mhurhangee/ep-ind-claims huggingface dataset:
An ion exchange membrane comprising: a porous support including a plurality of pores; and an ion conductor filling the pores of the porous support, wherein the porous support includes micropores having a size of 31 to 1000 μm, wherein the micropores constitute 1 to 20% of the total volume of the plurality of pores, wherein an amount of the ion conductor in the ion exchange membrane is 30 to 70 wt.% with respect to the total weight of the ion exchange membrane, and wherein the size of the micropores and a relative volume of the micropores with respect to the total volume of the plurality of pores are measured using a capillary flow porometer. a porous support including a plurality of pores; and an ion conductor filling the pores of the porous support, wherein the porous support includes micropores having a size of 31 to 1000 μm, wherein the micropores constitute 1 to 20% of the total volume of the plurality of pores, wherein an amount of the ion conductor in the ion exchange membrane is 30 to 70 wt.% with respect to the total weight of the ion exchange membrane, and wherein the size of the micropores and a relative volume of the micropores with respect to the total volume of the plurality of pores are measured using a capillary flow porometer.
A frame device for agricultural work vehicle comprising: an engine frame configured to support an engine of an agricultural work vehicle; a protection frame connected to each of a protection unit configured to protect a driver's seat of the agricultural work vehicle and the engine frame to support the protection unit; and a rear frame connected to each of a rear working machine and the engine frame to support the rear working machine mounted at the rear of the agricultural work vehicle, wherein the protection frame comprises a protective connection member connected to the engine frame, the rear frame comprises a rear connection member connected to the engine frame, characterized in that, the protective connection member and the rear connection member are disposed to overlap each other so that the protective connection member and the rear connection member are detachably connected to the engine frame, and regions of the rear connection member and the protective connection member which are connected to the engine frame are implemented as a support structure consisting of three parts. an engine frame configured to support an engine of an agricultural work vehicle; a protection frame connected to each of a protection unit configured to protect a driver's seat of the agricultural work vehicle and the engine frame to support the protection unit; and a rear frame connected to each of a rear working machine and the engine frame to support the rear working machine mounted at the rear of the agricultural work vehicle, wherein the protection frame comprises a protective connection member connected to the engine frame, the rear frame comprises a rear connection member connected to the engine frame, characterized in that, the protective connection member and the rear connection member are disposed to overlap each other so that the protective connection member and the rear connection member are detachably connected to the engine frame, and regions of the rear connection member and the protective connection member which are connected to the engine frame are implemented as a support structure consisting of three parts.
An electronic package for a medical device comprising: a nonconductive substrate comprising a first major surface, a second major surface, and an opening disposed through the substrate between the first major surface and the second major surface; a conductive layer hermetically sealed to the first major surface of the substrate and over the opening; a conductor block disposed in the opening and extending beyond the second major surface of the substrate, wherein the conductor block is electrically connected to the conductive layer; an electronic device disposed adjacent to the first major surface of the substrate and electrically connected to the conductive layer; and a nonconductive cover disposed over the electronic device and the nonconductive substrate and hermetically sealed to the substrate, wherein the electronic device is disposed within a cavity of the cover. a nonconductive substrate comprising a first major surface, a second major surface, and an opening disposed through the substrate between the first major surface and the second major surface; a conductive layer hermetically sealed to the first major surface of the substrate and over the opening; a conductor block disposed in the opening and extending beyond the second major surface of the substrate, wherein the conductor block is electrically connected to the conductive layer; an electronic device disposed adjacent to the first major surface of the substrate and electrically connected to the conductive layer; and a nonconductive cover disposed over the electronic device and the nonconductive substrate and hermetically sealed to the substrate, wherein the electronic device is disposed within a cavity of the cover.
