mhurhangee/ep-ind-claims huggingface dataset:
A hub lock assembly (100, 200, 300, 400, 500, 600, 700, 800, 900) for retaining a vehicle wheel hub in position, the hub lock assembly comprising a hub lock nut (120, 120', 120") and a mating component (130, 130', 140, 140') with which the hub lock nut (120, 120', 120") is arranged to be mated in a mated position; the hub lock nut (120, 120', 120") comprising a circumferential inner wall defining a central hole, the inner wall having a threaded portion, the hub lock nut (120, 120', 120") comprising at least one resilient portion (122, 122', 122") adapted to be movable in a radial direction outwardly from the central hole when subjected to an external force provided by the mating component (130, 130', 140, 140'), wherein the at least one resilient portion is arranged to provide prevailing torque to the hub lock nut (120, 120', 120") when subjected to the external force, the at least one resilient portion (122, 122', 122") having an engagement area (210, 310) for receiving said external force, wherein the engagement area (210, 310) is located radially outwardly of the threaded portion in the mated position, characterized in that the mating component (130, 130', 140, 140') comprises a protrusion (220, 220', 220") extending radially outwards from the mating component (130, 130', 140, 140') and configured to subject the resilient portion (122, 122', 122") to the external force in the mated position. the hub lock nut (120, 120', 120") comprising a circumferential inner wall defining a central hole, the inner wall having a threaded portion, the hub lock nut (120, 120', 120") comprising at least one resilient portion (122, 122', 122") adapted to be movable in a radial direction outwardly from the central hole when subjected to an external force provided by the mating component (130, 130', 140, 140'), wherein the at least one resilient portion is arranged to provide prevailing torque to the hub lock nut (120, 120', 120") when subjected to the external force, the at least one resilient portion (122, 122', 122") having an engagement area (210, 310) for receiving said external force, wherein the engagement area (210, 310) is located radially outwardly of the threaded portion in the mated position, characterized in that the mating component (130, 130', 140, 140') comprises a protrusion (220, 220', 220") extending radially outwards from the mating component (130, 130', 140, 140') and configured to subject the resilient portion (122, 122', 122") to the external force in the mated position.
A method of determining one or more characteristics of a target object, comprising: determining a first phase map for at least a region of a target object based on radiation directed toward the target object; determining one or more further phase maps for a sub-region of the region of the target object, wherein the one or more further phase maps are determined at a higher resolution than the first phase map, wherein: the one or more further phase maps are based on radiation measured at a detector having a higher resolution than for the first phase map; or the one or more further phase maps are measured at a detector having an optical arrangement with one of a higher magnification and numerical aperture than the first phase map; and determining a number of phase wraps for the sub-region based on the one or more further phase maps for the sub-region; and determining a characteristic of the region of the target object based on the number of phase wraps for sub-region and the first phase map. determining a first phase map for at least a region of a target object based on radiation directed toward the target object; determining one or more further phase maps for a sub-region of the region of the target object, wherein the one or more further phase maps are determined at a higher resolution than the first phase map, wherein: the one or more further phase maps are based on radiation measured at a detector having a higher resolution than for the first phase map; or the one or more further phase maps are measured at a detector having an optical arrangement with one of a higher magnification and numerical aperture than the first phase map; and determining a number of phase wraps for the sub-region based on the one or more further phase maps for the sub-region; and determining a characteristic of the region of the target object based on the number of phase wraps for sub-region and the first phase map. the one or more further phase maps are based on radiation measured at a detector having a higher resolution than for the first phase map; or the one or more further phase maps are measured at a detector having an optical arrangement with one of a higher magnification and numerical aperture than the first phase map; and determining a number of phase wraps for the sub-region based on the one or more further phase maps for the sub-region; and determining a characteristic of the region of the target object based on the number of phase wraps for sub-region and the first phase map.
