mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a cut adhesive backed label on a liner, comprising: providing a web of label stock comprising a facestock having a first side and a second side, an adhesive layer adhered to a first side of the facestock and, optionally, a release liner adhered to an exposed surface of the adhesive layer; when a liner is present, feeding the web of label stock to a separator station, wherein the separator separates the liner from the facestock and adhesive layer; when a liner is not present or following separation of the liner from the facestock when present, feeding the facestock and adhesive layer to a cutting station to form a plurality of cut adhesive backed labels and a surrounding matrix, wherein the cutting station comprises a flexible rotary die and an anvil roller wherein the flexible rotary die comprises a die plate that is fastened to a mounting cylinder, wherein the adhesive is cooled prior to entering the cutting station or the flexible rotary die is chilled, or a combination of both, wherein the cooling is to such a degree so as to reduce the tack of the adhesive to the die; when a release liner is present, relaminating the previously removed release liner to the cut adhesive backed labels and matrix or, optionally, laminating a new release liner to the cut adhesive backed labels, characterized in that, the release liner has a thickness of less than 0.030 mm (1.2 mils), and wherein a solid material fills an air gap formed between the die plate and the mounting cylinder wherein the solid material has a greater thermal conductivity than air. providing a web of label stock comprising a facestock having a first side and a second side, an adhesive layer adhered to a first side of the facestock and, optionally, a release liner adhered to an exposed surface of the adhesive layer; when a liner is present, feeding the web of label stock to a separator station, wherein the separator separates the liner from the facestock and adhesive layer; when a liner is not present or following separation of the liner from the facestock when present, feeding the facestock and adhesive layer to a cutting station to form a plurality of cut adhesive backed labels and a surrounding matrix, wherein the cutting station comprises a flexible rotary die and an anvil roller wherein the flexible rotary die comprises a die plate that is fastened to a mounting cylinder, wherein the adhesive is cooled prior to entering the cutting station or the flexible rotary die is chilled, or a combination of both, wherein the cooling is to such a degree so as to reduce the tack of the adhesive to the die; when a release liner is present, relaminating the previously removed release liner to the cut adhesive backed labels and matrix or, optionally, laminating a new release liner to the cut adhesive backed labels, characterized in that, the release liner has a thickness of less than 0.030 mm (1.2 mils), and wherein a solid material fills an air gap formed between the die plate and the mounting cylinder wherein the solid material has a greater thermal conductivity than air.
A window assembly comprising: a first substantially transparent substrate having an optically switchable device disposed on a surface of the first substantially transparent substrate, optionally wherein the optically switchable device comprises electrodes, a first electrode of the electrodes having a length about the length of a side of the optically switchable device; a second substantially transparent substrate; a spacer (1105, 1110) between the first and the second substantially transparent substrates, wherein the spacer (1105, 1110) comprises a metal portion having a substantially rectangular hollow cross section; a primary seal material bonding the first substantially transparent substrate to the spacer (1105, 1110) and bonding the second substantially transparent substrate to the spacer (1105, 1110) characterised in that the spacer (1105, 1110) comprises an electrically non-conductive portion having a substantially rectangular cross section, wherein one side of the rectangular cross section of the electrically non-conductive portion comprises a recess that forms a channel along one side that accommodates the length of a bus bar of the optically switchable device. a first substantially transparent substrate having an optically switchable device disposed on a surface of the first substantially transparent substrate, optionally wherein the optically switchable device comprises electrodes, a first electrode of the electrodes having a length about the length of a side of the optically switchable device; a second substantially transparent substrate; a spacer (1105, 1110) between the first and the second substantially transparent substrates, wherein the spacer (1105, 1110) comprises a metal portion having a substantially rectangular hollow cross section; a primary seal material bonding the first substantially transparent substrate to the spacer (1105, 1110) and bonding the second substantially transparent substrate to the spacer (1105, 1110) characterised in that the spacer (1105, 1110) comprises an electrically non-conductive portion having a substantially rectangular cross section, wherein one side of the rectangular cross section of the electrically non-conductive portion comprises a recess that forms a channel along one side that accommodates the length of a bus bar of the optically switchable device.
