mhurhangee/ep-ind-claims huggingface dataset:
A membrane electrode assembly, including: an electrolyte membrane; an anode disposed on one face of said electrolyte membrane; and a cathode disposed on the other face of said electrolyte membrane, wherein said cathode contains a catalyst layer such that the ratio of a pore volume in a second micro-pore diameter over a pore volume in a first micro-pore diameter is in a range of 3.8 to 8.3, the first micro-pore diameter ranging from 0.01 μm to less than 0.1 μm and the second micro-pore diameter ranging from 0.1 μm to less than 1 μm. an electrolyte membrane; an anode disposed on one face of said electrolyte membrane; and a cathode disposed on the other face of said electrolyte membrane, wherein said cathode contains a catalyst layer such that the ratio of a pore volume in a second micro-pore diameter over a pore volume in a first micro-pore diameter is in a range of 3.8 to 8.3, the first micro-pore diameter ranging from 0.01 μm to less than 0.1 μm and the second micro-pore diameter ranging from 0.1 μm to less than 1 μm.
A method comprising: receiving at a receiver, a transmission signal from a transmitter: filtering the data with a composite filter to remove channel impairments, wherein the composite filter is defined by a frequency transfer function comprising the sum of a Gausian function and a reciprocal of a cosine function; and tuning tunable parameters of the composite filter to account for skew and channel asymmetry. filtering the data with a composite filter to remove channel impairments, wherein the composite filter is defined by a frequency transfer function comprising the sum of a Gausian function and a reciprocal of a cosine function; and tuning tunable parameters of the composite filter to account for skew and channel asymmetry.
A multiband antenna (110, 210, 310,410) comprising: an elongated ground plane (112, 212, 312) having a center well (170, 270, 370); a first set of first radiating elements disposed lengthwise in the center well (170, 270, 370) of the ground plane (112, 212, 312), the first radiating elements being dimensioned to operate in a first frequency band of about 790-960 MHz; a second set of second radiating elements disposed lengthwise in the center well (170, 270, 370) of the ground plane (112, 212, 312), the second radiating elements being dimensioned to operate in a second frequency band of about 1710-2170 MHz; characterized in that the elongated ground plane (112, 212, 312) having furthermore a first outer well (172, 272, 372) and a second outer well (172, 272, 372); a third set (124,324,424) of third radiating elements (124a, 324a, 424a) disposed lengthwise in the first outer well (172, 272, 372) of the ground plane (112, 212, 312), the third radiating elements (124a, 324a, 424a) being dipole elements dimensioned to operate at a third frequency band and being oriented at +45 degrees to a longitudinal axis of the elongated ground plane (112, 212, 312); and a fourth set (126, 326, 426) of fourth radiating elements (126a, 326a, 426a) disposed lengthwise in the second outer well (172, 272, 372) of the ground plane (112, 212, 312), the fourth radiating elements (126a, 326a, 426a) being dipole elements dimensioned to operate at the third frequency band and being oriented at -45 degrees to a longitudinal axis of the elongated ground plane (112, 212, 312). an elongated ground plane (112, 212, 312) having a center well (170, 270, 370); a first set of first radiating elements disposed lengthwise in the center well (170, 270, 370) of the ground plane (112, 212, 312), the first radiating elements being dimensioned to operate in a first frequency band of about 790-960 MHz; a second set of second radiating elements disposed lengthwise in the center well (170, 270, 370) of the ground plane (112, 212, 312), the second radiating elements being dimensioned to operate in a second frequency band of about 1710-2170 MHz; characterized in that the elongated ground plane (112, 212, 312) having furthermore a first outer well (172, 272, 372) and a second outer well (172, 272, 372); a third set (124,324,424) of third radiating elements (124a, 324a, 424a) disposed lengthwise in the first outer well (172, 272, 372) of the ground plane (112, 212, 312), the third radiating elements (124a, 324a, 424a) being dipole elements dimensioned to operate at a third frequency band and being oriented at +45 degrees to a longitudinal axis of the elongated ground plane (112, 212, 312); and a fourth set (126, 326, 426) of fourth radiating elements (126a, 326a, 426a) disposed lengthwise in the second outer well (172, 272, 372) of the ground plane (112, 212, 312), the fourth radiating elements (126a, 326a, 426a) being dipole elements dimensioned to operate at the third frequency band and being oriented at -45 degrees to a longitudinal axis of the elongated ground plane (112, 212, 312).