A multi-view display device comprising: a display including an array of display pixels; a lens array panel including an array of lenses (140, 142, 144) wherein each of the lenses and the display pixels over which the lens is placed forms a multi-view pixel, wherein the MV pixel is configured to emit beamlets in different directions such that an array of MV pixels is configured to form different images visible in different viewing zones located relative to the array of MV pixels, respectively; and an enclosure that includes the display and the lens array panel, wherein the lens array panel comprises: a frame formed of rails (134, 136), and a plurality of lens assemblies supported by the frame and tiled adjacent to each other, wherein each lens assembly includes at least two lens arrays (140, 142, 144) stacked together with at least one internal aperture array (220, 222, 224) that defines apertures (220a, 222a, 224a) corresponding to the lenses of the lens assembly, respectively, between the at least two lens arrays (140, 142, 144), wherein the lens assemblies include at least a first lens assembly that is tiled adjacent to a second lens assembly, wherein at least one of the at least two lens arrays (140, 142, 144) of the first lens assembly includes a side surface in which at least one indentation (142m, 142n) is formed, wherein at least one of the at least two lens arrays (140, 142, 144) of the second lens assembly includes a side surface from which at least one protrusion extends, and wherein the at least one protrusion is disposed within the at least one indentation (142m, 142n). a display including an array of display pixels; a lens array panel including an array of lenses (140, 142, 144) wherein each of the lenses and the display pixels over which the lens is placed forms a multi-view pixel, wherein the MV pixel is configured to emit beamlets in different directions such that an array of MV pixels is configured to form different images visible in different viewing zones located relative to the array of MV pixels, respectively; and an enclosure that includes the display and the lens array panel, wherein the lens array panel comprises: a frame formed of rails (134, 136), and a plurality of lens assemblies supported by the frame and tiled adjacent to each other, wherein each lens assembly includes at least two lens arrays (140, 142, 144) stacked together with at least one internal aperture array (220, 222, 224) that defines apertures (220a, 222a, 224a) corresponding to the lenses of the lens assembly, respectively, between the at least two lens arrays (140, 142, 144), wherein the lens assemblies include at least a first lens assembly that is tiled adjacent to a second lens assembly, wherein at least one of the at least two lens arrays (140, 142, 144) of the first lens assembly includes a side surface in which at least one indentation (142m, 142n) is formed, wherein at least one of the at least two lens arrays (140, 142, 144) of the second lens assembly includes a side surface from which at least one protrusion extends, and wherein the at least one protrusion is disposed within the at least one indentation (142m, 142n).
An urban public transport vehicle, in particular a tramway equipped with a warning device including a warning light mechanism, the warning light mechanism being configured so as to emit a flashing strobe light in the frontwards direction of the vehicle by flashing at a frequency that is higher than 10 Hz, characterized in that the warning light mechanism is configured in order to emit light rays in a downward direction so as to project the strobe light on the ground when it is mounted on the public transport vehicle.
A photosensitive lithographic printing plate comprising a hydrophilic support, a photosensitive layer and a protective layer in this order, wherein the photosensitive layer contains a compound having an ethylenically unsaturated double bond and a polymer binder, and the protective layer contains a sulphonate or a sulphate ester salt in an amount from 0.5 to 10% by weight, calculated in terms of the solid content of the protective layer, represented by the formula R-SO 3 M or R-OSO 3 M wherein R represents an optionally substituted aryl group and M represents a monovalent cation for forming a salt.
A ski comprising a front runner, a centre runner and a rear runner; the runners connectable together to form a longitudinal running surface, the centre runner further comprising a locking mechanism operable to urge the front and rear runners into engagement with the centre runner, the locking mechanism being moveable between a closed position, in which the front and rear runners are urged into engagement with the centre runner, and an open position to allow assembly and disassembly of the runners, wherein the locking mechanism comprises a single control member characterised in that the single control member when moved to the closed position simultaneously urges the front and rear runners into engagement with the centre runner and when moved to the open position allows disassembly of the front and rear runners from the centre runner so that any one of the runners (1, 2 or 3) may be transported separately from any one of the other runners.
Platelet-shaped zinc magnesium pigments, which platelet-shaped zinc magnesium pigments contain 40.8 to 67.8 mol % zinc, 32.2 to 59.2 mol % magnesium and 0 to 7 mol % Mn, Li, Be, Y, Sn, Al, Ti, Fe, Cu and mixtures thereof relative to the total molar quantity of the elements Zn, Mg, Mn, Be, Y,Li, Sn, Al, Ti, Fe and Cu respectively, where the molar % amounts add up to 100 mol %, and the mean thickness h 50 of the pigments is less than 1 μm.
A balloon dilation assembly configured to be used in balloon valvuloplasty comprising at least three outer balloons,, evenly arranged in a circle around a central balloon and fixed to the central balloon, and comprising a further outer balloon which is shorter in length compared with the outer balloons,, and the central balloon and which is not fixed to the central balloon, whereby each balloon has a separate filling tube,,,, used for inflating each balloon separately, characterized in that the short outer balloon is equipped with a sensing and/or stimulation system comprising an electrical pole.
