mhurhangee/ep-ind-claims huggingface dataset:
A film layer having a micro-textured surface, comprising: (a) a continuous phase comprising one or more thermoplastic polymers, wherein at least one of the thermoplastic polymers is a low-modulus polymer having a 2% secant modulus of less than or equal to 140 MPa, preferably from 30 MPa to 140 MPa, more preferably from 30 MPa to 75 MPa and wherein the film layer comprises preferably from 10 wt% to 40 wt%, more preferably from 10 wt% to 30 wt%, and most preferably 20 wt% to 30 wt% of the low modulus thermoplastic polymer; and (b) a discrete phase comprising a thermoplastic starch, wherein the film layer comprises from 5 wt% to 45 wt%, preferably 5 wt% to 25 wt%, or more preferably 10 wt% to 25 wt% of the thermoplastic starch. (a) a continuous phase comprising one or more thermoplastic polymers, wherein at least one of the thermoplastic polymers is a low-modulus polymer having a 2% secant modulus of less than or equal to 140 MPa, preferably from 30 MPa to 140 MPa, more preferably from 30 MPa to 75 MPa and wherein the film layer comprises preferably from 10 wt% to 40 wt%, more preferably from 10 wt% to 30 wt%, and most preferably 20 wt% to 30 wt% of the low modulus thermoplastic polymer; and (b) a discrete phase comprising a thermoplastic starch, wherein the film layer comprises from 5 wt% to 45 wt%, preferably 5 wt% to 25 wt%, or more preferably 10 wt% to 25 wt% of the thermoplastic starch.
An imaging apparatus comprising: an outer frame member made of a resin including an enclosure section that accommodates an imaging part, a connector section that connects an external conductor to the imaging apparatus, and a connector for external connection, wherein the connector for external connection includes an internal contact section exposed to an interior of the enclosure section on one end side thereof and an external contact section that contacts the external conductor and is provided inside of the other end side thereof, and wherein the enclosure section is provided with an enclosure section shielding body formed of a metal box-shape, which has an opening into which the connector for external connection is inserted on the inside thereof, so as to suppress influence of electromagnetic noise on the internal contact section, characterized in that the connector for external connection is provided with a connector section shielding body formed of a metal tubular shape, which shields the external contact section, so as to suppress influence of electromagnetic noise on the external contact section. an outer frame member made of a resin including an enclosure section that accommodates an imaging part, a connector section that connects an external conductor to the imaging apparatus, and a connector for external connection, wherein the connector for external connection includes an internal contact section exposed to an interior of the enclosure section on one end side thereof and an external contact section that contacts the external conductor and is provided inside of the other end side thereof, and wherein the enclosure section is provided with an enclosure section shielding body formed of a metal box-shape, which has an opening into which the connector for external connection is inserted on the inside thereof, so as to suppress influence of electromagnetic noise on the internal contact section, characterized in that the connector for external connection is provided with a connector section shielding body formed of a metal tubular shape, which shields the external contact section, so as to suppress influence of electromagnetic noise on the external contact section.
An implant for pelvic floor repair comprising: a central body portion having an anterior edge, a posterior edge, and first and second lateral side edges (112, 113), first and second strap-like (102, 103) extension portions extending outwardly to first and second distal ends from first and second end regions of the posterior edge of the central body portion, said first and second strap-like extension portions extending outwardly at an angle so as to form a substantially "Y" shaped implant in combination with the central body portion; characterised in that the anterior edge of the central body portion has a recess extending inwardly from the anterior edge and substantially centrally located along the anterior edge, and wherein the posterior edge has a tab element extending outwardly from the posterior edge and substantially centrally located along the posterior edge; and first and second pockets located at the first and second distal ends of the first and second strap-like extensions respectively, the first and second pockets each having a closed end (130, 131) substantially adjacent to the distal end of the strap-like extension, and having an open end (136, 137) proximal thereto and opening toward the central body portion. a central body portion having an anterior edge, a posterior edge, and first and second lateral side edges (112, 113), first and second strap-like (102, 103) extension portions extending outwardly to first and second distal ends from first and second end regions of the posterior edge of the central body portion, said first and second strap-like extension portions extending outwardly at an angle so as to form a substantially "Y" shaped implant in combination with the central body portion; characterised in that the anterior edge of the central body portion has a recess extending inwardly from the anterior edge and substantially centrally located along the anterior edge, and wherein the posterior edge has a tab element extending outwardly from the posterior edge and substantially centrally located along the posterior edge; and first and second pockets located at the first and second distal ends of the first and second strap-like extensions respectively, the first and second pockets each having a closed end (130, 131) substantially adjacent to the distal end of the strap-like extension, and having an open end (136, 137) proximal thereto and opening toward the central body portion.
