mhurhangee/ep-ind-claims huggingface dataset:
A recording medium comprising a base and an ink receiving layer, wherein the ink receiving layer contains inorganic particles; the recording medium has, on an ink receiving layer side thereof, a surface having an arithmetic mean roughness of 0.8 μm or more in accordance with Japanese Industrial Standards B 0601:2001; the surface of the recording medium includes openings having a width of 30 μm or less and a length of 500 μm or less, the width of an opening being defined as a diameter of a largest circle inscribed in the opening and the length of an opening being defined as a length of a longest straight line connecting two arbitrary points on an outline of the opening; and the number of the openings is 5 or more and 30 or less per 1 mm 2 of the surface of the recording medium. the ink receiving layer contains inorganic particles; the recording medium has, on an ink receiving layer side thereof, a surface having an arithmetic mean roughness of 0.8 μm or more in accordance with Japanese Industrial Standards B 0601:2001; the surface of the recording medium includes openings having a width of 30 μm or less and a length of 500 μm or less, the width of an opening being defined as a diameter of a largest circle inscribed in the opening and the length of an opening being defined as a length of a longest straight line connecting two arbitrary points on an outline of the opening; and the number of the openings is 5 or more and 30 or less per 1 mm 2 of the surface of the recording medium.
Apparatus for producing fibre preforms (28, 28.1) which represent, in particular, a preliminary stage during the production of fibre-reinforced plastic components, the apparatus having a plurality of unwinding stations (1, 1.1, 2, 2.1) for the provision of a plurality of yarns or rovings and a plurality of grippers (5, 5.1) which can in each case grip individual yarns or rovings or a plurality of yarns or rovings at their start (20, 20'), it being possible for each gripper (5, 5.1) to be moved to and fro on a path between a maximum position (8, 8.1) and a pick-up position (9, 9.1), and the pick-up position (9, 9.1) being provided at a yarn transfer point (14, 14.1) and being closer to the unwinding station (1, 1.1, 2, 2.1) than the maximum position (8, 8.1), each gripper (5, 5.1) having a dedicated maximum position (9, 9.1) and being assigned to a dedicated yarn transfer point (14, 14.1), and it being possible for the grippers (5, 5.1) to be moved in each case individually on paths which are substantially parallel to one another, characterized in that a mould (15, 15', 15.1, 16, 16') can be turned in the apparatus in such a way that a further layer (26.1, 27.1) comprising yarns or rovings can be applied, to be precise with a different fibre direction, preferably turned by approximately 30°, 45°, 60° or 90°, to a first draped, preferably also fixed, layer (25, 25.1) comprising yarns or rovings.
An adhesion strength measurement system for a wet electrode specimen, the adhesion strength measurement system comprising: an electrode specimen having a metal current collector and an electrode mixture layer on one or both sides of the metal current collector, the electrode specimen comprising a self-standing region; an adhesion strength measurement unit comprising a grip part configured to grip the self-standing region of the electrode specimen, being the self-standing region the region of the electrode specimen configured to be gripped by the grip part of the adhesion strength measurement unit; a test substrate configured to attach a surface of the mixture layer of the electrode specimen, said surface being a region other than the self-standing region; an electrolyte solution; a fixing jig having one surface in which a recessed portion of a structure recessed to hold the electrolyte solution is formed, wherein the fixing jig is configured to fix the test substrate so that a region other than the self-standing region of the electrode specimen attached to the test substrate is immersed in the electrolyte solution, while the self-standing region is not impregnated with the electrolyte solution; and the adhesion strength measurement unit being configured to measure a force at which the mixture layer of the electrode specimen is peeled off by applying a tensile force to the gripped self-standing region of the electrode specimen; wherein the adhesion strength measurement unit further comprises an output unit configured to output the force at which the mixture layer of the electrode specimen is peeled off an electrode specimen having a metal current collector and an electrode mixture layer on one or both sides of the metal current collector, the electrode specimen comprising a self-standing region; an adhesion strength measurement unit comprising a grip part configured to grip the self-standing region of the electrode specimen, being the self-standing region the region of the electrode specimen configured to be gripped by the grip part of the adhesion strength measurement unit; a test substrate configured to attach a surface of the mixture layer of the electrode specimen, said surface being a region other than the self-standing region; an electrolyte solution; a fixing jig having one surface in which a recessed portion of a structure recessed to hold the electrolyte solution is formed, wherein the fixing jig is configured to fix the test substrate so that a region other than the self-standing region of the electrode specimen attached to the test substrate is immersed in the electrolyte solution, while the self-standing region is not impregnated with the electrolyte solution; and the adhesion strength measurement unit being configured to measure a force at which the mixture layer of the electrode specimen is peeled off by applying a tensile force to the gripped self-standing region of the electrode specimen; wherein the adhesion strength measurement unit further comprises an output unit configured to output the force at which the mixture layer of the electrode specimen is peeled off
Optical apparatus, comprising an optical imaging arrangement generating either an image of the original object field or the field of the original sample (14, 23, 40) at the pupil plane which image or field consists of both amplitude and phase information, further comprising a digital adaptive optics arrangement with a wave front sensor for measuring the amplitude and the phase information and a computing unit, characterized in that the computing unit is adapted to generate at least one orthogonally translated digital copy of the original sample object field at the spatial Fourier or pupil plane being shifted by at least one pixel in orthogonal directions and to automatically determine a wave front error based on the phase difference between the measured original sample wave front and its digital copy or copies.