A plasticizing unit for a plastic processing machine, in particular for an injection moulding machine or an extrusion system, comprising a cylinder and a screw disposed rotatably therein, wherein the screw has a screw section configured as a shearing section, wherein in the shearing section, the screw has a barrier flight encircling the screw core in a helical manner, and a main screw thread enclosed by the barrier flight, wherein a shearing flight is disposed in the main screw thread, preferably running parallel to the barrier flight, wherein the shearing flight has a smaller height than the barrier flight at least in sections, and in these sections the surface of the shearing flight forms a shearing flight shear surface (SF s), wherein in the main screw thread, two wave screw threads (7, 8) are provided which run parallel to and spaced apart from one another by the shearing flight, wherein each of these wave screw threads (7, 8) has a thread base (15, 16), running in a wave-shaped manner in the transport direction of the melt, wherein the wave crests of the one wave screw thread, viewed in the transport direction of the melt, are offset with respect to the wave crests of the other wave screw thread, wherein in each wave screw thread (7, 8), one or more wave crests (9, 10) are provided with a surface (9c, 10c) configured as a plateau and forming a wave crest shear surface (SF w), and wherein the length (L w) of a wave crest shear surface (SF w), viewed in the transport direction of the melt, is configured to be comparatively long, in particular compared to the width (B 4) of the barrier flight, and/or the width (B 6) of the shearing flight is configured to be comparatively wide, at least in sections, in particular compared to the width (B 4) of the barrier flight and preferably in the sections of the surface of the shearing flight formed as a shearing flight shear surface (SF s), characterized in that one or more wave crest shear surfaces (SF W) are situated at the same height as the surface of the shearing flight, wherein that section of the surface of the shearing flight which lies in the region of a wave crest shear surface (SF w), represents an associated shearing flight shear surface (SF SZ), wherein a wave crest shear surface (SF w) and an associated shearing flight shear surface (SF SZ) together form an overall shear surface (SF n), wherein a specified overall shear surface (SF n) forms with the inner wall of the cylinder a shear surface shearing gap (Sz) in accordance with a predetermined shearing gap size Δn (n=1, 2, 3...) for this overall shear surface (SF n), and wherein a plurality of overall shear surfaces (SF n) are present in both wave screw threads (7, 8) and the shearing gap size Δn (n=1, 2, 3...) becomes smaller in the transport direction of the melt.
A printhead assembly comprising an integrated circuit (300a,300b) to drive a plurality of fluid actuation devices, the integrated circuit (300a,300b) comprising: a status register; a plurality of interfaces comprising a mode interface, a fire interface, and a data interface, wherein the fire interface is configured to act as a logic input to latch loaded data from the data interface and to enable the plurality of fluid actuation devices; and control logic (302a,302b) configured to enable reading of the status register in response to both a signal on the mode interface transitioning to logic high with a logic high signal on the data interface and transitioning a signal on the fire interface to logic high with the signal on the data interface floating, wherein the status register is configured to output data to the data interface with the status register enabled for reading. a status register; a plurality of interfaces comprising a mode interface, a fire interface, and a data interface, wherein the fire interface is configured to act as a logic input to latch loaded data from the data interface and to enable the plurality of fluid actuation devices; and control logic (302a,302b) configured to enable reading of the status register in response to both a signal on the mode interface transitioning to logic high with a logic high signal on the data interface and transitioning a signal on the fire interface to logic high with the signal on the data interface floating, wherein the status register is configured to output data to the data interface with the status register enabled for reading.
A vending machine, comprising: a vending machine controller; a memory storing a planogram for the vending machine; a plurality of trays (106a, 106b,...106n) each including a tray barcode (109a, 109b...109n) unique to that tray among the trays within the vending machine; a set of price bar codes, each price bar code corresponding to a price within a group of selected prices; and a barcode scanner communicably coupled to the vending machine controller, wherein the vending machine controller is configured to: receive information corresponding to the tray barcode (109a, 109b...109n) for the tray; identify a number of selections within the tray using the information corresponding to the tray barcode (109a, 109b...109n); insert values within product and price entries in the planogram stored within the memory in response to receiving information corresponding to a product Universal Product Code, UPC, or European Article Number, EAN, code for products loaded within each selection of the number of selections on the corresponding tray (106a, 106b...106n) and at least one of the price barcodes. a vending machine controller; a memory storing a planogram for the vending machine; a plurality of trays (106a, 106b,...106n) each including a tray barcode (109a, 109b...109n) unique to that tray among the trays within the vending machine; a set of price bar codes, each price bar code corresponding to a price within a group of selected prices; and a barcode scanner communicably coupled to the vending machine controller, wherein the vending machine controller is configured to: receive information corresponding to the tray barcode (109a, 109b...109n) for the tray; identify a number of selections within the tray using the information corresponding to the tray barcode (109a, 109b...109n); insert values within product and price entries in the planogram stored within the memory in response to receiving information corresponding to a product Universal Product Code, UPC, or European Article Number, EAN, code for products loaded within each selection of the number of selections on the corresponding tray (106a, 106b...106n) and at least one of the price barcodes. receive information corresponding to the tray barcode (109a, 109b...109n) for the tray; identify a number of selections within the tray using the information corresponding to the tray barcode (109a, 109b...109n); insert values within product and price entries in the planogram stored within the memory in response to receiving information corresponding to a product Universal Product Code, UPC, or European Article Number, EAN, code for products loaded within each selection of the number of selections on the corresponding tray (106a, 106b...106n) and at least one of the price barcodes.
