:
Luminaire having a luminaire housing which is closed with a cover, a circumferential seal being arranged between the luminaire housing and the cover, and the seal extending into a circumferential groove on the luminaire housing and/or into a circumferential groove in the cover, wherein the seal is formed from an elastic material which, in cross-section perpendicular to the longitudinal extension of the circumferential grooves, has a profile with a plurality of lamellae (8, 10), a first plurality of lamellae being inserted into the groove of the lamp housing or cover, and the seal being connected to the opposite component of the luminaire on a side opposite the first plurality of lamellae, characterized in that the seal has, on the side opposite the first plurality of lamellae, a second plurality of lamellae which are inserted into a groove of the opposite component (2; 4) to form the connection of the seal to the opposite component (2; 4).
Document shredder having a housing, a cutting mechanism with a drive unit and control unit disposed in the housing, a feed passage for sheet material disposed above the cutting mechanism, having an inlet opening extending from the top face of the housing and an outlet opening oriented towards a material intake gap of the cutting mechanism, the feed passage being formed by two narrow walls (5a, 5d) as well as a guide wall and an oppositely disposed wall, and the shortest distance between the guide wall and the oppositely disposed wall is a passage width of the feed passage, and at least one expansion limiter is provided for the guide wall and the oppositely disposed wall of the feed passage which, acting on the guide wall and the oppositely disposed wall, prevents the predefined passage width from becoming larger, and the expansion limiter has at least one mechanically acting element, characterised in that the mechanically acting element is a plate-type prismatic body having a preferably central transverse opening which, when the body is fitted on an end portion of the feed passage, surrounds the latter on all sides from the outside.
A machine for packaging pallets, comprising: a frame; a supply device, predisposed to remove a section of tubular film from a store; a cutting and welding device, predisposed to cut and weld at a determined section of the tubular film; a positioning device, vertically mobile, which comprises gripping units, predisposed to grip the section of tubular film at one end and to collect the section of tubular film in a sleeve around hooking elements and to fit the section of film onto a pile of articles; wherein the cutting and welding device is vertically mobile, while the supply device is arranged in a fixed position in an upper zone of the frame, above the cutting and welding device and the positioning device; wherein the cutting and welding device is maintained fixed in a specific vertical position with respect to the frame, during normal functioning of the machine; wherein the cutting and welding device may be lowered down to a level accessible from the ground for operators, on occasion of maintenance operations; and wherein during normal functioning of the machine, the gripping units are lowered, fitting the tubular film onto the pile of articles; wherein once arrangement of the tubular film on the pile of articles is completed, said pile is evacuated and replaced by a new pile of articles to be covered and the gripping units return to the initial position. a frame; a supply device, predisposed to remove a section of tubular film from a store; a cutting and welding device, predisposed to cut and weld at a determined section of the tubular film; a positioning device, vertically mobile, which comprises gripping units, predisposed to grip the section of tubular film at one end and to collect the section of tubular film in a sleeve around hooking elements and to fit the section of film onto a pile of articles; wherein the cutting and welding device is vertically mobile, while the supply device is arranged in a fixed position in an upper zone of the frame, above the cutting and welding device and the positioning device; wherein the cutting and welding device is maintained fixed in a specific vertical position with respect to the frame, during normal functioning of the machine; wherein the cutting and welding device may be lowered down to a level accessible from the ground for operators, on occasion of maintenance operations; and wherein during normal functioning of the machine, the gripping units are lowered, fitting the tubular film onto the pile of articles; wherein once arrangement of the tubular film on the pile of articles is completed, said pile is evacuated and replaced by a new pile of articles to be covered and the gripping units return to the initial position.
A computer-implemented method comprising: obtaining first biometric data, wherein the first biometric data is captured in first condition or non-first condition; determining, by a discriminative network of generative adversarial networks, whether the first biometric data is captured in the first condition or the non-first condition; in response to a determination that the first biometric data is captured in the non-first condition, inputting the first biometric data to a generative network of the generative adversarial networks to generate a second biometric data; obtaining a matching result by inputting the first biometric data in response to a determination that the first biometric data is captured in the first condition or the second biometric data to a matching network; and determining a recognition result based on the matching result, wherein the second biometric data is in the first condition, the first biometric data is electrocardiogram data, wherein the first condition is a rest or relaxed condition and the non-first condition is a motion or stress condition. obtaining first biometric data, wherein the first biometric data is captured in first condition or non-first condition; determining, by a discriminative network of generative adversarial networks, whether the first biometric data is captured in the first condition or the non-first condition; in response to a determination that the first biometric data is captured in the non-first condition, inputting the first biometric data to a generative network of the generative adversarial networks to generate a second biometric data; obtaining a matching result by inputting the first biometric data in response to a determination that the first biometric data is captured in the first condition or the second biometric data to a matching network; and determining a recognition result based on the matching result, wherein the second biometric data is in the first condition, the first biometric data is electrocardiogram data, wherein the first condition is a rest or relaxed condition and the non-first condition is a motion or stress condition.
