mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula (IV') or (IV") wherein X represents a hydrogen atom or a OR 1 group, R 1 being a C 1-4 alkyl group; and R represents - a hydrogen atom and the dotted line represents a carbon-carbon single or double bond; or - a CH 2 group bonded with C4 and C5 and the dotted line represents a carbon-carbon single bond; and said compound (IV') or (IV") being in the form of any one of its stereoisomers or a mixture thereof. - a hydrogen atom and the dotted line represents a carbon-carbon single or double bond; or - a CH 2 group bonded with C4 and C5 and the dotted line represents a carbon-carbon single bond; and
A polyaxial bone anchoring device including an anchoring element having a shaft for anchoring in the bone and a head, the head having a curved outer surface portion including a largest diameter; a receiving part having a top end and a bottom end, a channel for receiving a rod therein, a coaxial bore extending from the top end in the direction of the bottom end and a seat portion for accommodating the head at the bottom end; a pressure element arranged within the bore, the pressure element having a head contacting surface portion (62, 63) that contacts the curved outer surface portion of the head, wherein the pressure element is substantially cylindrical with an upper end and a lower end and wherein it has a spherical recess at its lower end facing the head by means of which the head contacting surface portion (62, 63) is provided and wherein at the bottom end there are at least two opposing cut-outs in a circumferential direction by means of which two downwardly extending opposing lugs are provided; wherein the head is pivotable with respect to the receiving part and can be fixed at an angle by exerting pressure via the pressure element onto the head, and wherein the head has an oversize in the curved outer surface portion with respect to the head contacting surface portion (62, 63) such that an interference fit is achieved that clamps the head by the friction between the outer surface portion and the head contacting surface portion, characterised in that the depth of the spherical recess is such that the lugs extend beyond the area with the greatest outer diameter of the head when the pressure element is mounted onto the head.
A contact adhesive comprising: (a) a metallocene-catalyzed ethylene/alpha -olefin multi-block copolymer including ethylene and one or more copolymerizable alpha -olefin comonomer in polymerized form; (b) a mixture of polyethylene wax and Fischer-Tropsch wax, having a penetration hardness value of less than 5 dmm at 25°C, measured in accordance with ASTM D1321, wherein the drop point (measured according to ASTM D 3954) of the wax, individually or as a mixture, is from 60 to 160°C, and the weight average (Mw) molecular weight of the wax, individually or as a mixture, ranges from 200 to 7000 Daltons and the wax is added at levels of 0.5 to 15 wt% based on the total weight of the adhesive; (c) a plasticizer; and (d) a tackifier; wherein the contact adhesive is free from polypropylene based polymer and/or polypropylene based wax; and wherein the contact adhesive passes a blocking test of 84% relative humidity, 22 °C (72°F) with 1 kg weight for at least 500 hours, measured in accordance with the method described in paragraph 61 of the description. (a) a metallocene-catalyzed ethylene/alpha -olefin multi-block copolymer including ethylene and one or more copolymerizable alpha -olefin comonomer in polymerized form; (b) a mixture of polyethylene wax and Fischer-Tropsch wax, having a penetration hardness value of less than 5 dmm at 25°C, measured in accordance with ASTM D1321, wherein the drop point (measured according to ASTM D 3954) of the wax, individually or as a mixture, is from 60 to 160°C, and the weight average (Mw) molecular weight of the wax, individually or as a mixture, ranges from 200 to 7000 Daltons and the wax is added at levels of 0.5 to 15 wt% based on the total weight of the adhesive; (c) a plasticizer; and (d) a tackifier; wherein the contact adhesive is free from polypropylene based polymer and/or polypropylene based wax; and wherein the contact adhesive passes a blocking test of 84% relative humidity, 22 °C (72°F) with 1 kg weight for at least 500 hours, measured in accordance with the method described in paragraph 61 of the description.
A method for qualifying the fluid influx through the interface between the cement material to a formation material that is exposed to formation fluids at pressures present in a wellbore at a subterranean location, comprising the steps of: providing a pressure vessel; creating a formation interface in the vessel between a slurry of the cement material and the formation material; maintaining the pressure in the vessel above atmospheric pressure while allowing the cement material to harden; and measuring the quantity of fluid that has seeped in to the cement material through the interface, the method characterized in that the step of creating the formation interface comprises inserting a cylindrical shaped formation material, locating plugs (60, 70) in the ends of the cylindrical shaped formation material and placing cement slurry around the formation material, wherein the cylindrical shaped formation material comprises a chamber, the chamber being formed by the inside of the cylindrical formation material and the plugs (60, 70), the method additionally comprising inserting formation fluids into the chamber of the formation material cylinder. providing a pressure vessel; creating a formation interface in the vessel between a slurry of the cement material and the formation material; maintaining the pressure in the vessel above atmospheric pressure while allowing the cement material to harden; and measuring the quantity of fluid that has seeped in to the cement material through the interface, the method characterized in that the step of creating the formation interface comprises inserting a cylindrical shaped formation material, locating plugs (60, 70) in the ends of the cylindrical shaped formation material and placing cement slurry around the formation material, wherein the cylindrical shaped formation material comprises a chamber, the chamber being formed by the inside of the cylindrical formation material and the plugs (60, 70), the method additionally comprising inserting formation fluids into the chamber of the formation material cylinder.