Method for measuring impulse noise in a signal, characterized in that it comprises the steps of: - measuring at least one first signal; - converting the first signal into the frequency domain, - defining, in the frequency domain, a variable-frequency trigger threshold on the basis of static characteristics of the first signal, - measuring a second signal (S'); - converting the second signal into the frequency domain, - obtaining a third signal (S") on the basis of storing the second signal in the temporal domain when the amplitude of said second signal in the frequency domain reaches or exceeds the trigger threshold; and - high-pass filtering the third signal (S"). - measuring at least one first signal; - converting the first signal into the frequency domain, - defining, in the frequency domain, a variable-frequency trigger threshold on the basis of static characteristics of the first signal, - measuring a second signal (S'); - converting the second signal into the frequency domain, - obtaining a third signal (S") on the basis of storing the second signal in the temporal domain when the amplitude of said second signal in the frequency domain reaches or exceeds the trigger threshold; and - high-pass filtering the third signal (S").
Thermoadhesive label with embossed graphic effects comprising: - a support element provided with a first face, substantially flat, and a second face having an embossed portion defining a predetermined pattern in order to determine, on said second face, an alternation of depressions and bulges; said embossed portion being made of catalysed silicon material; - a transferable element provided with: a graphic portion provided with at least one polymeric layer, made of a polyurethane resin, moulded directly onto the second face of said support element and counter-shaped to it to cover its bulges and fill its depressions, an adhesive portion provided with at least one adhesive layer; characterized in that said polyurethane layer is made of a dried single-component polyurethane resin which is non-catalysed and non cross-linked. - a support element provided with a first face, substantially flat, and a second face having an embossed portion defining a predetermined pattern in order to determine, on said second face, an alternation of depressions and bulges; said embossed portion being made of catalysed silicon material; - a transferable element provided with: a graphic portion provided with at least one polymeric layer, made of a polyurethane resin, moulded directly onto the second face of said support element and counter-shaped to it to cover its bulges and fill its depressions, an adhesive portion provided with at least one adhesive layer; characterized in that said polyurethane layer is made of a dried single-component polyurethane resin which is non-catalysed and non cross-linked. a graphic portion provided with at least one polymeric layer, made of a polyurethane resin, moulded directly onto the second face of said support element and counter-shaped to it to cover its bulges and fill its depressions, an adhesive portion provided with at least one adhesive layer;
Drive system with a tube motor for actuation of an area element, wherein the tube motor is secured by a longitudinal end to a mount, wherein a position sensor or an acceleration sensor is integrated in the tube motor and wherein the tube motor has a tubular housing in the interior of which the acceleration sensor or the position sensor is arranged in a fixed position, characterised in that the mount comprises a mounting plate, which is secured to a base and an attachment, which is secured to a longitudinal end of the tube motor, wherein the attachment is secured to the mounting plate by means of a resiliently constructed connecting element so that the tube motor is resiliently mounted in the mount so that when an external force acts on the area element the tube motor is deflected in the mount against the spring force and that this deflection is detected, for carrying out a safety measure, by the position sensor or acceleration sensor.
Connection assembly in which a screw joint connects a first component and a second component (1, 2), in particular first and second motor vehicle headlamp components, to each other using a fastening means, which comprises a head portion and a shank portion extending along an axis and having a threaded portion, wherein the threaded portion of the fastening means is screwed into a fastening channel of the first component, wherein the second component comprises a mounting hole through which the shank portion extends and the second component is fixed to the first component by means of the head portion, characterized in that the first component comprises a base surface and two or more attachment parts (11, 12, 411, 412) which extend along the axis and are realized as stud-like protrusions on the base surface, which are separate from each other, and which each have an inner surface facing the fastening channel (10, 70) where the respective attachment part realizes a threaded engagement with the threaded portion of the fastener, each inner surface constituting only a sector-like portion of the fastening channel and the inner surfaces together forming the fastening channel. wherein the threaded portion of the fastening means is screwed into a fastening channel of the first component, wherein the second component comprises a mounting hole through which the shank portion extends and the second component is fixed to the first component by means of the head portion, characterized in that the first component comprises a base surface and two or more attachment parts (11, 12, 411, 412) which extend along the axis and are realized as stud-like protrusions on the base surface, which are separate from each other, and which each have an inner surface facing the fastening channel (10, 70) where the respective attachment part realizes a threaded engagement with the threaded portion of the fastener, each inner surface constituting only a sector-like portion of the fastening channel and the inner surfaces together forming the fastening channel.