A device for controlled blood collection from a patient, comprising: at least one display unit, at least one operating unit, and at least one holding section for a blood collection vessel, wherein the arrangement of the holding section on the device is adjustable via a user input entered using the operating unit. at least one display unit, at least one operating unit, and at least one holding section for a blood collection vessel, wherein the arrangement of the holding section on the device is adjustable via a user input entered using the operating unit.
A method for deaerating a liquid, comprising the steps of - pressurizing the liquid to a pressure above atmospheric, - heating the liquid to a well-defined temperature, - guiding the pressurized liquid to a mixing location, - mixing an inert gas into the pressurized liquid, - guiding the pressurized liquid having inert gas mixed into it to a separation vessel via a decompression valve, - lowering the pressure in the separation vessel to a pressure above the vapor pressure for the liquid, at the well-defined temperature, - evacuating the released gases from the separation vessel, and - pumping the thus deaerated liquid from the separation vessel for further processing. - pressurizing the liquid to a pressure above atmospheric, - heating the liquid to a well-defined temperature, - guiding the pressurized liquid to a mixing location, - mixing an inert gas into the pressurized liquid, - guiding the pressurized liquid having inert gas mixed into it to a separation vessel via a decompression valve, - lowering the pressure in the separation vessel to a pressure above the vapor pressure for the liquid, at the well-defined temperature, - evacuating the released gases from the separation vessel, and - pumping the thus deaerated liquid from the separation vessel for further processing.
An item in the form of a tile for covering the edges of a swimming-pool comprising a body which has a polygonal perimeter and defining a visible face faceable outwardly and an opposite lying face, wherein said body comprises: - A bearing core made of a first material having a first specific weight; - A covering made of a second material having a second specific weight said first specific weight being lower than said second specific weight characterized in that: - said core defines at least one side with an enlarged portion, which is designed to be placed parallel to the swimming pool edge to be covered to act as a graspable handrail, and - the covering comprises of a plurality of covering elements (9, 10) placed on said visible face of the core and on the side with the enlarged portion according to a preselected scheme. - A bearing core made of a first material having a first specific weight; - A covering made of a second material having a second specific weight said first specific weight being lower than said second specific weight characterized in that: - said core defines at least one side with an enlarged portion, which is designed to be placed parallel to the swimming pool edge to be covered to act as a graspable handrail, and - the covering comprises of a plurality of covering elements (9, 10) placed on said visible face of the core and on the side with the enlarged portion according to a preselected scheme.
A casting device for low-pressure or counter-pressure casting, wherein the casting device comprises at least one lower chamber for at least one furnace and at least one upper chamber for at least one ingot mold and the lower chamber is separated from the upper chamber by at least one lower platen for fastening a lower part of the at least one ingot mold, wherein the lower platen is arranged so as to be displaceable in a vertical direction, wherein the upper chamber comprises an upper platen for an upper part of the at least one ingot mold, wherein the upper platen is mounted so as to be displaceable in the vertical direction and is connected to the first connecting elements, wherein the lower platen is connected to second connecting elements, wherein each of the first connecting elements is brought into engagement with a corresponding connecting element of the second connecting elements by a vertical displacement of the upper platen in the direction towards the lower platen, wherein the upper platen is connected to actuators for raising or lowering the upper platen, wherein the actuators are designed as piston/cylinder units, in particular as hydraulic cylinders, characterized in that pistons of the piston/cylinder unit are connected to the upper platen and working cylinders of the piston/cylinder unit are arranged and supported under the respectively associated pistons.