An aqueous composition for making lithium ion battery electrodes, said composition comprising (a) one or more binder polymers in the form of latex particles, wherein the latex particles have a volume-average diameter measured by laser diffraction of 200 nm or smaller, (b) one or more polyvinyl alcohols that are carboxylated or sulfonated or both, in an amount of 25% or less by dry weight based on the solid weight of the binder combination, and (c) one or more water-soluble cellulose derivatives that have viscosity of a 1% by weight solution at 25°C of 1,000 to 10,000 mPa*s, in an amount of 12% or less by dry weight based on the solid weight of the binder combination. (a) one or more binder polymers in the form of latex particles, wherein the latex particles have a volume-average diameter measured by laser diffraction of 200 nm or smaller, (b) one or more polyvinyl alcohols that are carboxylated or sulfonated or both, in an amount of 25% or less by dry weight based on the solid weight of the binder combination, and (c) one or more water-soluble cellulose derivatives that have viscosity of a 1% by weight solution at 25°C of 1,000 to 10,000 mPa*s, in an amount of 12% or less by dry weight based on the solid weight of the binder combination.
An improved left atrial appendage occluder, comprising a sealing disc and an anchoring device, both of which are mutually connected; characterized in that, the sealing disc comprises a disc surface and a waist part connected to the disc surface, wherein the disc surface is provided with a first fixed end for connecting a transport device; wherein the waist part comprises a second fixed end connected to the anchoring device, a diffusion section radiated outwards from the second fixed end, and a body section located on the periphery of the diffusion section; wherein at least two flow blocking membranes (115, 116) are arranged in the sealing disc, wherein one of the at least two flow blocking membranes (115, 116) is sutured in the disc surface and perpendicular to an axis of the sealing disc extending from the first fixed end to the second fixed end, and the other of the at least two flow blocking membranes (115, 116) is sutured in the middle part of the body section perpendicular to the axis of the sealing disc.
Method for preparing bitumen- and/or tar-containing solids, in particular road demolition material consisting of split and bitumen and/or tar, comprising the steps of: a) Providing the bitumen and/or tar-containing solids to be processed; b) Feeding the bitumen- and/or tar-containing solids to be processed to a plant, in particular a rotary kiln, in which the bitumen- and/or tar-containing solids are heated until solid and gaseous products are present; c) Providing of the remaining solids, in particular the split, for further utilisation, wherein the steps are carried out after step a) and before step b): A) Breaking up the bitumen- and/or tar-containing solids, in particular in a roller crusher or in an impact mill, so that particles (5, 6, 7, 8) of different sizes are present; B) Sieving of the particles (5, 6, 7, 8) in at least two size classes; C) Mixing the particles (5, 6, 7, 8) of at least two size classes in a predetermined ratio; D) Feeding the mixture of particles (5, 6, 7, 8) into the plant, in particular into the rotary kiln, characterized in that the bitumen and/or tar-containing solids to be prepared are heated in the plant to a temperature of between 600 °C and 800 °C. a) Providing the bitumen and/or tar-containing solids to be processed; b) Feeding the bitumen- and/or tar-containing solids to be processed to a plant, in particular a rotary kiln, in which the bitumen- and/or tar-containing solids are heated until solid and gaseous products are present; c) Providing of the remaining solids, in particular the split, for further utilisation, A) Breaking up the bitumen- and/or tar-containing solids, in particular in a roller crusher or in an impact mill, so that particles (5, 6, 7, 8) of different sizes are present; B) Sieving of the particles (5, 6, 7, 8) in at least two size classes; C) Mixing the particles (5, 6, 7, 8) of at least two size classes in a predetermined ratio; D) Feeding the mixture of particles (5, 6, 7, 8) into the plant, in particular into the rotary kiln,