Method for welding metal using protective gas, in which a wire electrode is melted by an arc, the arc burning between the wire electrode and a workpiece and a protective gas being supplied, in addition to the protective gas, an additional gas in the form of at least one additional gas stream aimed at the tip of the wire electrode being supplied, as a result of the supply of the additional gas in the form of the least one additional gas stream aimed at the tip of the wire electrode, an arc base on the wire electrode being shifted, and the additional gas being supplied in the form of at least one time-variable additional gas stream, characterized in that a composition of the additional gas in the form of the time-variable additional gas stream is varied over time.
Device for aerating a lawn, comprising a frame in which a shaft is rotatably mounted, characterized in that the shaft is provided with a plurality of mounting arms, wherein each mounting arm is provided with at least one removably mounted blade body, which blade body is provided on the mounting arm at a location such that disruptive elements in the lawn, such as moss and dead grass, are dislodged by the blade body during the rotation of the shaft; characterized in that each mounting arm is provided with a protruding part; wherein each blade body is provided with at least a first blade part and a second blade part, wherein the first blade part is configured to dislodge the disruptive elements between the blades of grass in the lawn; wherein the second blade part functions as a stop part configured to co-act with the protruding part of the mounting arm in order to prevent the rotation of the blade body relative to the mounting arm.
A method for determining a viscosity of a liquid sample of a protein, the method comprising: positioning the liquid sample of the protein in a first location of an acoustic liquid handler; applying, using the acoustic liquid handler, one or more first acoustic signals until a specified amount of the liquid sample has been transferred from the first location to a second location of the acoustic liquid handler; and characterized by determining the viscosity of the liquid sample based on (i) a number of the one or more first acoustic signals required to transfer the specified amount of the liquid sample from the first location to the second location and (ii) a set of parameters of the first acoustic signal. positioning the liquid sample of the protein in a first location of an acoustic liquid handler; applying, using the acoustic liquid handler, one or more first acoustic signals until a specified amount of the liquid sample has been transferred from the first location to a second location of the acoustic liquid handler; and characterized by determining the viscosity of the liquid sample based on (i) a number of the one or more first acoustic signals required to transfer the specified amount of the liquid sample from the first location to the second location and (ii) a set of parameters of the first acoustic signal.
Vacuum chamber for carrying out vacuum applications and/or for receiving vacuum components, comprising a vacuum vessel with at least one flange section connected to the vacuum vessel, characterized in that the vacuum vessel is made entirely of an aluminium alloy, at least one flange section is made entirely of an aluminium alloy, and at least one flange section comprises a sealing surface with a cutting edge made of an aluminium alloy.
A space frame radome comprising a sheet, said sheet comprising high strength polymeric fibers and a plastomer, wherein said plastomer is a copolymer of ethylene or propylene and one or more C2 to C12 alpha-olefin co-monomers and wherein said plastomer has a density as measured according to ISO1183 of between 860 and 940 kg/m 3 and wherein the sheet has an areal density that is with at most 500% higher than the areal density of the high strength polymeric fibers and has a dielectric constant of lower than 3.2 and a loss tangent of lower than 0.023, the dielectric constant and the loss tangent being measured at frequencies of between at least 0.5 GHz and at most 130 GHz.
A light emitting device comprising; a light emitting diode; and luminescent substances disposed around the light emitting diode to absorb at least a portion of light emitted from the light emitting diode and to emit light having different wavelength from that of the absorbed light, wherein the luminescent substances comprise Eu 2+ - doped silicate luminophores comprising solid solutions of mixed phases between alkaline earth metal oxyorthosilicates and rare earth metal oxyorthosilicates used as base lattices for the Eu 2+ activation leading to luminescence.
A system for a vehicle platoon that comprises at least one lead vehicle and one additional vehicle, each of which has a positioning unit and a unit for wireless communication, wherein the system comprises: - a profile unit configured to determine a profile for at least one vehicle in the vehicle platoon with the aid of positional data and map data for a road ahead, which profile contains at least one property of the road ahead; characterised by: - an analysis unit that is configured to: - determine at least one actual property of the road ahead; - determine correctional data β based on the at least one actual property of the road ahead and the at least one property of the profile; wherein the actual property and at the least one property of the profile concern the same property; - to pass the correctional data β to at least one vehicle f k in the vehicle platoon. - a profile unit configured to determine a profile for at least one vehicle in the vehicle platoon with the aid of positional data and map data for a road ahead, which profile contains at least one property of the road ahead; characterised by: - an analysis unit that is configured to: - determine at least one actual property of the road ahead; - determine correctional data β based on the at least one actual property of the road ahead and the at least one property of the profile; wherein the actual property and at the least one property of the profile concern the same property; - to pass the correctional data β to at least one vehicle f k in the vehicle platoon. - determine at least one actual property of the road ahead; - determine correctional data β based on the at least one actual property of the road ahead and the at least one property of the profile; wherein the actual property and at the least one property of the profile concern the same property; - to pass the correctional data β to at least one vehicle f k in the vehicle platoon.