Chassis control arm with an air-guiding device, wherein the chassis control arm has at least one terminal bearing section, comprising supporting means for the chassis control arm, and a middle section and wherein the air-guiding device has a flat air-guiding element and a connecting section, characterised in that the connecting section has at least one elastically bendable connecting element, which is detachably fastened on a contact section of the supporting means, said contact section protruding from a side web of the chassis control arm.
A compound of the formula in which, independently, R 1 is selected from H and methyl; R 2 is selected from H, and methyl; R 3 is selected from H, methyl and ethyl; R 4 is selected from H, methyl and ethyl; or R 3 and R4 together form a ring in which n is 1 or 2. R 1 is selected from H and methyl; R 2 is selected from H, and methyl; R 3 is selected from H, methyl and ethyl; R 4 is selected from H, methyl and ethyl; or R 3 and R4 together form a ring in which n is 1 or 2.
A power plant comprising: a generator cooled by hydrogen gas and comprising stator terminals, one for each phase; a terminal compartment located adjacent the generator for housing the stator terminals; a generator auxiliary equipment compartment distinct from the stator terminal compartment, the generator auxiliary equipment compartment housing generator auxiliary equipment; a main bus extending from the terminal compartment, the main bus comprising isolated phase bus duct, one for each phase, each isolated phase bus duct having a first conductor and an enclosure surrounding the first conductor extending outside of the terminal compartment, the first conductor being connected with a corresponding one of the stator terminals inside the terminal compartment; first electrically insulating sealing bushings each one of which surrounds one of the first conductors within the enclosure of each isolated phase bus duct to seal against the escape of hydrogen gas from the terminal compartment along the isolated phase bus duct; and, electrical tap connections, one for each phase, between the main bus and the generator auxiliary equipment for drawing electrical power from the main bus to the generator auxiliary equipment, and the tap connections being positioned downstream of the first electrically insulating sealing bushings. a generator cooled by hydrogen gas and comprising stator terminals, one for each phase; a terminal compartment located adjacent the generator for housing the stator terminals; a generator auxiliary equipment compartment distinct from the stator terminal compartment, the generator auxiliary equipment compartment housing generator auxiliary equipment; a main bus extending from the terminal compartment, the main bus comprising isolated phase bus duct, one for each phase, each isolated phase bus duct having a first conductor and an enclosure surrounding the first conductor extending outside of the terminal compartment, the first conductor being connected with a corresponding one of the stator terminals inside the terminal compartment; first electrically insulating sealing bushings each one of which surrounds one of the first conductors within the enclosure of each isolated phase bus duct to seal against the escape of hydrogen gas from the terminal compartment along the isolated phase bus duct; and, electrical tap connections, one for each phase, between the main bus and the generator auxiliary equipment for drawing electrical power from the main bus to the generator auxiliary equipment, and the tap connections being positioned downstream of the first electrically insulating sealing bushings.
Baking device comprising a frame and a plurality of baking moulds which can be inserted into the frame from the top and comprise tabs which engage over mutually opposing limbs of the frame, characterised in that latching devices having latching bodies engaging into latching recesses are provided between the resiliently formed tabs and the frame limbs, over which the tabs engage.
