mhurhangee/ep-ind-claims huggingface dataset:
A method for applying a colored or colorless micropattern to a support, in which a) a die form is provided whose surface exhibits an arrangement of elevations and depressions in the form of the desired micropattern, b) the depressions in the die form are filled with a curable colored or colorless lacquer, c) the support is pretreated for a good anchoring of the colored or colorless lacquer, d) in each case, the filled section of the die form is introduced to the pretreated support and brought into contact with the support, e) the lacquer that is in contact with the support in the depressions in the die form is cured and, in the process, joined with the support, and f) the surface of the die form is removed from the support again such that the cured lacquer that is joined with the support is pulled out of the depressions in the die form. a) a die form is provided whose surface exhibits an arrangement of elevations and depressions in the form of the desired micropattern, b) the depressions in the die form are filled with a curable colored or colorless lacquer, c) the support is pretreated for a good anchoring of the colored or colorless lacquer, d) in each case, the filled section of the die form is introduced to the pretreated support and brought into contact with the support, e) the lacquer that is in contact with the support in the depressions in the die form is cured and, in the process, joined with the support, and f) the surface of the die form is removed from the support again such that the cured lacquer that is joined with the support is pulled out of the depressions in the die form.
Filtering pulley comprising a hub adapted to be fixed to a shaft rotating around an axis, a crown mounted coaxially and rotationally free on said hub, at least one elastic group arranged circumferentially with respect to said hub and said crown and interposed, each, between a pair of first elements integral with said hub and between a pair of second elements integral with said crown, said pulley comprising a dust protection lip carried integrally by said hub and configured to slide, in tight manner, with respect to an element (7, 8) integral with said crown, said dust protection lip being a labyrinthine sealing lip, wherein said dust protection lip is housed in a seat realized on said hub and is configured to extend in an axial direction to cooperate in contact with said element, characterized in that said seat is axially defined, on one side, by a variable height surface, said dust protection lip comprising a main body configured to cooperate in contact with said variable height surface to radially fix said dust protection lip to said hub.
An agricultural vehicle header comprising: a frame including a top frame member having a torsional centroid, a bottom frame member positioned at an elevation below the top frame member, and at least one supporting member extending between the top frame member and the bottom frame member; a reel mounting portion defined on the top frame member to which a reel is either directly or indirectly mountable, the reel mounting portion being disposed at a location that is forward of the top frame torsional centroid, as viewed in a forward direction of travel of an agricultural vehicle to which the agricultural vehicle header is attachable; characterized in that the agricultural vehicle header further comprises: a first gauge wheel mounting portion defined on the top frame member at a location that is forward of the torsional centroid, as viewed in the forward direction of travel; and a second gauge wheel mounting portion defined on the bottom frame member, the first and second gauge wheel mounting portions (332, 342) being configured to be connected either directly or indirectly to a gauge wheel. a frame including a top frame member having a torsional centroid, a bottom frame member positioned at an elevation below the top frame member, and at least one supporting member extending between the top frame member and the bottom frame member; a reel mounting portion defined on the top frame member to which a reel is either directly or indirectly mountable, the reel mounting portion being disposed at a location that is forward of the top frame torsional centroid, as viewed in a forward direction of travel of an agricultural vehicle to which the agricultural vehicle header is attachable; characterized in that the agricultural vehicle header further comprises: a first gauge wheel mounting portion defined on the top frame member at a location that is forward of the torsional centroid, as viewed in the forward direction of travel; and a second gauge wheel mounting portion defined on the bottom frame member, the first and second gauge wheel mounting portions (332, 342) being configured to be connected either directly or indirectly to a gauge wheel. a first gauge wheel mounting portion defined on the top frame member at a location that is forward of the torsional centroid, as viewed in the forward direction of travel; and a second gauge wheel mounting portion defined on the bottom frame member, the first and second gauge wheel mounting portions (332, 342) being configured to be connected either directly or indirectly to a gauge wheel.
Dispenser for dispensing paper from center-feed tissue paper rolls (20, 24), the dispenser having a housing with a receiving portion for receiving the paper to be dispensed and being in the form of a bottom wall of the housing, wherein a first dispensing opening and a second dispensing opening are provided in the receiving portion for dispensing paper from two center-feed rolls through the respective dispensing openings, the first dispensing opening and the second dispensing opening are arranged asymmetrically with respect to the outer limitations of the receiving portion such that the first dispensing opening is arranged to dispense paper from a full tissue paper center-feed roll and the second dispensing opening is arranged to dispense paper from an almost used-up tissue paper center-feed roll, characterized in that the center of the first dispensing opening and the center of the second dispensing opening are spaced apart from one another by less than the diameter of a full tissue paper roll to be dispensed through the dispensing openings, and the first dispensing opening and the second dispensing opening are connected to one another via a connection channel which extends in the receiving portion, in particular in the bottom wall of the housing.
