mhurhangee/ep-ind-claims huggingface dataset:
A method for collecting a compound from a surface, the method comprising: providing a silicone adhesive collector comprising a silicone adhesive layer on a backing; contacting the silicone adhesive collector and a first solvent to provide a wetted collector; contacting the silicone adhesive layer of the silicone adhesive collector and a surface to be analyzed to provide a loaded collector; and removing the loaded collector from the surface to collect the compound; characterized in that: the silicone adhesive layer comprises a cured silicone adhesive product of a composition comprising an ethylenically unsaturated organopolysiloxane, an -SiH containing organopolysiloxane, and a hydrosilylation catalyst, wherein the -SiH containing organopolysiloxane comprises (a) an organopolysiloxane, comprising at least three -SiH groups per molecule, and comprising R 2 2 XSiO 1/2 terminal groups, R 2 HSiO 2/2 - units, and optionally R 2 2 SiO 2/2 - units; and (b) an -SiH terminated organopolysiloxane comprising R 2 HSiO terminal groups and R 2 2 SiO 2/2 - units, wherein in (a) and (b) each R 2 may be the same or different and is a C 1 to C 8 alkyl, a C 1 to C 8 perfluoroalkyl or a C 6 to C 8 aryl, and X is H or R 2; and the first solvent is an alcohol, aldehyde, ketone, ester, ether, amide, aliphatic hydrocarbon, aromatic hydrocarbon, acetonitrile, sulfone, or a combination thereof. providing a silicone adhesive collector comprising a silicone adhesive layer on a backing; contacting the silicone adhesive collector and a first solvent to provide a wetted collector; contacting the silicone adhesive layer of the silicone adhesive collector and a surface to be analyzed to provide a loaded collector; and removing the loaded collector from the surface to collect the compound; characterized in that: the silicone adhesive layer comprises a cured silicone adhesive product of a composition comprising an ethylenically unsaturated organopolysiloxane, an -SiH containing organopolysiloxane, and a hydrosilylation catalyst, wherein the -SiH containing organopolysiloxane comprises (a) an organopolysiloxane, comprising at least three -SiH groups per molecule, and comprising R 2 2 XSiO 1/2 terminal groups, R 2 HSiO 2/2 - units, and optionally R 2 2 SiO 2/2 - units; and (b) an -SiH terminated organopolysiloxane comprising R 2 HSiO terminal groups and R 2 2 SiO 2/2 - units, (a) an organopolysiloxane, comprising at least three -SiH groups per molecule, and comprising R 2 2 XSiO 1/2 terminal groups, R 2 HSiO 2/2 - units, and optionally R 2 2 SiO 2/2 - units; and (b) an -SiH terminated organopolysiloxane comprising R 2 HSiO terminal groups and R 2 2 SiO 2/2 - units, wherein in (a) and (b) each R 2 may be the same or different and is a C 1 to C 8 alkyl, a C 1 to C 8 perfluoroalkyl or a C 6 to C 8 aryl, and X is H or R 2; and the first solvent is an alcohol, aldehyde, ketone, ester, ether, amide, aliphatic hydrocarbon, aromatic hydrocarbon, acetonitrile, sulfone, or a combination thereof.
A sterile composition which comprises a protein and an aliphatic polyester containing the protein and is sterilized with radiation; wherein at least part of the protein enters the inside of the aliphatic polyester; and said sterile composition is in the form of a fiber, film, sheet, plate-like body, tube-like body, linear body, rod-like body, cushion material, foam or porous body.