An ex vivo method for screening compounds for antioxidant behavior in a composition to be topically applied to skin, wherein the screening method comprises determining the compound's ability both to inhibit ultraviolet radiation-induced skin lipid hydroperoxide formation and to inhibit ultraviolet radiation-induced reactive oxygen species formation in the epidermis; wherein determining inhibition of ultraviolet radiation-induced reactive oxygen species formation in the epidermis comprises imaging skin tissue using two-photon fluorescence intensity imaging; and wherein determining inhibition of UVR-induced skin lipid hydroperoxide formation comprises the steps of applying to distinct areas of skin of a subject an antioxidant-containing composition and a placebo composition to produce an antioxidant skin site containing antioxidant and skin lipids and a placebo skin site containing placebo and skin lipids; applying a strip to the antioxidant skin site and the placebo skin site to produce an antioxidant strip sample containing antioxidant and skin lipids and a placebo strip sample containing placebo and skin lipids; removing said strip samples from the skin and exposing said strip samples to UVR to form a UVR-induced antioxidant/lipid reaction product on the antioxidant strip sample and a UVR-induced placebo/lipid reaction product on the placebo strip sample; separately contacting the antioxidant strip sample and the placebo strip sample with solvent to prepare a first extract containing UVR-induced antioxidant/lipid reaction product and a second extract containing UVR-induced placebo/lipid reaction product; assaying said first and second extracts for lipid hydroperoxide content for each extract; and comparing the lipid hydroperoxide content of the first extract to the lipid hydroperoxide content of the second extract.
A hearing aid device (10, 10') configured to be worn in or at an ear of a user comprising, at least one environment sound input comprising two or more environment inputs (14, 14'), each for receiving sound and generating an electrical sound signal representing sound, a wireless sound input for receiving wireless sound signals, an output transducer configured to stimulate hearing of the hearing aid device user, electric circuitry, a transmitter unit configured to transmit signals representing sound and/or voice, and a dedicated beamformer-noise-reduction-system comprising a beamformer configured to process the electrical sound signals by suppressing predetermined spatial directions of the electrical sound signals generating a spatial sound signal, wherein the electric circuitry - at least in specific modes of operation of the hearing device - is operationally coupled to the two or more environment sound inputs (14, 14'), to the wireless sound input, to the output transducer, to the transmitter unit, and to the dedicated beamformer-noise-reduction-system, and CHARACTERIZED IN THAT the hearing aid device is configured to activate a wireless sound receiving mode when the wireless sound input is receiving wireless sound signals, wherein the beamformer-noise-reduction-system is configured to retrieve a user voice signal representing the voice of a user from the electrical sound signals,wherein the wireless sound input is configured to be wirelessly connected to a communication device and to receive wireless sound signals from the communication device, and wherein the transmitter unit is configured to be wirelessly connected to the communication device and to transmit the user voice signal to the communication device.
Coriolis sensor of a Coriolis measuring device, which is designed to measure a mass flow or a density of a medium flowing through at least one measuring tube of the Coriolis measuring device, comprising: the at least one measuring tube with an inlet (11.1) and an outlet (11.2), wherein said measuring tube is designed to conduct the medium between the inlet and the outlet; at least one exciter, which is designed to excite the at least one measuring tube to produce vibrations; at least a sensor, which is designed to measure the deflection of the vibrations of the at least one measuring tube; wherein at least one exciter and at least one sensor each have a coil unit in each case with at least a coil (14.1) and in each case have a magnet unit (14.2), wherein the magnet unit and the coil unit can be moved in relation to one another, wherein the coil unit comprises a printed circuit board (14.4) with at least a printed circuit board layer (14.41), wherein the coil is applied on at least a first side surface (14.411) of a printed circuit board layer, characterized in that at least one exciter or at least one sensor comprises an integrated temperature measurement device (14.3) designed to measure the temperature of the exciter or the sensor, wherein the temperature measurement device has a resistance measuring section (14.31) made of an electrically conductive material, which is applied on at least the first side surface and/or on at least a second side surface (14.411, 14.412) which is different to the first side surface of the printed circuit board layer. the at least one measuring tube with an inlet (11.1) and an outlet (11.2), wherein said measuring tube is designed to conduct the medium between the inlet and the outlet; at least one exciter, which is designed to excite the at least one measuring tube to produce vibrations; at least a sensor, which is designed to measure the deflection of the vibrations of the at least one measuring tube; wherein at least one exciter and at least one sensor each have a coil unit in each case with at least a coil (14.1) and in each case have a magnet unit (14.2), wherein the magnet unit and the coil unit can be moved in relation to one another, wherein the coil unit comprises a printed circuit board (14.4) with at least a printed circuit board layer (14.41), wherein the coil is applied on at least a first side surface (14.411) of a printed circuit board layer, characterized in that at least one exciter or at least one sensor comprises an integrated temperature measurement device (14.3) designed to measure the temperature of the exciter or the sensor, wherein the temperature measurement device has a resistance measuring section (14.31) made of an electrically conductive material, which is applied on at least the first side surface and/or on at least a second side surface (14.411, 14.412) which is different to the first side surface of the printed circuit board layer.