An apparatus, comprising: means for receiving a data packet; means for determining, based on contents of the data packet, a new destination address for the packet, wherein the received data packet does not comprise the new destination address in a header field; means for inserting the new destination address into a destination address header field of the data packet; and means for causing the data packet to be transmitted after the new destination address has been inserted, characterized in that the means for determining are configured to determine the new destination address by determining a compression context used to compress the data packet, and by selecting the new destination address based on the compression context. means for receiving a data packet; means for determining, based on contents of the data packet, a new destination address for the packet, wherein the received data packet does not comprise the new destination address in a header field; means for inserting the new destination address into a destination address header field of the data packet; and means for causing the data packet to be transmitted after the new destination address has been inserted,
Method for reinforcing a structure such as a duct, comprising the steps consisting of: - taking a survey of the geometry of the structure to be reinforced, - at least according to the survey, producing supporting rings of suitable dimensions, each supporting ring being closed by at least one connecting element imposing an adjustable spacing between two adjacent regions of the ring connected by this connecting element, the rings bearing substantially uniformly on the inner wall of the structure, - adjusting the spacing between said adjacent regions in order to compress the ring in contact with the structure. - taking a survey of the geometry of the structure to be reinforced, - at least according to the survey, producing supporting rings of suitable dimensions, each supporting ring being closed by at least one connecting element imposing an adjustable spacing between two adjacent regions of the ring connected by this connecting element, the rings bearing substantially uniformly on the inner wall of the structure, - adjusting the spacing between said adjacent regions in order to compress the ring in contact with the structure.
An elevator belt monitoring apparatus, comprising (a) a housing for receiving an elevator belt; and (b) a plurality of belt-piercing contacts (20, 22) arranged in an array within said housing, each belt-piercing contact (20, 22) being configured to contact at least one cord within the belt, each belt piercing contact having a blade configuration including top, side and bottom edges (20a, 22a, 20c, 22c, 20d, 22d) wherein said belt-piercing contact bottom edge (20d, 22d) includes at least one projection (20d, 22e), characterized in that said belt-piercing contact side edges (20c, 22c) have a sawtooth configuration. (a) a housing for receiving an elevator belt; and (b) a plurality of belt-piercing contacts (20, 22) arranged in an array within said housing, each belt-piercing contact (20, 22) being configured to contact at least one cord within the belt, each belt piercing contact having a blade configuration including top, side and bottom edges (20a, 22a, 20c, 22c, 20d, 22d) wherein said belt-piercing contact bottom edge (20d, 22d) includes at least one projection (20d, 22e), characterized in that said belt-piercing contact side edges (20c, 22c) have a sawtooth configuration.
A solar rechargeable redox flow cell (5, 8, 17, 27) comprising: - a photoelectrode (1, 11, 18, 29); - a counter electrode, wherein said counter electrode is electrically connected to said photoelectrode (2, 12, 20, 30); - an ion exchange membrane (3, 14, 23, 33) located between said photoelectrode and said counter electrode, thereby separating the solar rechargeable redox flow cell at least into two chambers, a photoelectrode or negative chamber (6, 9, 19, 31) and a counter electrode or positive chamber (7, 10, 21,32) separated by said ion exchange membrane; - an electrolyte comprising a first redox couple having a first reduction potential and a second redox couple having a second oxidation potential; - wherein said photoelectrode has a conduction band potential lower than said first reduction potential, and wherein said photoelectrode has a valence band potential higher than said second oxidation potential. - a photoelectrode (1, 11, 18, 29); - a counter electrode, wherein said counter electrode is electrically connected to said photoelectrode (2, 12, 20, 30); - an ion exchange membrane (3, 14, 23, 33) located between said photoelectrode and said counter electrode, thereby separating the solar rechargeable redox flow cell at least into two chambers, a photoelectrode or negative chamber (6, 9, 19, 31) and a counter electrode or positive chamber (7, 10, 21,32) separated by said ion exchange membrane; - an electrolyte comprising a first redox couple having a first reduction potential and a second redox couple having a second oxidation potential; - wherein said photoelectrode has a conduction band potential lower than said first reduction potential, and wherein said photoelectrode has a valence band potential higher than said second oxidation potential.