A bracket device for bearing an inductor, wherein the inductor comprises: a toroidal magnetic core; and a coil comprising a plurality of wires wound around the toroidal magnetic core, wherein the bracket device comprises: a bracket having a bearing portion adapted to bear the inductor; an insulating pad adapted to be sandwiched between the inductor and the bearing portion of the bracket, the insulating pad having an integrally formed positioning structure (52, 522, 524) capable of being embedded between two adjacent wires of the coil and keeping the toroidal magnetic core fixed; and a fastener adapted to wrap around the toroidal magnetic core and press the toroidal magnetic core together with the insulating pad against the bracket. a toroidal magnetic core; and a coil comprising a plurality of wires wound around the toroidal magnetic core, wherein the bracket device comprises: a bracket having a bearing portion adapted to bear the inductor; an insulating pad adapted to be sandwiched between the inductor and the bearing portion of the bracket, the insulating pad having an integrally formed positioning structure (52, 522, 524) capable of being embedded between two adjacent wires of the coil and keeping the toroidal magnetic core fixed; and a fastener adapted to wrap around the toroidal magnetic core and press the toroidal magnetic core together with the insulating pad against the bracket. a bracket having a bearing portion adapted to bear the inductor; an insulating pad adapted to be sandwiched between the inductor and the bearing portion of the bracket, the insulating pad having an integrally formed positioning structure (52, 522, 524) capable of being embedded between two adjacent wires of the coil and keeping the toroidal magnetic core fixed; and a fastener adapted to wrap around the toroidal magnetic core and press the toroidal magnetic core together with the insulating pad against the bracket.
A convertible rotor aircraft able to convert between airplane and helicopter flight modes during flight, comprising: at least one tiltable proprotor assembly (40, 50) comprising a proprotor (42, 52) that is titlable to change the axis of rotation of the proprotor between a substantially horizontal airplane mode and a substantially vertical helicopter mode; and a main rotor system for providing lift during helicopter mode, characterized in that the main rotor system comprises two intermeshing rotors (32A, 32B) in a synchropter arrangement on opposite sides of and equidistant from a longitudinal axis of the CRA, each rotor being pivotable around an axis (EA, EB) that is substantially parallel to a longitudinal axis of the CRA and into a folded state. at least one tiltable proprotor assembly (40, 50) comprising a proprotor (42, 52) that is titlable to change the axis of rotation of the proprotor between a substantially horizontal airplane mode and a substantially vertical helicopter mode; and a main rotor system for providing lift during helicopter mode, characterized in that the main rotor system comprises two intermeshing rotors (32A, 32B) in a synchropter arrangement on opposite sides of and equidistant from a longitudinal axis of the CRA, each rotor being pivotable around an axis (EA, EB) that is substantially parallel to a longitudinal axis of the CRA and into a folded state.
Burner for a combustion chamber of a gas turbine with a flow straightener and mixing device comprising a structure with limiting walls having a longitudinal axis, an inlet area, and an outlet area in the main flow direction, at least two streamlined bodies, which are arranged in the flow straightener and mixing device, each having a streamlined cross-sectional profile, which extends with a longitudinal direction perpendicularly or at an inclination to a main flow direction prevailing in the flow straightener and mixing device, wherein the leading edge area of each streamlined body has a profile, which is oriented parallel to a main flow direction prevailing at the leading edge position, and wherein, with reference to a central plane of the streamlined bodies the trailing edges are provided with at least two lobes (28, 29) in opposite transverse directions (30, 31) wherein the traverse deflection from the central plane of two adjacent streamlined bodies, which form the lobes (28, 29), are inverted, and in that the transition from a planar leading edge region to the deflections is smooth with a surface curvature representing a function with a continuous first derivative characterized in that at least one of the streamlined bodies is configured as an injection device with at least one nozzle for introducing at least one fuel into the burner, wherein at least two fuel nozzles which are located at the trailing edge of at least one of the streamlined bodies are located at the apexes of lobes (28, 29), wherein at each apex or at every second apex along the trailing edge there is located a fuel nozzle, and/or wherein fuel nozzles are located on the central plane of the streamlined body, wherein at each position, where the lobed trailing edge crosses the central plane, there is located a fuel nozzle.
A method of a flexible display device that includes a display, the method comprising: displaying, at a preview area of the display, a preview image (320, 330) corresponding to an object; and detecting that the display is expanded in a first direction, characterized in that the method further comprises capturing an image of the object in response to detecting that the display is expanded in the first direction. displaying, at a preview area of the display, a preview image (320, 330) corresponding to an object; and detecting that the display is expanded in a first direction, characterized in that the method further comprises capturing an image of the object in response to detecting that the display is expanded in the first direction.