A connecting element of a connection fitting for energy cables comprising: - an electrically conductive screw connector, which is configured at two opposite ends in each case to receive a conductor (110, 112) of two energy cables to be connected and to make electrical current-carrying contact with it and to fix it by means of screws that can be screwed radially into the screw connector, - a sleeve resting against the electrically conductive connector and openly enveloping it at both ends, the length of which sleeve is greater that that of the screw connector, and which can be radially deformed at least in the regions (102a, 102b) protruding beyond the screw connector, wherein the sleeve has openings in a region of the screw connector receiving the screws, through which the screws can be screwed into the screw connector; characterized in that the sleeve is electrically conductive and is movable about a longitudinal axis of the electrically conductive screw connector. - an electrically conductive screw connector, which is configured at two opposite ends in each case to receive a conductor (110, 112) of two energy cables to be connected and to make electrical current-carrying contact with it and to fix it by means of screws that can be screwed radially into the screw connector, - a sleeve resting against the electrically conductive connector and openly enveloping it at both ends, the length of which sleeve is greater that that of the screw connector, and which can be radially deformed at least in the regions (102a, 102b) protruding beyond the screw connector, wherein the sleeve has openings in a region of the screw connector receiving the screws, through which the screws can be screwed into the screw connector;
A hinge for a roof window with pivoting or double action sash, comprising - a supporting arm preferably having a rectangular cross-sectional shape and - a fastener for connecting an external member covering the sash of the roof window with a side member of the sash, - wherein the supporting arm is arranged for accepting the fastener during assembly in a roof window, characterized in that the fastener comprises a base part and a movable part, which are connected together during assembly and where the base part comprises a through hole and the movable part comprises a blind hole, wherein both holes in the fastener closed position are coaxial and define the socket for elements used for fastening the covering member, the base part and the movable part are arranged to be positioned on the supporting arm of the hinge where the positioning on the supporting arm is realised by snap-on mechanism, which comprises a recess formed in the base part and a tongue formed in the movable part wherein the second fulcrum for the movable part being closed is created by the positioning assembly consisting of a longitudinal holder formed in the base part and a second tongue formed in the movable part which enters the holder when the fastener is in the closed position and wherein precise final positioning of the fastener relative to the supporting arm is realised by a retaining opening on the supporting arm and a retaining pin on the fastener. - a supporting arm preferably having a rectangular cross-sectional shape and - a fastener for connecting an external member covering the sash of the roof window with a side member of the sash, - wherein the supporting arm is arranged for accepting the fastener during assembly in a roof window, characterized in that the fastener comprises a base part and a movable part, which are connected together during assembly and where the base part comprises a through hole and the movable part comprises a blind hole, wherein both holes in the fastener closed position are coaxial and define the socket for elements used for fastening the covering member, the base part and the movable part are arranged to be positioned on the supporting arm of the hinge where the positioning on the supporting arm is realised by snap-on mechanism, which comprises a recess formed in the base part and a tongue formed in the movable part wherein the second fulcrum for the movable part being closed is created by the positioning assembly consisting of a longitudinal holder formed in the base part and a second tongue formed in the movable part which enters the holder when the fastener is in the closed position and wherein precise final positioning of the fastener relative to the supporting arm is realised by a retaining opening on the supporting arm and a retaining pin on the fastener.
Door threshold, comprising - a profile arrangement, - a seal, wherein - at least one height adjustment device is arranged between the profile arrangement and the seal, wherein - the height adjustment device comprises a groove with a bottom in the profile arrangement, an insert profile that is moveable in the groove and at least one adjustment disc, wherein - the adjustment disc is arranged between the insert profile and the bottom of the groove, characterised in that - the insert profile comprises a stepped surface on its side facing the bottom of the groove, wherein - the bottom of the groove has a stepped surface, wherein - the adjustment disc has a stepped surface on both sides, wherein - the stepped surfaces are configured such that after a rotation of the adjustment disc different steps lie on top of each other, resulting accordingly in a different height. - a profile arrangement, - a seal, wherein - at least one height adjustment device is arranged between the profile arrangement and the seal, wherein - the height adjustment device comprises a groove with a bottom in the profile arrangement, an insert profile that is moveable in the groove and at least one adjustment disc, wherein - the adjustment disc is arranged between the insert profile and the bottom of the groove, characterised in that - the insert profile comprises a stepped surface on its side facing the bottom of the groove, wherein - the bottom of the groove has a stepped surface, wherein - the adjustment disc has a stepped surface on both sides, wherein - the stepped surfaces are configured such that after a rotation of the adjustment disc different steps lie on top of each other, resulting accordingly in a different height.