A DC voltage conversion circuit comprising: a first DC power supply; a first semiconductor switching device which is connected to two ends of the first DC power supply through an inductor; and a series circuit which is connected in parallel with the switching device and which includes a rectifier device and a load, so that an input voltage (V i) supplied from the DC power supply can be converted into an output voltage (V o) with a predetermined magnitude by a switching operation of the switching device and supplied to the load; wherein the DC voltage conversion circuit further comprises: a series circuit which is connected to two ends of the rectifier device and which includes a first snubber capacitor and a first snubber diode; and a charging circuit which charges the first snubber capacitor to a voltage (V c) lower than the input voltage (V o) or the output voltage in a period of time when the switching device is ON, characterized in that the charging circuit is constituted by a series circuit of a second DC power supply and a diode. a series circuit which is connected to two ends of the rectifier device and which includes a first snubber capacitor and a first snubber diode; and a charging circuit which charges the first snubber capacitor to a voltage (V c) lower than the input voltage (V o) or the output voltage in a period of time when the switching device is ON, characterized in that the charging circuit is constituted by a series circuit of a second DC power supply and a diode.
A process for preparing a resin by suspension polymerization comprising: i) forming an aqueous suspension, wherein the aqueous suspension comprises an aqueous phase and an organic phase, wherein the organic phase comprises: a) a monomer phase; b) from 0.1 to 5 weight percent of a polymerization initiator; and c) at least one solvent or porogen; wherein the monomer phase comprises at least 50 weight percent of a vinyl pyridine and from 0.1 to 50 weight percent of a crosslinking monomer; ii) establishing polymerization conditions in the suspension; iii) allowing the monomers to polymerize until they have formed water-insoluble particles; and iv) separating the particles from the aqueous phase; further wherein the aqueous phase comprises a mixed salt wherein the mixed salt comprises sodium nitrite and at least one salt selected from the group consisting of sodium bicarbonate, sodium sulphate, sodium phosphate, potassium bicarbonate, and potassium sulphate. i) forming an aqueous suspension, wherein the aqueous suspension comprises an aqueous phase and an organic phase, wherein the organic phase comprises: a) a monomer phase; b) from 0.1 to 5 weight percent of a polymerization initiator; and c) at least one solvent or porogen; wherein the monomer phase comprises at least 50 weight percent of a vinyl pyridine and from 0.1 to 50 weight percent of a crosslinking monomer; a) a monomer phase; b) from 0.1 to 5 weight percent of a polymerization initiator; and c) at least one solvent or porogen; ii) establishing polymerization conditions in the suspension; iii) allowing the monomers to polymerize until they have formed water-insoluble particles; and iv) separating the particles from the aqueous phase;
A method for use in a sensor data exchange node in a communication network, the method comprising: - receiving sensor data from a User Equipment, UE,, - tagging the sensor data with an ID, by a tagging unit of the sensor data exchange node, wherein the ID is created by the sensor data exchange node and wherein the ID is associated with the UE, - transmitting the tagged sensor data to a data processing node, - receiving a value assessment of the sensor data from the data processing node, - determining a reward, based on the received value assessment, by a reward unit, - storing the determination of the reward in a reward database. - receiving sensor data from a User Equipment, UE,, - tagging the sensor data with an ID, by a tagging unit of the sensor data exchange node, wherein the ID is created by the sensor data exchange node and wherein the ID is associated with the UE, - transmitting the tagged sensor data to a data processing node, - receiving a value assessment of the sensor data from the data processing node, - determining a reward, based on the received value assessment, by a reward unit, - storing the determination of the reward in a reward database.
A human serum albumin mutant-linked protein comprising a first polypeptide chain comprising the amino acid sequence of the human serum albumin mutant and a second polypeptide chain linked thereto comprising the amino acid sequence of another protein, wherein the human serum albumin mutant comprising an amino acid sequence that, in comparison with the amino acid sequence set forth as SEQ ID NO:3, lacks not more than 10 amino acid residues and/or has not more than 10 amino acid residues replaced, with the proviso that the asparagine residue occurring at position 318 and the threonine at position 320 from the N-terminus of the amino acid sequence set forth as SEQ ID NO:3 are preserved and linked by peptide bonds via a single amino acid residue except proline that is placed between those two amino acid residues, and wherein the protein is 22K growth hormone or 20K growth hormone.