A display device comprising: a display panel including: a plurality of protrusions disposed at a corner portion of the display panel, and arranged to be partially separated from each other; and cutout portions where the protrusions adjacent to each other are physically separated, wherein each of the protrusions includes a plurality of pixels, wherein the pixels include a light emitting layer and each of the plurality of protrusions further includes: a planarization layer, characterised in that: each of the protrusions includes a recess that surrounds the plurality of pixels; the planarization layer defines the recess and is disposed under the light emitting layer and a dummy light emitting layer in the recess, wherein the light emitting layer and the dummy light emitting layer are separated and spaced apart from each other. a display panel including: a plurality of protrusions disposed at a corner portion of the display panel, and arranged to be partially separated from each other; and cutout portions where the protrusions adjacent to each other are physically separated, a plurality of protrusions disposed at a corner portion of the display panel, and arranged to be partially separated from each other; and cutout portions where the protrusions adjacent to each other are physically separated, wherein each of the protrusions includes a plurality of pixels, wherein the pixels include a light emitting layer and each of the plurality of protrusions further includes: a planarization layer, characterised in that: each of the protrusions includes a recess that surrounds the plurality of pixels; the planarization layer defines the recess and is disposed under the light emitting layer and a dummy light emitting layer in the recess, wherein the light emitting layer and the dummy light emitting layer are separated and spaced apart from each other. a planarization layer, characterised in that: each of the protrusions includes a recess that surrounds the plurality of pixels; the planarization layer defines the recess and is disposed under the light emitting layer and each of the protrusions includes a recess that surrounds the plurality of pixels; the planarization layer defines the recess and is disposed under the light emitting layer and a dummy light emitting layer in the recess, wherein the light emitting layer and the dummy light emitting layer are separated and spaced apart from each other.
A natural frequency measuring device comprising: a striking device for measuring a natural frequency of a system comprising a force detector used in a material testing machine, said striking device comprising: a spindle; an arm being capable of swinging around the spindle; a weight, arranged in an end part of the arm on a side opposite to the spindle; and a weight fixing mechanism, configured to fix the weight at a standby height position and to cause the weight to fall down in an arc shape from the standby height position along with a swing of the arm by releasing the fixation at the standby height position, wherein the striking device is operable to strike the system comprising the force detector with the weight in the vertical direction, parallel to a load direction of a test force during a material test that is conducted by the material testing machine; and, wherein the natural frequency measuring device comprises a calculation part, configured to calculate the natural frequency of the system comprising the force detector based on an output signal of the force detector when the system comprising the force detector is struck by the weight. a spindle; an arm being capable of swinging around the spindle; a weight, arranged in an end part of the arm on a side opposite to the spindle; and a weight fixing mechanism, configured to fix the weight at a standby height position and to cause the weight to fall down in an arc shape from the standby height position along with a swing of the arm by releasing the fixation at the standby height position, wherein the striking device is operable to strike the system comprising the force detector with the weight in the vertical direction, parallel to a load direction of a test force during a material test that is conducted by the material testing machine; and, wherein the natural frequency measuring device comprises a calculation part, configured to calculate the natural frequency of the system comprising the force detector based on an output signal of the force detector when the system comprising the force detector is struck by the weight.
A method of making a hemostatic composition comprising the steps of: a) reducing a size of a cellulose-based material to form long fibers and fine fibers, wherein the cellulose-based fibers are oxidized cellulose and/or oxidized regenerated cellulose fibers, wherein the size distribution of the long fibers is: D90 of more than 177 μm and D50 of more than 95 μm, and wherein the size distribution of the fine fibers is: D90 of less than 177 μm, and D50 of less than 95 μm; and mixing the long and fine fibers at a ratio in the range of 5%-25% w/w and 95%-75% w/w, respectively, thereby obtaining a hemostatic fibers composition, b) optionally the hemostatic fibers composition obtained in step a) is subjected to further steps to obtain a hemostatic composition in the form of aggregates, the steps comprising: i) compacting the hemostatic fibers composition to obtain compacted hemostatic fibers composition; and optionally ii) reducing the compacted composition size. a) reducing a size of a cellulose-based material to form long fibers and fine fibers, wherein the cellulose-based fibers are oxidized cellulose and/or oxidized regenerated cellulose fibers, wherein the size distribution of the long fibers is: D90 of more than 177 μm and D50 of more than 95 μm, and wherein the size distribution of the fine fibers is: D90 of less than 177 μm, and D50 of less than 95 μm; and mixing the long and fine fibers at a ratio in the range of 5%-25% w/w and 95%-75% w/w, respectively, thereby obtaining a hemostatic fibers composition, b) optionally the hemostatic fibers composition obtained in step a) is subjected to further steps to obtain a hemostatic composition in the form of aggregates, the steps comprising: i) compacting the hemostatic fibers composition to obtain compacted hemostatic fibers composition; and optionally ii) reducing the compacted composition size.