A medical fluid delivery system which is capable of on-line production of a medical fluid which is sterile, non-pyrogenic, and free from cytokine-inducing substances, and capable of providing medical fluid at a rate of 0 to 450 ml/min, comprising at least two filter modules ( 2,3,4) connected in series, at least one filter module comprising an ultrafilter and at least one filter module comprising a microporous filter, characterised in that the final filter module in the series comprises a microporous filter, wherein the microporous filter comprises a positively charged microporous flat sheet membrane having a surface area in the range of from 8 to 30 cm 2.
A stabilizer for use in a drill string, the stabilizer comprising: a body with an elongated axis, the body having an elongated cavity formed in an exterior surface of the body with a track formed along the cavity; an elongated stabilizer blade having a first end, a second end, an outer surface and an inner surface with a track formed along the inner surface; a sliding block having a first follower disposed to slidingly engage the track of the stabilizer blade, a second follower disposed to slidingly engage the track of the body and a threaded through bore formed in the block along a through bore axis; and an elongated shaft having a first end and a second end and having an exterior surface at least partially threaded between the first end and the second end, wherein the threaded surface of the shaft engages the threaded through bore of the block; wherein each track comprises a set of spaced apart grooves (35, 52); and wherein one of the tracks is inclined relative to the elongated axis of the body. a body with an elongated axis, the body having an elongated cavity formed in an exterior surface of the body with a track formed along the cavity; an elongated stabilizer blade having a first end, a second end, an outer surface and an inner surface with a track formed along the inner surface; a sliding block having a first follower disposed to slidingly engage the track of the stabilizer blade, a second follower disposed to slidingly engage the track of the body and a threaded through bore formed in the block along a through bore axis; and an elongated shaft having a first end and a second end and having an exterior surface at least partially threaded between the first end and the second end, wherein the threaded surface of the shaft engages the threaded through bore of the block; wherein each track comprises a set of spaced apart grooves (35, 52); and wherein one of the tracks is inclined relative to the elongated axis of the body.
A process for the production of urea ammonium nitrate comprising (a) subjecting ammonia and carbon dioxide to urea forming conditions so as to obtain an aqueous urea solution, (b) purifying the aqueous urea solution in a recovery section to remove residual ammonium carbamate so as to form a purified aqueous urea solution, and optionally subjecting at least part of the purified aqueous urea solution to evaporation so as to form concentrated urea liquid, (c) subjecting ammonia and nitric acid to ammonium nitrate forming conditions so as to form an aqueous ammonium nitrate solution; (d) combining said aqueous ammonium nitrate solution and at least a part of the purified aqueous urea solution and/or concentrated urea liquid in a urea ammonium nitrate section so as to obtain an aqueous solution of urea ammonium nitrate; (e) treating ammonia-containing off-gas resulting from the production of ammonium nitrate (AN off-gas) with acidic scrubbing liquid in a finishing treatment section having a gas inlet in fluid communication with a gas outlet of a finishing section of a urea production unit, wherein the finishing section is adapted to solidify urea liquid, and wherein said finishing treatment section is adapted to subject ammonia-containing off-gas of the finishing section to treatment with an acidic scrubbing liquid. (a) subjecting ammonia and carbon dioxide to urea forming conditions so as to obtain an aqueous urea solution, (b) purifying the aqueous urea solution in a recovery section to remove residual ammonium carbamate so as to form a purified aqueous urea solution, and optionally subjecting at least part of the purified aqueous urea solution to evaporation so as to form concentrated urea liquid, (c) subjecting ammonia and nitric acid to ammonium nitrate forming conditions so as to form an aqueous ammonium nitrate solution; (d) combining said aqueous ammonium nitrate solution and at least a part of the purified aqueous urea solution and/or concentrated urea liquid in a urea ammonium nitrate section so as to obtain an aqueous solution of urea ammonium nitrate; (e) treating ammonia-containing off-gas resulting from the production of ammonium nitrate (AN off-gas) with acidic scrubbing liquid in a finishing treatment section having a gas inlet in fluid communication with a gas outlet of a finishing section of a urea production unit, wherein the finishing section is adapted to solidify urea liquid, and wherein said finishing treatment section is adapted to subject ammonia-containing off-gas of the finishing section to treatment with an acidic scrubbing liquid.