Building element comprising at least one construction wall (2a, 2b) and a plurality of resonance absorbers each comprising at least one blade, a support and a weight, the blade including an intermediate portion capable of oscillating around an equilibrium position, the support being configured to hold the blade and the support is secured to the construction wall (2a, 2b), the weight being carried by the intermediate portion of the blade, characterized in that a mass of the plurality of resonance absorbers represents 2 to 25% of a total mass of the building element.
A conjugate of a peptide or peptidomimetic comprising or consisting of sequence LGAQSNF (SEQ ID NO: 100) linked to a moiety selected from a biologically active moiety and diagnostic moiety.
A volume expansion feature for a fluid reservoir comprising: a central recess; a plurality of channels extending from said central recess; and a recessed surface profile in which said central recess and said channels are positioned at least in part, wherein each of said central recess, said plurality of channels and said recessed surface profile are configured to be provided in a wall structure of said fluid reservoir, said recessed surface profile being reversibly moveable with respect to said wall structure from a first inwardly directed configuration to a second outwardly directed configuration, wherein said central recess and said channels are configured to impart an inward bias to maintain said recessed surface profile in said first inwardly directed configuration relative to said wall structure under standard loading of the fluid reservoir, and wherein upon increased pressure within the fluid reservoir, said recessed surface profile extends to said second outwardly directed configuration relative to said wall structure, thereby increasing a volume of the fluid reservoir, and wherein upon reduction of the increased pressure within the fluid reservoir, said inward bias provided by said central recess and said channels returns said recessed surface profile from said second outwardly directed configuration to said first inwardly directed configuration. a central recess; a plurality of channels extending from said central recess; and a recessed surface profile in which said central recess and said channels are positioned at least in part, wherein each of said central recess, said plurality of channels and said recessed surface profile are configured to be provided in a wall structure of said fluid reservoir, said recessed surface profile being reversibly moveable with respect to said wall structure from a first inwardly directed configuration to a second outwardly directed configuration, wherein said central recess and said channels are configured to impart an inward bias to maintain said recessed surface profile in said first inwardly directed configuration relative to said wall structure under standard loading of the fluid reservoir, and wherein upon increased pressure within the fluid reservoir, said recessed surface profile extends to said second outwardly directed configuration relative to said wall structure, thereby increasing a volume of the fluid reservoir, and wherein upon reduction of the increased pressure within the fluid reservoir, said inward bias provided by said central recess and said channels returns said recessed surface profile from said second outwardly directed configuration to said first inwardly directed configuration.
A method for providing a coffee beverage having a reduced terpene content, the method comprising: providing a brew chamber supporting coffee grounds, the brew chamber having a brew area A; and providing a volume of water V to flow through the coffee grounds in the brew chamber and out of the brew chamber to provide a coffee beverage, wherein the flow rate of water through the coffee grounds F is V/t, where t is the time taken for the volume of water to flow through the coffee grounds, characterized in that the ratio of F/A is 0.15 cm/s or less. providing a brew chamber supporting coffee grounds, the brew chamber having a brew area A; and providing a volume of water V to flow through the coffee grounds in the brew chamber and out of the brew chamber to provide a coffee beverage, wherein the flow rate of water through the coffee grounds F is V/t, where t is the time taken for the volume of water to flow through the coffee grounds, characterized in that the ratio of F/A is 0.15 cm/s or less.
Combination of ibuprofen in the form of a pharmaceutically acceptable salt thereof and tramadol, or a pharmaceutical acceptable salt thereof, for use in the treatment of pain in humans, characterized in that the dosage of ibuprofen in the combination is comprised between 350 mg and 450 mg and the dosage of tramadol or a pharmaceutically acceptable salt thereof in the combination is comprised between 35 mg and 40 mg, expressed as equivalent weight of tramadol hydrochloride.