Control ring (210; 310) for controlling the flow of a pressure medium in a displacement pump, said control ring (210; 310) is; • extending along a first rotational axis, and has • a first and a second axial surface (213, 214; 313, 314), wherein said first axial surface (213; 313) having an interface section (220; 320) provided with at least a first and a second opening (221, 222; 321, 322), which first and second openings (221, 222; 321, 322) are arc shaped and are separated by a first and a second land (215, 216; 315, 316), wherein said first land (215, 315) is provided with a first tapered groove (240; 340), extending from said first opening (221; 321) into said first land (215; 315), and having its broader edge in direction of said first opening (221; 321) and its tip in direction of the other of said second opening (222, 322), wherein said first tapered groove (240; 340) extends into said first land (215; 315) such that an angular distance (ad1, ad2) between said first and second opening over said first land (215; 315) is different at different radial distances (r1, r2), characterised in that said first tapered groove (240; 340) is arranged at an inner circumference of said first opening (221; 321) and said first land (215; 315) is provided with a second tapered groove (241; 341), which is correspondently arranged as said first tapered groove (240; 341) at an outer circumference of said first opening (221, 321). • extending along a first rotational axis, and has • a first and a second axial surface (213, 214; 313, 314), wherein
An eye drop applicator, comprising: • a housing having walls defining a shell with an opening surrounded by a perimetral edge configured to be adapted to a facial area surrounding the eye socket of a user, at least three projecting spaced points from said perimetral edge being contained in an aperture plane defined by said perimetral edge, said aperture plane covering the exposed part of an eyeball of said eye in the use position of the device; • a first inlet opening formed through the housing for inserting at least part of a nozzle of an eye drop dispenser defining a first droplet dispensing axis; • a viewing aperture formed through the housing providing a viewing axis perpendicular to an aperture plane of the viewing aperture; characterized in that: • said first droplet dispensing axis and said viewing axis are not coplanar; • said first droplet dispensing axis intersects said aperture plane at a first intersection point and said viewing axis intersects the aperture plane at a vision intersection point, the separation between said first inlet opening and said viewing aperture being greater than the distance between the first intersection point and the vision intersection point. • a housing having walls defining a shell with an opening surrounded by a perimetral edge configured to be adapted to a facial area surrounding the eye socket of a user, at least three projecting spaced points from said perimetral edge being contained in an aperture plane defined by said perimetral edge, said aperture plane covering the exposed part of an eyeball of said eye in the use position of the device; • a first inlet opening formed through the housing for inserting at least part of a nozzle of an eye drop dispenser defining a first droplet dispensing axis; • a viewing aperture formed through the housing providing a viewing axis perpendicular to an aperture plane of the viewing aperture; • said first droplet dispensing axis and said viewing axis are not coplanar; • said first droplet dispensing axis intersects said aperture plane at a first intersection point and said viewing axis intersects the aperture plane at a vision intersection point, the separation between said first inlet opening and said viewing aperture being greater than the distance between the first intersection point and the vision intersection point.
A magnetic separation apparatus comprising: a first two-dimensional magnet array supported by a housing and a second two-dimensional magnet array supported by a housing, each of the first two-dimensional magnet array and the second two-dimensional magnet array defines an array surface, and a receiving area for a container adjacent the array surface, wherein each of the first and second two-dimensional magnet arrays comprises a plurality of magnet elements arranged in rows and columns, each magnetic element having a north pole and a south pole, and wherein the magnet elements are arranged so as to define either a Halbach array or an array with the north and south poles alternating along either the rows or the columns, wherein the array surface of the first two-dimensional magnet array and the array surface of the second two-dimensional magnet array are configured a) in a facing arrangement or partial facing arrangement; or b) back to back; or c) in a modular manner into a larger two-dimensional magnet array; or d) at an angle relative to one another, and wherein a magnetic field of each of the first two-dimensional magnet array and the second two-dimensional magnet array attracts magnetically susceptible particles toward the array surface. a first two-dimensional magnet array supported by a housing and a second two-dimensional magnet array supported by a housing, each of the first two-dimensional magnet array and the second two-dimensional magnet array defines an array surface, and a receiving area for a container adjacent the array surface, wherein each of the first and second two-dimensional magnet arrays comprises a plurality of magnet elements arranged in rows and columns, each magnetic element having a north pole and a south pole, and wherein the magnet elements are arranged so as to define either a Halbach array or an array with the north and south poles alternating along either the rows or the columns, wherein the array surface of the first two-dimensional magnet array and the array surface of the second two-dimensional magnet array are configured a) in a facing arrangement or partial facing arrangement; or b) back to back; or c) in a modular manner into a larger two-dimensional magnet array; or d) at an angle relative to one another, a) in a facing arrangement or partial facing arrangement; or b) back to back; or c) in a modular manner into a larger two-dimensional magnet array; or d) at an angle relative to one another, and wherein a magnetic field of each of the first two-dimensional magnet array and the second two-dimensional magnet array attracts magnetically susceptible particles toward the array surface.