A coordinate mapping system comprising: a positioning instrument for controlled delivery of a device to a target site within a bone, comprising a main body and a rail extending from the main body, the rail including a series of indicia corresponding to predefined grid lines, characterised in that the instrument further provides a series of device portals configured to guide the device into a subchondral region of the bone for treatment at the target site, the series of device portals provided on the rail for access to the target site; and a template configured to overlay an image of the bone having a defect at the target site, the template including a predefined grid (22, 24, 26, 28, G-A, A-G) for determining a set of coordinates to locate the target site using the positioning instrument, wherein at least one of the coordinates represents an angular component for mapping to the target site within the bone, and wherein the template has a shape corresponding to the rail of the positioning instrument. a positioning instrument for controlled delivery of a device to a target site within a bone, comprising a main body and a rail extending from the main body, the rail including a series of indicia corresponding to predefined grid lines, characterised in that the instrument further provides a series of device portals configured to guide the device into a subchondral region of the bone for treatment at the target site, the series of device portals provided on the rail for access to the target site; and a template configured to overlay an image of the bone having a defect at the target site, the template including a predefined grid (22, 24, 26, 28, G-A, A-G) for determining a set of coordinates to locate the target site using the positioning instrument, wherein at least one of the coordinates represents an angular component for mapping to the target site within the bone, and wherein the template has a shape corresponding to the rail of the positioning instrument.
An aircraft cabin arrangement comprising at least one lavatory unit comprising a first side wall, wherein the first side wall comprises a monument, a protruding portion, and a recessed portion; and at least one seat unit positioned adjacent the first side wall of the at least one lavatory unit; wherein a separate wall is not positioned between the first side wall of the at least one lavatory unit and the at least one seat unit; and wherein the monument comprises a sink and a counter and the protruding portion of the first side wall is shaped to contour a portion of the monument requiring greater depth for the sink and the recessed portion is shaped to contour a portion of the monument requiring less depth, and wherein the at least one seat unit is a first class seat unit or a business class seat unit comprising a foot support surface, wherein the foot support surface is a foot rest that is positioned within and coupled to the recessed portion of the first side wall, and wherein the foot rest is a seat.
A milling tool comprising: an elongate cutting head having a longitudinal axis and plurality of teeth extending axially along the head; each tooth having a rake face terminated at a radially outer region by a cutting edge and a clearance face terminated at a radially outer region by a trailing edge; a plurality of flutes, each flute defined between the rake face and the clearance face of respective adjacent teeth; a land defined between the cutting and the trailing edges (15, 16) at each tooth; a plurality of grooves recessed in the trailing edge and extending into the clearance face and the land of each tooth; characterised in that, each of the grooves extends at the land in a direction from the trailing edge to the cutting edge and terminates before reaching the cutting edge. an elongate cutting head having a longitudinal axis and plurality of teeth extending axially along the head; each tooth having a rake face terminated at a radially outer region by a cutting edge and a clearance face terminated at a radially outer region by a trailing edge; a plurality of flutes, each flute defined between the rake face and the clearance face of respective adjacent teeth; a land defined between the cutting and the trailing edges (15, 16) at each tooth; a plurality of grooves recessed in the trailing edge and extending into the clearance face and the land of each tooth; characterised in that, each of the grooves extends at the land in a direction from the trailing edge to the cutting edge and terminates before reaching the cutting edge.