System for the detection and/or volume determination of bodies or materials made of dielectric and/or conductive material (8, 9) within a measuring cell, in particular in the manner of a conveyor or transport device (13, 14) or a container, comprising: - at least one capacitive sensor with at least one flexible or rigid insulator, the insulator being at least partially formed with at least one sensor electrode (4, 7) having an active electrode surface, the at least one sensor electrode (4, 7) in the insulator is at least partially integrated or applied to this, and - the measuring cell with an interior and a conductive and/or non-conductive measuring cell wall (2, 11, 16), having a surface directed into the interior, wherein the sensor is so integrated into a recess in the measuring cell wall (2, 11, 16), so that the active electrode surface of the sensor replaces at least a part of the surface of the measuring cell wall (2, 11, 16) directed into the interior, characterized in that, the sensor can be integrated such into the recess in the measuring cell wall, that the sensor firstly is mounted in a mounting insert which is thereafter fixed in in the measuring cell wall (2, 11, 16), or that the sensor is mounted in a mounting insert already being fixed in the measuring cell wall (2, 11, 16). - at least one capacitive sensor with at least one flexible or rigid insulator, the insulator being at least partially formed with at least one sensor electrode (4, 7) having an active electrode surface, the at least one sensor electrode (4, 7) in the insulator is at least partially integrated or applied to this, and - the measuring cell with an interior and a conductive and/or non-conductive measuring cell wall (2, 11, 16), having a surface directed into the interior, wherein
A composite comprising (a) a rubber layer comprising a cured rubber and optionally a first copolymer having carboxyl groups; and (b) a foam layer comprising a crosslinked ethylene vinyl acetate and optionally a second copolymer having carboxyl groups or glycidyl methacrylate groups; wherein the foam layer has at least one surface adhering to the rubber layer directly, and provided that either the first copolymer or the second copolymer is present, and the composite is free of glues or adhesive films in the interface between the rubber layer and the foam layer. (a) a rubber layer comprising a cured rubber and optionally a first copolymer having carboxyl groups; and (b) a foam layer comprising a crosslinked ethylene vinyl acetate and optionally a second copolymer having carboxyl groups or glycidyl methacrylate groups; wherein the foam layer has at least one surface adhering to the rubber layer directly, and provided that either the first copolymer or the second copolymer is present, and the composite is free of glues or adhesive films in the interface between the rubber layer and the foam layer.
An intravesical drug delivery device (100, 500, 600) comprising: an elongated body (102, 502, 602) formed of a matrix system (524, 624) of a drug dispersed in a biocompatible elastomeric polymer, the elongated body (102, 502, 602) having a first end, an opposed second end, and an intermediate portion between the first and second ends (104, 106); and an elastic retention frame (110, 510, 610) associated with the elongated body (102, 502, 602) and effective to bias the elongated body (102, 502, 602) into a coiled retention shape. an elongated body (102, 502, 602) formed of a matrix system (524, 624) of a drug dispersed in a biocompatible elastomeric polymer, the elongated body (102, 502, 602) having a first end, an opposed second end, and an intermediate portion between the first and second ends (104, 106); and an elastic retention frame (110, 510, 610) associated with the elongated body (102, 502, 602) and effective to bias the elongated body (102, 502, 602) into a coiled retention shape.
An isolated antibody or a binding fragment thereof, which binds to risperidone and which is an isolated antibody or a binding fragment thereof comprising a light chain variable region having the amino acid sequence of SEQ ID NO:86, and a heavy chain variable region having the amino acid sequence selected from the group consisting of: SEQ ID NO:80, SEQ ID NO:82, and SEQ ID NO:84.
A device, comprising: an electromagnetic transducer ( 850A, 850B) including a bobbin having a space therein; a connection apparatus for releasably coupling the bobbin to a bone conduction implant configured to transfer vibrational energy from the electromagnetic transducer, wherein the space is a through bore from a first side of the bobbin to a second side of the bobbin; characterized in that the connection apparatus comprises a bone fixture connector extending through the space in the bobbin for connecting the electromagnetic transducer (850A, 850B) directly or indirectly with a bone fixture. an electromagnetic transducer ( 850A, 850B) including a bobbin having a space therein; a connection apparatus for releasably coupling the bobbin to a bone conduction implant configured to transfer vibrational energy from the electromagnetic transducer, wherein the space is a through bore from a first side of the bobbin to a second side of the bobbin; characterized in that the connection apparatus comprises a bone fixture connector extending through the space in the bobbin for connecting the electromagnetic transducer (850A, 850B) directly or indirectly with a bone fixture.
A method of making a steel Yankee cylinder by welding a cylindrical shell to two end walls (3, 4) such that the cylindrical shell and the end walls (3,4) together form the Yankee cylinder and wherein each end wall (3,4) is welded to the cylindrical shell by a circumferential weld between opposing surfaces (5, 6) of each end wall and the cylindrical shell respectively, characterized in that the welding operation is carried out exclusively from the outside of the Yankee cylinder and in that the welding operation is carried out as a butt welding operation in which a backing material is used on the inside of the Yankee cylinder such that, between each end wall (3, 4) and the cylindrical shell, a single weld bead is formed which extends all the way between the opposing surfaces (5, 6) and completely fuses the opposing surfaces (5, 6) of each end wall (3, 4) and the cylindrical shell respectively.