An electrostatic dissipative composite, comprising a) a continuous thermoplastic polymer phase comprising at least one polycarbonate; and b) at least one dispersed filler phase comprised of a filler composition, comprising i.a conductive carbon black; and ii.a non-conductive polymer, wherein the non-conductive polymer is ultra-high molecular weight polyethylene; wherein the filler composition is present in a volume percentage loading in the range of from 7.4 to 10.5 relative to a total volume of the composite; and wherein the composite exhibits a surface resistivity in the range of from 10 6 ohm/sq to 10 9 ohm/sq. a) a continuous thermoplastic polymer phase comprising at least one polycarbonate; and b) at least one dispersed filler phase comprised of a filler composition, comprising i.a conductive carbon black; and ii.a non-conductive polymer, wherein the non-conductive polymer is ultra-high molecular weight polyethylene; i.a conductive carbon black; and ii.a non-conductive polymer, wherein the non-conductive polymer is ultra-high molecular weight polyethylene;
A brush head (2; 200) for an electric toothbrush (1; 100), comprising: - a support (4; 400) comprising two lateral walls (41; 410) connected by a transverse wall (42; 420) which delimit, on either side of the transverse wall (42; 420), an upper groove (43; 430) and a lower groove (44; 430), wherein said lateral walls (41; 410) and the transverse wall (42; 420) are shaped so as to support, on the one hand and inside the upper groove (43; 430), upper lateral brush elements (51; 61) opposite each other and upper transverse brush elements (523; 623) and, on the other hand and inside the lower groove (44; 440), lower lateral brush elements (51, 61) disposed opposite each other and lower transverse brush elements (524; 624); and - an oscillatory device adapted to impart an oscillatory movement to said support (4; 440); wherein the support (4; 400) is elastically deformable so as to enable an arcuate deformation, and has a midplane intersecting the two lateral walls (41; 410) and the transverse wall (42; 420) such that the support (4; 400) is shaped so as to support upper lateral brush elements (51; 61), upper transverse brush elements (523; 623), lower lateral brush elements (51; 61), and lower transverse brush elements (524; 624) on either side of said midplane; and wherein said oscillatory device comprises a movable part (7; 700) on which the support (4; 400) is mounted, and a drive shaft coupled to said movable part (7; 700) to drive in oscillation the movable part (7; 700) and the support (4; 400) according to an oscillatory movement comprising at least one reciprocating component in translation along a direction orthogonal to said midplane, wherein the movable part has a coupling portion coupled to the drive shaft via coupling elements (710; 82) forming means for converting a rotation of the drive shaft into a reciprocating oscillation of the movable part (7; 700) and the support (4; 400), and wherein said movable part (7; 700) and the drive shaft extend substantially in the midplane of the support. - a support (4; 400) comprising two lateral walls (41; 410) connected by a transverse wall (42; 420) which delimit, on either side of the transverse wall (42; 420), an upper groove (43; 430) and a lower groove (44; 430), wherein said lateral walls (41; 410) and the transverse wall (42; 420) are shaped so as to support, on the one hand and inside the upper groove (43; 430), upper lateral brush elements (51; 61) opposite each other and upper transverse brush elements (523; 623) and, on the other hand and inside the lower groove (44; 440), lower lateral brush elements (51, 61) disposed opposite each other and lower transverse brush elements (524; 624); and - an oscillatory device adapted to impart an oscillatory movement to said support (4; 440);
A computer-implemented method (400, 460, 700) for determining a need for a re-registration of tracker attached to a patient with medical image data of the patient, wherein a camera system is configured to generate camera image data for tracking the tracker, the camera system comprising a first acceleration sensor configured to generate inertial data indicative of an acceleration of the camera system, the method comprising the following steps performed by a processor: receiving image data from the camera system; analyzing the received image data for a positional change of the tracker indicative of at least one of i) a drift of the tracker; and ii) an impact on the tracker; receiving, from the first acceleration sensor, inertial data; analyzing the received inertial data, or data derived therefrom, with respect to at least one first predetermined condition indicative of an impact on the camera system; and generating, in case a positional change of the tracker indicative of at least one of a drift of the tracker and an impact on the tracker is identified based on the image data and the at least one first predetermined condition is not fulfilled, a re-registration signal. receiving image data from the camera system; analyzing the received image data for a positional change of the tracker indicative of at least one of i) a drift of the tracker; and ii) an impact on the tracker; i) a drift of the tracker; and ii) an impact on the tracker; receiving, from the first acceleration sensor, inertial data; analyzing the received inertial data, or data derived therefrom, with respect to at least one first predetermined condition indicative of an impact on the camera system; and generating, in case a positional change of the tracker indicative of at least one of a drift of the tracker and an impact on the tracker is identified based on the image data and the at least one first predetermined condition is not fulfilled, a re-registration signal.