Arrangement having a door in which between a door leaf and a frame, an intermediate space is provided in which a sole axis of rotation of the door leaf runs, and having an automatic seal which has a housing, a movable seal profile, a mechanism for moving the seal profile relative to the housing and a depressible trigger for actuating the mechanism, which trigger projects beyond the housing on one hinge side when the seal is not triggered, wherein the automatic seal has a retaining bar fastened to the mechanism, characterised in that the housing, the trigger and the seal profile of the automatic seal project beyond the door leaf on the hinge side and into the intermediate space between the door leaf and the frame, the trigger of the automatic seal is at a distance from the frame even when the door is closed in the triggered state, the arrangement has a stop which is fastened to the frame and is arranged between the frame and the trigger of the seal, wherein the trigger bears against the stop when the seal is triggered, the arrangement has a seal element which, at least when the door is in the closed state, is arranged in an area between the hinge-side end of the seal profile, the base and the frame and seals the latter, and either - the seal element is fastened indirectly or directly to the seal profile and/or abuts against it, or - the seal element is fastened to the retaining bar or - the arrangement has a connecting element which is fastened to the retaining bar and to which the seal element is fastened. the housing, the trigger and the seal profile of the automatic seal project beyond the door leaf on the hinge side and into the intermediate space between the door leaf and the frame, the trigger of the automatic seal is at a distance from the frame even when the door is closed in the triggered state, the arrangement has a stop which is fastened to the frame and is arranged between the frame and the trigger of the seal, wherein the trigger bears against the stop when the seal is triggered, the arrangement has a seal element which, at least when the door is in the closed state, is arranged in an area between the hinge-side end of the seal profile, the base and the frame and seals the latter, and either - the seal element is fastened indirectly or directly to the seal profile and/or abuts against it, or - the seal element is fastened to the retaining bar or - the arrangement has a connecting element which is fastened to the retaining bar and to which the seal element is fastened. - the seal element is fastened indirectly or directly to the seal profile and/or abuts against it, or - the seal element is fastened to the retaining bar or - the arrangement has a connecting element which is fastened to the retaining bar and to which the seal element is fastened.
A machine implemented method comprising: acquiring at a mobile device a plurality of satellite positioning system signals to facilitate a position fix; performing at the mobile device a position fix using the acquired satellite positioning system signals; and in response to detecting an erroneous condition, performing at the mobile device a further position fix; wherein the erroneous condition is detected by comparing the position fix to an initial position of the mobile device; characterized by before acquiring the plurality of satellite positioning system signals, determining the initial position of the mobile device based on the knowledge of the location of an associated base station of a terrestrial wireless network or a base station ID acquired at the mobile device, wherein the initial position is used to focus the search for positioning satellites to reduce the acquisition time of the plurality of satellite positioning system signals; and wherein, in response to said detection of said erroneous condition, and based at least in part on reliability of a position fix, initiating a full sky scan to acquire one or more positioning signals; wherein performing a further position fix comprises restarting the position fix process at said mobile device to obtain a position fix independently of said initial position by using the positioning signals acquired by the full sky scan. acquiring at a mobile device a plurality of satellite positioning system signals to facilitate a position fix; performing at the mobile device a position fix using the acquired satellite positioning system signals; and in response to detecting an erroneous condition, performing at the mobile device a further position fix; performing at the mobile device a position fix using the acquired satellite positioning system signals; and in response to detecting an erroneous condition, performing at the mobile device a further position fix; wherein the erroneous condition is detected by comparing the position fix to an initial position of the mobile device; characterized by before acquiring the plurality of satellite positioning system signals, determining the initial position of the mobile device based on the knowledge of the location of an associated base station of a terrestrial wireless network or a base station ID acquired at the mobile device, wherein the initial position is used to focus the search for positioning satellites to reduce the acquisition time of the plurality of satellite positioning system signals; and wherein, in response to said detection of said erroneous condition, and based at least in part on reliability of a position fix, initiating a full sky scan to acquire one or more positioning signals; wherein performing a further position fix comprises restarting the position fix process at said mobile device to obtain a position fix independently of said initial position by using the positioning signals acquired by the full sky scan.
A diaper sheath comprising: a shell having an inner panel and an outer panel, each of said inner and outer panels having a front portion and a back portion, each of said panels attached peripherally one to the other in matched contour to form a front edge, a back edge, and a first side edge and a second side edge; a first intermediate pocket and a second intermediate pocket set along the first side edge and the second side edge respectively, each intermediate pocket having at least one opening; and a first intermediate strip and a second intermediate strip set inside each of the first and second intermediate pockets respectively, the first and second intermediate strips each having an anchor portion attached to an attachment ring, and an elongated portion having a loop formed through a slide, the loop passing through the attachment ring and having a continuously adjustable length selected by moving the slide to a desired position along the elongated portion. a shell having an inner panel and an outer panel, each of said inner and outer panels having a front portion and a back portion, each of said panels attached peripherally one to the other in matched contour to form a front edge, a back edge, and a first side edge and a second side edge; a first intermediate pocket and a second intermediate pocket set along the first side edge and the second side edge respectively, each intermediate pocket having at least one opening; and a first intermediate strip and a second intermediate strip set inside each of the first and second intermediate pockets respectively, the first and second intermediate strips each having an anchor portion attached to an attachment ring, and an elongated portion having a loop formed through a slide, the loop passing through the attachment ring and having a continuously adjustable length selected by moving the slide to a desired position along the elongated portion.