A method of operating an ultrasound system, the method comprising: receiving transducer element signals from a plurality of ultrasound transducer elements (E1-EN); producing a first beam and a second beam from the transducer element signals, wherein the first beam is an unapodized beam that includes a first mainlobe component and a pair of first sidelobes and the second beam is an apodized beam having a mainlobe component and sidelobes, wherein the mainlobe component of the second beam is substantially aligned with the pair of first sidelobes of the first beam; and combining the first beam with a portion of the second beam to produce a dynamic resolution beam having a mainlobe component and sidelobes that are smaller in magnitude than the sidelobe components of the first and second beams; characterized in that a null at the center of the mainlobe component of the second beam is aligned with a peak of the mainlobe component of the first beam. receiving transducer element signals from a plurality of ultrasound transducer elements (E1-EN); producing a first beam and a second beam from the transducer element signals, wherein the first beam is an unapodized beam that includes a first mainlobe component and a pair of first sidelobes and the second beam is an apodized beam having a mainlobe component and sidelobes, wherein the mainlobe component of the second beam is substantially aligned with the pair of first sidelobes of the first beam; and combining the first beam with a portion of the second beam to produce a dynamic resolution beam having a mainlobe component and sidelobes that are smaller in magnitude than the sidelobe components of the first and second beams; characterized in that a null at the center of the mainlobe component of the second beam is aligned with a peak of the mainlobe component of the first beam.
A process for preparing a mixture of a cellulose derivative and a liquid diluent comprising at least 5 weight percent of the cellulose derivative, based on the total weight of the cellulose derivative and the liquid diluent, wherein a cellulose derivative is provided which has a specific surface area of less than 0.20 m 2 /g, measured by BET method, and the cellulose derivative having said specific surface area is mixed with the liquid diluent.
A work station comprising an electrically-insulating or resistive plate (11, 12, 22) for supporting a sample; a temperature controller for controlling the temperature of the plate; and an antenna for communicating with a memory tag via a wireless electromagnetic link, the antenna being located beneath the plate (11, 12, 22) in order to communicate with a memory tag on or over the plate; wherein the plate (11, 12, 22) is thermally conducting from one face to the other, and the temperature controller comprises a temperature-controlled heating medium in physical and thermal contact with a lower face of the plate (11, 12, 22).
A UF 6 transport and process container to store UF 6 enriched up to 20 percent by weight 235 U in amounts up to 1,500 kg U, comprising: a shell, comprising: an exterior surface/substrate; an interior surface/substrate; an integral heat exchanger positioned between the exterior and interior surfaces/substrates, the integral heat exchanger comprising: metal; and passage voids to pass heat transport fluid; an inner chamber formed by the shell; and a partition configuration positioned within the inner chamber and extending longitudinally along the length of the container, to form a plurality of individual compartments within the inner chamber to store the UF 6. a shell, comprising: an exterior surface/substrate; an interior surface/substrate; an integral heat exchanger positioned between the exterior and interior surfaces/substrates, the integral heat exchanger comprising: metal; and passage voids to pass heat transport fluid; an exterior surface/substrate; an interior surface/substrate; an integral heat exchanger positioned between the exterior and interior surfaces/substrates, the integral heat exchanger comprising: metal; and passage voids to pass heat transport fluid; metal; and passage voids to pass heat transport fluid; an inner chamber formed by the shell; and a partition configuration positioned within the inner chamber and extending longitudinally along the length of the container, to form a plurality of individual compartments within the inner chamber to store the UF 6.