A surface marker resin formulation comprising: a linear aromatic polyester or a co-polymer thereof; a solvent in which said linear aromatic polyester or a co-polymer thereof is dissolved or dispersed, said solvent exclusive of naphtha, said solvent being present from 20 to 40 total weight percent, and said solvent being evaporable achieving a drying to hardness in 24 hours at standard temperature and pressure and 0% relative humidity; and an inorganic particulate having an average maximal linear extent of between 10 and 130 microns present from 22 to 41 total weight percent, said inorganic particulate constituting the largest component by weight after said solvent has evaporated. a linear aromatic polyester or a co-polymer thereof; a solvent in which said linear aromatic polyester or a co-polymer thereof is dissolved or dispersed, said solvent exclusive of naphtha, said solvent being present from 20 to 40 total weight percent, and said solvent being evaporable achieving a drying to hardness in 24 hours at standard temperature and pressure and 0% relative humidity; and an inorganic particulate having an average maximal linear extent of between 10 and 130 microns present from 22 to 41 total weight percent, said inorganic particulate constituting the largest component by weight after said solvent has evaporated.
A two-pack curable composition set comprising: a first agent comprising an organopolysiloxane having a structural unit represented by general formula (a1-3), a branched structure and having a vinyl group at least at an end of a structural unit represented by general formula (a1-2) or in a side chain of a structural unit represented by general formula (a1-1), a thermally conductive filler, a silica powder, and a platinum catalyst, and having a viscosity at 25°C at a shear rate of 10 s -1 of 20 to 150 Pa·s; and a second agent comprising an organopolysiloxane having a structural unit represented by general formula (a1-3), a branched structure and having a vinyl group at least at an end of a structural unit represented by general formula (a1-2) or in a side chain of a structural unit represented by general formula (a1-1), and a polydimethylsiloxane having a hydrosilyl group at least at an end or in a side chain, a thermally conductive filler, and a silica powder, and having a viscosity at 25°C at a shear rate of 10 s -1 of 20 to 150 Pa·s. a first agent comprising an organopolysiloxane having a structural unit represented by general formula (a1-3), a branched structure and having a vinyl group at least at an end of a structural unit represented by general formula (a1-2) or in a side chain of a structural unit represented by general formula (a1-1), a thermally conductive filler, a silica powder, and a platinum catalyst, and having a viscosity at 25°C at a shear rate of 10 s -1 of 20 to 150 Pa·s; and a second agent comprising an organopolysiloxane having a structural unit represented by general formula (a1-3), a branched structure and having a vinyl group at least at an end of a structural unit represented by general formula (a1-2) or in a side chain of a structural unit represented by general formula (a1-1), and a polydimethylsiloxane having a hydrosilyl group at least at an end or in a side chain, a thermally conductive filler, and a silica powder, and having a viscosity at 25°C at a shear rate of 10 s -1 of 20 to 150 Pa·s.
A method of supporting a workpiece on a fixture, the workpiece having a first surface and an opposite second surface, the fixture having a body having a first end, an opposite, second end, and a centre portion, the centre portion comprising a backing disc having a supporting surface, the second end being adapted to be mounted in a lathe, the supporting surface comprising an annular recess, the annular recess accommodating a supporting medium, the second surface of the workpiece being in intimate contact with the supporting medium, the method comprising the steps of: (i) mounting the fixture in the lathe; (ii) locating the aperture on the first end of the fixture; and (iii) securing the workpiece on the fixture, with the second surface of the workpiece being coplanar with the supporting surface of the fixture. characterised in that the workpiece is having an aperture positioned at a centre of the first surface and extending from the first surface to the second surface, and the first end of the fixture is comprising a spigot extending from the centre portion, the plane of the supporting surface being normal to the axis of the spigot. (i) mounting the fixture in the lathe; (ii) locating the aperture on the first end of the fixture; and (iii) securing the workpiece on the fixture, with the second surface of the workpiece being coplanar with the supporting surface of the fixture. characterised in that the workpiece is having an aperture positioned at a centre of the first surface and extending from the first surface to the second surface, and the first end of the fixture is comprising a spigot extending from the centre portion, the plane of the supporting surface being normal to the axis of the spigot.