Use of fenofibrate, fenofibric acid or a physiologically acceptable salt of fenofibric acid for the manufacture of a medicament for the treatment of retinopathy, in particular diabetic retinopathy.
A mid-turbine frame for a gas turbine engine comprising at least one spoke for connecting an outer frame case to an inner frame case, wherein the at least one spoke includes an inlet passage, characterised in that: the at least one spoke further includes at least two branches (120, 122) extending transverse to the inlet passage and fluidly coupled thereto, the at least two branches being configured to direct airflow to a low-rotor cavity; the at least one spoke includes a cylindrical portion extending in a radial direction and a flange on a radially inner end; and the inlet passage extends through the cylindrical portion and the at least two branches (120, 122) at least partially extend through the flange. the at least one spoke further includes at least two branches (120, 122) extending transverse to the inlet passage and fluidly coupled thereto, the at least two branches being configured to direct airflow to a low-rotor cavity; the at least one spoke includes a cylindrical portion extending in a radial direction and a flange on a radially inner end; and the inlet passage extends through the cylindrical portion and the at least two branches (120, 122) at least partially extend through the flange.
A method for manufacturing a magnetic structure for a magnetic device, the method comprising: providing a bottom electrode layer; forming a SrTiO 3, STO, stack on the bottom electrode layer by Atomic Layer Deposition, ALD, of at least two different STO nanolaminates; forming a magnetic layer on the STO stack; and forming a Perpendicular Magnetic Anisotropy, PMA, promoting layer on the magnetic layer, the PMA promoting layer being configured to promote PMA in the magnetic layer. providing a bottom electrode layer; forming a SrTiO 3, STO, stack on the bottom electrode layer by Atomic Layer Deposition, ALD, of at least two different STO nanolaminates; forming a magnetic layer on the STO stack; and forming a Perpendicular Magnetic Anisotropy, PMA, promoting layer on the magnetic layer, the PMA promoting layer being configured to promote PMA in the magnetic layer.
Tyre for a heavy vehicle of construction plant type, comprising a crown reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the crown reinforcement comprising a protective reinforcement, a working reinforcement and a hoop reinforcement, - the protective reinforcement, which is radially outermost in the crown reinforcement, comprising at least one protective layer (51, 52), the protective layer (51, 52) comprising metallic reinforcers that form an angle at least equal to 10° with a circumferential direction (XX') tangential to the circumference of the tyre, - the working reinforcement comprising at least two working layers (61, 62), each working layer (61, 62) comprising metallic reinforcers that form an angle at least equal to 15° and at most equal to 45° with the circumferential direction (XX') and are crossed from one working layer to the next, - the hoop reinforcement comprising at least two hooping layers (71, 72), each hooping layer (71, 72) comprising metallic reinforcers that are coated in an elastomeric coating material and form an angle at most equal to 2.5° with the circumferential direction (XX'), characterized in that each hooping layer (71, 72) is formed by a circumferential winding in a ring, in the circumferential direction (XX'), of at least one portion of a ply of metallic reinforcers (81, 82), extending from an initial end (811, 821) to a final end (812, 822), such that the hooping layer (71, 72) comprises at least one discontinuity (91, 92), and in that any discontinuity in a first hooping layer is positioned circumferentially so as to form an angle B at least equal to 90°, and in that a hooping layer comprising a first discontinuity and a second discontinuity, wherein the first and second discontinuities (921, 922) in the hooping layer are respectively positioned circumferentially so as to form an angle C at least equal to 90° between one another. - the crown reinforcement comprising a protective reinforcement, a working reinforcement and a hoop reinforcement, - the protective reinforcement, which is radially outermost in the crown reinforcement, comprising at least one protective layer (51, 52), the protective layer (51, 52) comprising metallic reinforcers that form an angle at least equal to 10° with a circumferential direction (XX') tangential to the circumference of the tyre, - the working reinforcement comprising at least two working layers (61, 62), each working layer (61, 62) comprising metallic reinforcers that form an angle at least equal to 15° and at most equal to 45° with the circumferential direction (XX') and are crossed from one working layer to the next, - the hoop reinforcement comprising at least two hooping layers (71, 72), each hooping layer (71, 72) comprising metallic reinforcers that are coated in an elastomeric coating material and form an angle at most equal to 2.5° with the circumferential direction (XX'),