A flywheel energy storage system, comprising: a sealed housing; a flywheel assembly disposed within the sealed housing; a gas storage chamber disposed within the sealed housing; a first pump disposed within the sealed housing and operatively coupled to the gas storage chamber for pumping gases that evolve from the flywheel assembly into the gas storage chamber, the evolved gases including water vapor and active gases characterised in that the flywheel energy storage system further comprises: a plurality of pumps (218, 224) disposed in the gas storage chamber for simultaneously pumping substantially all of the evolved gases pumped into the gas storage chamber, wherein the plurality of pumps includes at least one pump for pumping mainly the water vapor and at least one pump for pumping mainly the active gases. a sealed housing; a flywheel assembly disposed within the sealed housing; a gas storage chamber disposed within the sealed housing; a first pump disposed within the sealed housing and operatively coupled to the gas storage chamber for pumping gases that evolve from the flywheel assembly into the gas storage chamber, the evolved gases including water vapor and active gases characterised in that the flywheel energy storage system further comprises: a plurality of pumps (218, 224) disposed in the gas storage chamber for simultaneously pumping substantially all of the evolved gases pumped into the gas storage chamber, wherein the plurality of pumps includes at least one pump for pumping mainly the water vapor and at least one pump for pumping mainly the active gases.
Method for testing a component, in particular an aircraft engine, comprising the steps of: - determining a value of a first tolerated parameter (A1; A2) of the component; - determining a value of a second tolerated parameter (E1;...:E4) of the component; and - classifying the component into a predefined quality class if this pair of values lies outside a predefined tolerance range, the upper and/or lower limit of which for the second parameter is dependent on the first parameter in at least a first permissible value range (Ta1, 1) of the first parameter, in particular linearly; wherein determination of a parameter comprises measuring one or more times and/or one or more of the steps being carried out in an at least partially automated manner. - determining a value of a first tolerated parameter (A1; A2) of the component; - determining a value of a second tolerated parameter (E1;...:E4) of the component; and - classifying the component into a predefined quality class if this pair of values lies outside a predefined tolerance range, the upper and/or lower limit of which for the second parameter is dependent on the first parameter in at least a first permissible value range (Ta1, 1) of the first parameter, in particular linearly; wherein determination of a parameter comprises measuring one or more times and/or one or more of the steps being carried out in an at least partially automated manner.
A coaxial polarizer having an input end spanned by the X-Y axes, the coaxial polarizer comprising: an outer-conductive tube; an inner-conductive cylindrical tube positioned within the outer-conductive tube, axially aligned along a Z axis, and concentrically aligned with the outer-conductive tube, the inner-conductive cylindrical tube having two shallow-cavities (162-1 and 162-2) on opposing portions of an outer surface of the inner-conductive cylindrical tube, the shallow-cavities each having at least one planar area, the at least one planar area having a cavity length parallel to a Z axis and having at least one cavity width that is perpendicular to the Z axis and perpendicular to a radial direction (r 1) of the inner-conductive cylindrical tube, the at least one cavity width including a minimum width; and two dielectric bars (160-1 and 160-2) each having a first flat surface, the first flat surface having a dielectric length parallel to the Z axis and a dielectric width perpendicular to the Z axis, the dielectric length being less than the cavity length and the dielectric width being less than the minimum width, wherein cross-sections of each of the two dielectric bars taken perpendicular to the Z axis are rectangular in shape, and wherein the first flat surfaces of the respective two dielectric bars contact at least a portion of the respective two planar areas of the two shallow-cavities. an outer-conductive tube; an inner-conductive cylindrical tube positioned within the outer-conductive tube, axially aligned along a Z axis, and concentrically aligned with the outer-conductive tube, the inner-conductive cylindrical tube having two shallow-cavities (162-1 and 162-2) on opposing portions of an outer surface of the inner-conductive cylindrical tube, the shallow-cavities each having at least one planar area, the at least one planar area having a cavity length parallel to a Z axis and having at least one cavity width that is perpendicular to the Z axis and perpendicular to a radial direction (r 1) of the inner-conductive cylindrical tube, the at least one cavity width including a minimum width; and two dielectric bars (160-1 and 160-2) each having a first flat surface, the first flat surface having a dielectric length parallel to the Z axis and a dielectric width perpendicular to the Z axis, the dielectric length being less than the cavity length and the dielectric width being less than the minimum width, wherein cross-sections of each of the two dielectric bars taken perpendicular to the Z axis are rectangular in shape, and wherein the first flat surfaces of the respective two dielectric bars contact at least a portion of the respective two planar areas of the two shallow-cavities.