A treatment device comprising: a probe to acquire an image of a target; a needle guide provided along the probe; a needle movable along the needle guide; characterized in that the treatment device further comprises: a needle sensing unit to determine whether the needle has reached a reference position; a measurement unit (40, 70, 80) driven based on a determination of the needle sensing unit, wherein the measurement unit (40, 70, 80) is to sense a movement distance of the needle from the reference position based on contact between the measurement unit (40, 70, 80) and the needle moving along the needle guide; and a controller to calculate the movement distance of the needle based on a value measured by the measurement unit (40, 70, 80). a probe to acquire an image of a target; a needle guide provided along the probe; a needle movable along the needle guide; characterized in that the treatment device further comprises: a needle sensing unit to determine whether the needle has reached a reference position; a measurement unit (40, 70, 80) driven based on a determination of the needle sensing unit, wherein the measurement unit (40, 70, 80) is to sense a movement distance of the needle from the reference position based on contact between the measurement unit (40, 70, 80) and the needle moving along the needle guide; and a controller to calculate the movement distance of the needle based on a value measured by the measurement unit (40, 70, 80). a needle sensing unit to determine whether the needle has reached a reference position; a measurement unit (40, 70, 80) driven based on a determination of the needle sensing unit, wherein the measurement unit (40, 70, 80) is to sense a movement distance of the needle from the reference position based on contact between the measurement unit (40, 70, 80) and the needle moving along the needle guide; and a controller to calculate the movement distance of the needle based on a value measured by the measurement unit (40, 70, 80).
Combination of a mobile working machine and a working implement which can be supported on the ground via at least one rotating element, wherein a hydraulic drive with a variable displacement pump and a hydraulic motor is provided, by which the rotating element can be driven in a rotating manner, characterized in that a supply pressure of the hydraulic motor is determined by a maximum pressure limiting of the variable displacement pump.
Cannabidiol-C4 (CBD-C4) for use as a medicament, wherein the CBD-C4 is in the form of a purified plant extract comprising at least 80% w/w CBD-C4, or is in the form of a synthetic compound.
A computer-implemented medical method for determining a target position of an X-ray device, the method comprising the following steps: a) registered image data is acquired which describes a medical image of an anatomical structure of a patient relative to a coordinate system of a patient; b) trajectory data is acquired which describes a trajectory of an implant positioned within the anatomical structure relative to the coordinate system of the patient; the method characterized in that c) X-ray device position data is determined based on the trajectory data and the registered image data, wherein the X-ray device position data describes a target position of the X-ray device. a) registered image data is acquired which describes a medical image of an anatomical structure of a patient relative to a coordinate system of a patient; b) trajectory data is acquired which describes a trajectory of an implant positioned within the anatomical structure relative to the coordinate system of the patient; the method characterized in that c) X-ray device position data is determined based on the trajectory data and the registered image data, wherein the X-ray device position data describes a target position of the X-ray device.
An effective amount of benralizumab for use in a method of treating asthma, wherein the treatment is determined by an improvement in an asthma questionnaire score; wherein the asthma questionnaire is the asthma control questionnaire, the asthma control questionnaire-6 (ACQ-6), or the asthma quality of life questionnaire (AQLQ); wherein benralizumab is administered to the patient at a dose of 30 mg once every four weeks.
Retaining device for a laser device, comprising retaining means which can be fixed to a structure which is predetermined at the construction side, such as, for example, a pipe or a strut, so that consequently the laser device can be mounted on the structure which is predetermined at the construction side, wherein the retaining means comprises a first component that can be connected to the laser device or is a component of the laser device, and comprises a second component on which the retaining device is fitted or arranged, wherein the second component can be fitted in a first position and in a second position on the first component, wherein the retaining device comprises positioning means which are provided on the first and on the second component (1, 2), wherein the first component has a first face and the second component has a second face, characterised in that the first and second component (1, 2) are fitted to one another by magnetic force and in that the positioning means have an edge which is arranged on the first and/or the second face (10, 17) and which protrudes away from the respective component (1, 2), wherein the edge extends at least partially around the respective face (10, 17), and wherein the positioning means have at least one receiving member or recess which is arranged on the first and/or second face (10, 17) and in which the edge of the other face (10, 17) or the respective other face (10, 17) can engage.