Top-loading washing machine, comprising: - a washing tub containing a rotary perforated drum, - an additive compartment provided with two or more chambers (78, 82) adapted to be filled with washing and/or rinsing additives, said two or more chambers (78, 82) being fluidly connected to said washing tub and to a water inlet, said water inlet being fluidly connectable to water mains external to said machine, said additive compartment comprising a cover associated or associable to said one or more chambers (78, 82) for delimiting their respective additives inlet section (96, 98), - a water distributor fluidly connected between said water inlet and said one or more chambers (78, 82) for selectively channeling water received from said water inlet into the respective chamber (78, 82) of said additive compartment, wherein said water distributor is integrated into said cover characterizing in that the water distributor comprises at least two inlet ducts (100, 104), each one individually and selectively fluidly connected, upstream, to said water inlet, and each one respectively fluidly connected, downstream, to a crossing region from which at least three outlet ducts (122, 126, 130) branch off, said at least three outlet ducts (122, 126, 130) being selectively fluidly connected to said inlet ducts (100, 104) and in that one outlet duct among said at least three outlet ducts (122, 126, 130) is fluidly connected to a by-pass line provided in said additive compartment in such a way to take clean water coming from said water inlet into said washing tub by-passing said two or more additive chambers (78, 82). - a washing tub containing a rotary perforated drum, - an additive compartment provided with two or more chambers (78, 82) adapted to be filled with washing and/or rinsing additives, said two or more chambers (78, 82) being fluidly connected to said washing tub and to a water inlet, said water inlet being fluidly connectable to water mains external to said machine, said additive compartment comprising a cover associated or associable to said one or more chambers (78, 82) for delimiting their respective additives inlet section (96, 98), - a water distributor fluidly connected between said water inlet and said one or more chambers (78, 82) for selectively channeling water received from said water inlet into the respective chamber (78, 82) of said additive compartment,
Profile rail system for covering at least one fitting edge, wherein the profile rail system has at least one base profile rail and at least one top profile rail, which can be connected to at least one holding profile rail, wherein the at least one top profile rail has at least one covering leg, which covers the at least one fitting edge, and the at least one top profile rail can be fixed on the at least one holding profile rail by means of at least one holding means, wherein the at least one holding means is a screw, which engages in at least one driving channel of the at least one holding profile rail, wherein the at least one base profile rail has holding means for engaging the at least one holding profile rail, characterized in that provided between the at least one base profile rail and the at least one holding profile rail is at least one elastic body, which in an unloaded position keeps the at least one holding profile rail in a defined position and allows the at least one holding profile rail with the at least one driving channel to undergo a restricted pivoting in relation to the at least one base profile rail by elastic deformation.
A method for cell reselection in a mobile communications system, the method being performed by a user equipment, UE, and comprising: acquiring parameters from a Node B in a system information broadcast of a serving cell, wherein the parameters comprise a first time period, a second time period, and a number threshold supporting cell reselection; counting (705,706,707), during the first time period, a number of cell reselections of the UE, excluding the number of cell reselections to a same cell if the same cell is reselected during the first time period; determining whether the number of cell reselections exceeds the number threshold; setting the UE to a high-speed state if the number of cell reselections of the UE exceeds the number threshold, and performing cell reselection in the high-speed state according to a scaled down second time period for the cell reselection; and setting the UE to a non-high-speed state if the number of cell reselections of the UE does not exceed the number threshold, and performing cell reselection in the non-high-speed state according to the second time period for the cell reselection, wherein, in the high-speed state, the cell reselection to a neighbor cell is performed if the neighbor cell is higher-ranked than a serving cell during the scaled down second time period for the cell reselection. acquiring parameters from a Node B in a system information broadcast of a serving cell, wherein the parameters comprise a first time period, a second time period, and a number threshold supporting cell reselection; counting (705,706,707), during the first time period, a number of cell reselections of the UE, excluding the number of cell reselections to a same cell if the same cell is reselected during the first time period; determining whether the number of cell reselections exceeds the number threshold; setting the UE to a high-speed state if the number of cell reselections of the UE exceeds the number threshold, and performing cell reselection in the high-speed state according to a scaled down second time period for the cell reselection; and setting the UE to a non-high-speed state if the number of cell reselections of the UE does not exceed the number threshold, and performing cell reselection in the non-high-speed state according to the second time period for the cell reselection, wherein, in the high-speed state, the cell reselection to a neighbor cell is performed if the neighbor cell is higher-ranked than a serving cell during the scaled down second time period for the cell reselection.