A portable electronic device, comprising: a first assembly having at least one clip and at least one retention clip having a threaded hole; and a second assembly having at least one spring that engages the clip when the first assembly is inserted into the second assembly and that nondestructively disengages from the clip when the first assembly is removed from the second assembly, wherein the portable electronic device is characterized in that: the first assembly comprises a frame and comprises a display unit and a touch screen mounted to the frame; the clip is connected to the frame and has at least one hole; the second assembly comprises at least one printed circuit board and a metal structure to which the spring is connected; the spring has a spring prong that protrudes into the hole in the clip when the first assembly is inserted into the second assembly; the first and second assemblies comprise mating features that are engaged at a pivot axis at an end of the portable electronic device, so that the first assembly tilts and rotates into the second assembly about the pivot axis during assembly; and the portable electronic device comprises screws that screw into the first assembly through the second assembly at an end of the portable electronic device opposing the pivot axis, wherein the screws each screw into the threaded hole of a respective one of the at least one retention clips of the first assembly to pull the retention clip towards the second assembly in a direction parallel to a surface of the display unit. a first assembly having at least one clip and at least one retention clip having a threaded hole; and a second assembly having at least one spring that engages the clip when the first assembly is inserted into the second assembly and that nondestructively disengages from the clip when the first assembly is removed from the second assembly, wherein the portable electronic device is characterized in that: the first assembly comprises a frame and comprises a display unit and a touch screen mounted to the frame; the clip is connected to the frame and has at least one hole; the second assembly comprises at least one printed circuit board and a metal structure to which the spring is connected; the spring has a spring prong that protrudes into the hole in the clip when the first assembly is inserted into the second assembly; the first and second assemblies comprise mating features that are engaged at a pivot axis at an end of the portable electronic device, so that the first assembly tilts and rotates into the second assembly about the pivot axis during assembly; and the portable electronic device comprises screws that screw into the first assembly through the second assembly at an end of the portable electronic device opposing the pivot axis, wherein the screws each screw into the threaded hole of a respective one of the at least one retention clips of the first assembly to pull the retention clip towards the second assembly in a direction parallel to a surface of the display unit.
A pharmaceutical composition suitable for topical application to the body, said composition comprising daptomycin or a pharmaceutically acceptable salt thereof that is dissolved and/or suspended within an oily vehicle, wherein the daptomycin or pharmaceutically acceptable salt thereof is present in an amount of 0.01 wt.% to 10 wt.% of the total composition, and wherein the moisture content of the composition is less than 1 wt.%.
A process for manufacturing a turbine engine component, said process comprising the steps of: providing a MAXMET composite material; providing a partially machined forging of a material to be used to form said turbine engine component; and joining said MAXMET composite material to said partially machined forging; wherein the step of joining the MAXMET composite material to the partially machined forging comprises diffusion bonding or transient liquid phase brazing of a MAXMET composite ring to said partially machined forging of the material to be used to form said turbine engine component. providing a MAXMET composite material; providing a partially machined forging of a material to be used to form said turbine engine component; and joining said MAXMET composite material to said partially machined forging; wherein the step of joining the MAXMET composite material to the partially machined forging comprises diffusion bonding or transient liquid phase brazing of a MAXMET composite ring to said partially machined forging of the material to be used to form said turbine engine component.
An electronic device, having a light-based finger gesture user interface system comprising: a housing comprising a cavity formed by walls extending from a bottom opening to a top opening; a touch screen display mounted in said housing such that the whole cavity is disposed along a side of the display, separate from the display; a detector mounted in said walls, comprising a plurality of light emitters that project light beams into the cavity and a plurality of light receivers that measure intensities of blocked and unblocked ones of the projected light beams; and a processor connected to said detector and to said display for generating touch position data in response to a first object touching said display based on output received from said display, for generating cavity insertion data in response to a second object, different than the first object, concurrently being inside the cavity based on output received from said detector, and for combining the touch position data and the cavity insertion data into input for the electronic device, wherein the cavity insertion data includes location and tilt of the second object inside the cavity. a housing comprising a cavity formed by walls extending from a bottom opening to a top opening; a touch screen display mounted in said housing such that the whole cavity is disposed along a side of the display, separate from the display; a detector mounted in said walls, comprising a plurality of light emitters that project light beams into the cavity and a plurality of light receivers that measure intensities of blocked and unblocked ones of the projected light beams; and a processor connected to said detector and to said display for generating touch position data in response to a first object touching said display based on output received from said display, for generating cavity insertion data in response to a second object, different than the first object, concurrently being inside the cavity based on output received from said detector, and for combining the touch position data and the cavity insertion data into input for the electronic device, wherein the cavity insertion data includes location and tilt of the second object inside the cavity.
An axially split pump for conveying a fluid, having an axially split housing that comprises a bottom part and a cover, wherein the bottom part has a first sealing surface and the cover has a second sealing surface, wherein the bottom part and the cover can be fastened to one another in such a way that the two sealing surfaces (212, 222) have direct contact with one another, wherein at least one first sealing groove is provided in the sealing surfaces (212, 222) for the reception of a first sealing element, and wherein at least one second sealing groove (29; 29'; 214) is provided for the reception of a second sealing element (11; 12), wherein the first sealing groove and the second sealing groove (29; 29'; 214) are connected to one another through a connection region, and an elastic pre-load element is provided in the connection region, the pre-loading element exerting a pre-load onto one of the two sealing elements (10, 11, 12) characterized in that an elastic pre-load element is provided as a spring.