An apparatus for use with a tire, comprising: a base attached to the tire, the base including an electronic device, the apparatus being characterised by further including a plurality of electrical terminals arranged in a circular array; and a plurality of sensor modules, each of which contains an electronic device and has an electrical terminal, wherein each electrical terminal on a module is configured to releasably electrically connect with any one of the electrical terminals on the base, whereby the modules are interchangeably electrically connectable with the base in the circular array. a base attached to the tire, the base including an electronic device, the apparatus being characterised by further including a plurality of electrical terminals arranged in a circular array; and a plurality of sensor modules, each of which contains an electronic device and has an electrical terminal, wherein each electrical terminal on a module is configured to releasably electrically connect with any one of the electrical terminals on the base, whereby the modules are interchangeably electrically connectable with the base in the circular array.
Antenna assembly for a sensor for facility automation, in particular for fill level or limit level monitoring, comprising: - a primary emitter arranged to transmit a radar signal, - a first lens for focusing the radar signal, - at least one second lens for optimizing the focused radar signal, wherein the second lens is spaced apart from the first lens and the primary emitter for thermally, electrically or medially decoupling the primary emitter and the first lens from the second lens; characterized in that the antenna arrangement comprises a radio frequency attenuator in an edge region between the first and second lenses, the radio frequency attenuator is arranged to suppress side lobes of the radar signal. - a primary emitter arranged to transmit a radar signal, - a first lens for focusing the radar signal, - at least one second lens for optimizing the focused radar signal,
A method for manufacturing a composite product (40, 40a, 40b) comprising organic natural fiber material and matrix material, wherein the organic natural fiber material is chemical pulp having a lignin content under 1 wt. %, the method comprising: - crushing the organic natural fiber material to form bulky organic natural fiber material such that the fiber material is at least partly in the form of flakes after the crushing, - mixing the organic natural fiber material with the matrix material in a primary mixing stage to form a mixture, the primary mixing stage comprising a contacting step in which - the organic natural fiber material comes in contact with the matrix material that is at least partly in a form of melt, and - bulk density of the organic natural fiber material is less than 160 kg/m 3, the bulk density as determined for example according to ISO 697 and ISO 60 (valid 2011), the method further comprising: - forming a composite product (40, 40a, 40b) comprising the mixture. - crushing the organic natural fiber material to form bulky organic natural fiber material such that the fiber material is at least partly in the form of flakes after the crushing, - mixing the organic natural fiber material with the matrix material in a primary mixing stage to form a mixture, the primary mixing stage comprising a contacting step in which - the organic natural fiber material comes in contact with the matrix material that is at least partly in a form of melt, and - bulk density of the organic natural fiber material is less than 160 kg/m 3, - the organic natural fiber material comes in contact with the matrix material that is at least partly in a form of melt, and - bulk density of the organic natural fiber material is less than 160 kg/m 3, - forming a composite product (40, 40a, 40b) comprising the mixture.
A longitudinal asphalt pavement construction joint area that comprises a first substrate that defines an existing pavement surface portion, a hot mix application portion and a void reducing asphalt membrane composition provided between the first substrate and the hot mix application, the void reducing asphalt membrane composition comprising: 85 - 97 wt.-% of an asphalt binder, selected from paving grade asphalts; 2 - 5 wt.-% of an elastomeric polymer selected from Styrene-ButadieneStyrene, Styrene-Butadiene Rubber, Ethylene-Styrene-Interpolymers; and 2 - 4 wt.-% of a wax modifier, selected from waxes of vegetable, animal wax, waxes from mineral or petroleum origin including oxidized waxes, amide waxes, fatty acids and soaps of waxy nature. 85 - 97 wt.-% of an asphalt binder, selected from paving grade asphalts; 2 - 5 wt.-% of an elastomeric polymer selected from Styrene-ButadieneStyrene, Styrene-Butadiene Rubber, Ethylene-Styrene-Interpolymers; and 2 - 4 wt.-% of a wax modifier, selected from waxes of vegetable, animal wax, waxes from mineral or petroleum origin including oxidized waxes, amide waxes, fatty acids and soaps of waxy nature.