A surgical drape comprising: a patient side and a surgeon side; an adhesive material on the patient side; an antimicrobial substance on a surface of the surgical drape; and perforations in a concentric configuration; characterized in that the surgical drape further comprises perforations (7, 8) in a grid configuration. a patient side and a surgeon side; an adhesive material on the patient side; an antimicrobial substance on a surface of the surgical drape; and perforations in a concentric configuration;
A filter device for a hearing test probe, the filter device extending along a center axis in a first direction from a first end to a second end and comprising: - a first part having a first filter structure, - a second part having a second filter structure, - a first channel extending along the center axis, wherein the first part and second part are joined together, and the first filter structure and the second filter structure define a filter element with a first set of filter openings for the first channel, and wherein the first filter structure comprises a first primary protruding member having a distal end, and wherein the second filter structure comprises a first primary opening, the first primary protruding member extending at least partly inside the first primary opening along the center axis to form a primary first filter opening of the first set of filter openings, characterised in that the first filter structure comprises a first secondary protruding member, and the second filter structure comprises a first secondary opening, the first secondary protruding member extending at least partly inside the first secondary opening along the center axis to form a secondary first filter opening of the first set of filter openings. - a first part having a first filter structure, - a second part having a second filter structure, - a first channel extending along the center axis,
Antenna array comprising at least one dipole-type radiator arrangement, the at least one dipole-type radiator arrangement comprising the following features: - comprising two pairs (2, 3) of radiator halves (2a, 2b, 3a, 3b) which are arranged having a mutual rotational offset of 90° such that the dipole-type radiator arrangement transmits and/or receives in two mutually perpendicular polarisation planes (4a, 4b); - the radiator halves (2a, 2b, 3a, 3b) can be or are arranged in a radiator plane in parallel with and so as to be at a spacing in front of a reflector; - a carrier assembly comprising a first end and a base that is arranged at a second end that is opposite the first end, the radiator halves (2a, 2b, 3a, 3b) being arranged on the first end of the carrier assembly, and the base being able to be arranged on a base body; - at least two electrically conductive partially circumferential frames (15a, 15b, 15c) are provided, which frames are arranged between the radiator plane and the base so as to be mutually spaced in the height direction of the carrier assembly, the at least two electrically conductive partially circumferential frames (15a, 15b, 15c) each defining an opening; - the at least two partially circumferential frames (15a, 15b, 15c) are oriented approximately in parallel with the radiator plane; - each of the two partially circumferential frames (15a, 15b, 15c) comprises at least one break which extends through the entire width (b) of the partially circumferential frame (15a, 15b, 15c), such that each partially circumferential frame (15a, 15b, 15c) comprises at least two ends. - comprising two pairs (2, 3) of radiator halves (2a, 2b, 3a, 3b) which are arranged having a mutual rotational offset of 90° such that the dipole-type radiator arrangement transmits and/or receives in two mutually perpendicular polarisation planes (4a, 4b); - the radiator halves (2a, 2b, 3a, 3b) can be or are arranged in a radiator plane in parallel with and so as to be at a spacing in front of a reflector; - a carrier assembly comprising a first end and a base that is arranged at a second end that is opposite the first end, the radiator halves (2a, 2b, 3a, 3b) being arranged on the first end of the carrier assembly, and the base being able to be arranged on a base body; - at least two electrically conductive partially circumferential frames (15a, 15b, 15c) are provided, which frames are arranged between the radiator plane and the base so as to be mutually spaced in the height direction of the carrier assembly, the at least two electrically conductive partially circumferential frames (15a, 15b, 15c) each defining an opening; - the at least two partially circumferential frames (15a, 15b, 15c) are oriented approximately in parallel with the radiator plane; - each of the two partially circumferential frames (15a, 15b, 15c) comprises at least one break which extends through the entire width (b) of the partially circumferential frame (15a, 15b, 15c), such that each partially circumferential frame (15a, 15b, 15c) comprises at least two ends.
A system for modifying a vehicle structure, the system comprising: a vehicle body; a first module detachably attached to a structure of the vehicle body at an interface having plurality of mounting points with a predetermined spacing; a detachable portion of the first module, wherein the detachable portion is detachably attached to a body portion of the first module; and a second module with mounting points having the predetermined spacing; wherein the first module is detachable from the vehicle body and replaceable on the vehicle body with the second module; and wherein the detachable portion is detachable from the body portion of the first module and subsequently attachable to the second module, wherein the vehicle structure is a unibody vehicle structure, wherein the first module is a cargo platform, wherein the second module has a different overall size relative to the first module, wherein the first and second module (14, 40) are electrically connectable to the vehicle body, wherein the detachable portion is electrically connectable to the first module and the second module, wherein power can be provided by an electrical connection between the vehicle body and the second module at the same electrical interface that would communicate with tail lamps and/or sensors of the detachable portion of the first module. a vehicle body; a first module detachably attached to a structure of the vehicle body at an interface having plurality of mounting points with a predetermined spacing; a detachable portion of the first module, wherein the detachable portion is detachably attached to a body portion of the first module; and a second module with mounting points having the predetermined spacing; wherein the first module is detachable from the vehicle body and replaceable on the vehicle body with the second module; and wherein the detachable portion is detachable from the body portion of the first module and subsequently attachable to the second module, wherein the vehicle structure is a unibody vehicle structure, wherein the first module is a cargo platform, wherein the second module has a different overall size relative to the first module, wherein the first and second module (14, 40) are electrically connectable to the vehicle body, wherein the detachable portion is electrically connectable to the first module and the second module, wherein power can be provided by an electrical connection between the vehicle body and the second module at the same electrical interface that would communicate with tail lamps and/or sensors of the detachable portion of the first module.