Apparatus for treating a wound surface in a body cavity comprising a dispenser, a container and a connection means which permits fluid communication between the dispenser and container; wherein the dispenser contains a, CMC, carboxymethylcellulose gel-forming fibre; and wherein the container is arranged to contain water or a water mixture for treating the gel-forming fibre to form a haemostatic gel composition
A thermoplastic composition comprising: a) 20 to 90 wt% of a polycarbonate-based resin, b) a laser direct structuring additive and c) at most 30 wt% of ceramic filler particles which do not have a laser direct structuring additive function, wherein b) comprises calcium copper titanate, the amount of calcium copper titanate with respect to the total composition is more than 15 wt%, the composition has a dielectric constant measured at 1 GHz of at least 4.0 and/or at 6 GHz of at least 4.0, the dielectric constant being measured as disclosed in the description a molded part of the composition has UL94 V2, V1 or V0 rating at a thickness of 1.5 mm (±10%). a) 20 to 90 wt% of a polycarbonate-based resin, b) a laser direct structuring additive and c) at most 30 wt% of ceramic filler particles which do not have a laser direct structuring additive function, the amount of calcium copper titanate with respect to the total composition is more than 15 wt%, the composition has a dielectric constant measured at 1 GHz of at least 4.0 and/or at 6 GHz of at least 4.0, the dielectric constant being measured as disclosed in the description a molded part of the composition has UL94 V2, V1 or V0 rating at a thickness of 1.5 mm (±10%).
A synthetic fiber comprising a mixture containing: - 0.1 to 2.7 wt % aerogel particles, said aerogel particles having an average diameter of 1 to 12 μm; and - 85 to 99.9 wt % polymer material, wherein the synthetic fiber has a denier of 0.1 to 9.0. - 0.1 to 2.7 wt % aerogel particles, said aerogel particles having an average diameter of 1 to 12 μm; and - 85 to 99.9 wt % polymer material,
Apparatus for measuring at least a winding resistance of windings in a delta-connected transformer, comprising at least a first and a second DC current source (S1, S2) connected each between the phase ends of a first and a second leg (C; B) respectively of the primary side of the transformer and at least a third DC current source connected between two nodes (a, b) of the secondary side of the transformer and a first and/or a second voltage measurement device, wherein a first DC voltage drop (U 1) on a third leg of the primary side is measurable by the first voltage measurement device and/or a second DC voltage drop (U 2) on a leg of the secondary side of the transformer is measurable by the second voltage measurement device.
A solution of sacrosidase derived from Saccharomyces cerevisiae in about 1:1 glycerol/water having an enzymatic activity of at least about 7500 IU/mL and a residual papain concentration of less than 10 ng/mL for use in a method to treat the symptoms of sucrase-isomaltase deficiency in a human patient, wherein a daily dose of the solution of about 2-10 mL per day does not induce an allergic reaction in the human patient, and wherein the primary structure of the sacrosidase is a 513 amino acid polypeptide that is glycosylated.
A circular stapler with an introducer, wherein, the circular stapler comprising: a staple cartridge assembly, the staple cartridge assembly including a staple cylinder and a staple cartridge being mutually fixed, and a cutter movably disposed in the staple cylinder, a distal end of the staple cartridge being formed with a staple cartridge surface, the staple cylinder being provided with at least one guide hole, wherein: the introducer is a flexible member, the whole shape of the introducer is conical with a hollow cavity, the introducer has a proximal end and a distal end, an outer diameter of the introducer is gradually increased from the distal end to the proximal end and a maximum outer diameter of the proximal end is less than or equal to a maximum outer diameter of the staple cartridge assembly, wherein when the introducer is pulled by an external force, the flexible member is configured to unwind spirally in a sequence from the distal end to the proximal end to finally form a strip body capable of being disengaged from the circular stapler through the guide hole; characterized in that a plane for being attached to the staple cartridge surface is formed at the proximal end of the introducer, and positioning columns connected and fixed to the staple cartridge surface are perpendicularly extended on the plane. the introducer is a flexible member, the whole shape of the introducer is conical with a hollow cavity, the introducer has a proximal end and a distal end, an outer diameter of the introducer is gradually increased from the distal end to the proximal end and a maximum outer diameter of the proximal end is less than or equal to a maximum outer diameter of the staple cartridge assembly, wherein when the introducer is pulled by an external force, the flexible member is configured to unwind spirally in a sequence from the distal end to the proximal end to finally form a strip body capable of being disengaged from the circular stapler through the guide hole; characterized in that a plane for being attached to the staple cartridge surface is formed at the proximal end of the introducer, and positioning columns connected and fixed to the staple cartridge surface are perpendicularly extended on the plane.