Storage container for arrangement in a metering device of a programme-controlled cleaning appliance, in particular a dishwasher, having a main body providing a volumetric space, the volumetric space having a size which can be used for storing powdered cleaning agent in a quantity which is sufficient for carrying out a plurality of cleaning programmes, the volumetric space having a storage chamber and a metering chamber which opens up into a metering opening, the metering chamber being fluidically connected to the storage chamber with the arrangement of a passage opening therebetween, and the main body having a base part and a circumferential side wall formed integrally therewith, characterised in that the side wall is equipped with a lip opposite the base part, which lip extends radially outwards proceeding from the side wall, and in that a closure means is provided, by means of which the passage opening is closed at least until the storage container is used for the first time as intended. the volumetric space having a storage chamber and a metering chamber which opens up into a metering opening, the metering chamber being fluidically connected to the storage chamber with the arrangement of a passage opening therebetween, and the main body having a base part and a circumferential side wall formed integrally therewith, characterised in that the side wall is equipped with a lip opposite the base part, which lip extends radially outwards proceeding from the side wall, and in that a closure means is provided, by means of which the passage opening is closed at least until the storage container is used for the first time as intended.
Machine for processing tabular substrates, comprising a movable vacuum table, wherein the vacuum table has suction openings which are arranged in rows and columns and are connected to a vacuum generator, wherein a plurality of rows of suction openings are in each case assigned sliders for opening and closing the suction openings, and a plurality of columns of suction openings are in each case assigned sliders for opening and closing the suction openings, characterized in that the vacuum table has grooves of a first depth and, orthogonal thereto, grooves of a second, different depth from a surface of the vacuum table for guiding the sliders (26, 27), and in that no sliders (26, 27) are assigned to the suction openings in the region of a minimum format to be processed by the machine. wherein the vacuum table has suction openings which are arranged in rows and columns and are connected to a vacuum generator, wherein a plurality of rows of suction openings are in each case assigned sliders for opening and closing the suction openings, and a plurality of columns of suction openings are in each case assigned sliders for opening and closing the suction openings, characterized in that the vacuum table has grooves of a first depth and, orthogonal thereto, grooves of a second, different depth from a surface of the vacuum table for guiding the sliders (26, 27), and in that no sliders (26, 27) are assigned to the suction openings in the region of a minimum format to be processed by the machine.
A tailplane of an aircraft, the tailplane comprising: a stabilizer having a fixed shape; and an elevator movably secured to the stabilizer, the elevator being movable from a neutral position relative to the stabilizer, the stabilizer and the elevator defining an airfoil cross-sectional shape having a positive camber when the elevator is in the neutral position, characterised in that an amount of camber of the airfoil cross-sectional shape varies along a span of the tailplane. a stabilizer having a fixed shape; and an elevator movably secured to the stabilizer, the elevator being movable from a neutral position relative to the stabilizer, the stabilizer and the elevator defining an airfoil cross-sectional shape having a positive camber when the elevator is in the neutral position, characterised in that an amount of camber of the airfoil cross-sectional shape varies along a span of the tailplane.
Use of a silylated amino acid/silane compound copolymer having a structural unit U represented by the following general formula (Ia), (Ib) or (Ic) as an emulsifier or a powder dispersant: wherein, R 2 represents a hydroxyl group, a phenyl group, or an alkyl group having 1 to 20 carbon atoms optionally containing nitrogen, sulfur, a halogen or a phenyl group in the group, and the groups R 2 may be the same or different; and a structural unit W represented by the following general formula (Id) or (Ie): wherein, R 1 represents a hydroxyl group or an alkyl group having 1 to 3 carbon atoms, the groups R 1 may be the same or different, A is a divalent group bonding Si and N, and represents at least one group selected from the group consisting of R B, *R B OCH 2 CH CH 2, *R B S, *R B NH and *R B OCOCH 2 CH 2 (R B represents an alkyl group having 1 to 5 carbon atoms, and * represents a side bonding to Si), E represents a residue obtained by removing one primary amino group from an α amino acid, and when E has an amino group other than the α amino group, N in the above-described other amino group may be bonded to A of the other structural unit W], wherein the molar ratio of structural unit W:structural unit U is in the range of 1:5 to 1:150.
Device for fastening closure plugs of conveying fluid members against undue loosening after assembling, of the type comprising a security cap adapted for preventing the undesirable access to the activating head of said plug, and comprising means for rotatably constraining said cap on said plug, said constraining means being for being fixed directly to said plug so that, after the cap has been mounted, the rotation movement of the cap with respect to the plug is allowed on the latter, but the relative axial slide is prevented, wherein said means for rotatably constraining said cap to said plug comprise at least one screw provided with at least a threaded portion for being directly fixed to said plug, wherein said at least one screw comprises at least one activating head provided with a special shape adapted for being activated by an appropriate tool provided with a head of complementary shape.