mhurhangee/ep-ind-claims huggingface dataset:
An ink jet printing apparatus for printing an image on a print medium by using a print head which can eject at least a first ink droplet and a second ink droplet, the ink jet printing apparatus comprising: means for main-scanning the print head relative to the print medium in a forward direction and in a backward direction; and means for executing ejections of the first ink droplet and the second ink droplet toward a same pixel on the print medium in main scans of different directions; wherein a satellite of the first ink droplet ejected toward the same pixel lands shifted in the forward or backward direction with respect to main dots of the first and second ink droplet that land on the same pixel and a satellite of the second ink droplet lands shifted, with respect to the main dots of the first and second ink droplet, in a direction opposite the direction in which the satellite of the first ink droplet shifts, and wherein the dots formed by said satellites are separate from said main dots and the first and second ink droplet have the same hue and are ejected in different volumes. means for main-scanning the print head relative to the print medium in a forward direction and in a backward direction; and means for executing ejections of the first ink droplet and the second ink droplet toward a same pixel on the print medium in main scans of different directions; wherein a satellite of the first ink droplet ejected toward the same pixel lands shifted in the forward or backward direction with respect to main dots of the first and second ink droplet that land on the same pixel and a satellite of the second ink droplet lands shifted, with respect to the main dots of the first and second ink droplet, in a direction opposite the direction in which the satellite of the first ink droplet shifts, and wherein the dots formed by said satellites are separate from said main dots and the first and second ink droplet have the same hue and are ejected in different volumes.
A computer-implemented method for classifying an agent controlling a client device requesting content from a server, comprising: generating a probability look-up table, comprising a plurality of abnormal probability values, each abnormal probability value corresponding to a sequence of events at a corresponding time; monitoring a plurality of different events associated with a request for content made by a client device to a server; storing the monitored events in an evidence vector, together with the time the events occurred; processing the evidence vector to derive a sequence of events; identifying an abnormal probability value from the probability look-up table by proceeding along a row associated with the derived sequence of events in the probability look-up table until a lowest time is found for which the abnormal probability value is greater than a predetermined level of confidence; setting a classification time to a time corresponding to the identified abnormal probability value, the classification time representing a time at which a probability that an agent controlling the client device is illegitimate exceeds a predetermined threshold; and classifying the agent controlling the client device requesting content from the server as illegitimate, when the time period represented by the difference between the classification time and the time of a first event of the request has elapsed. generating a probability look-up table, comprising a plurality of abnormal probability values, each abnormal probability value corresponding to a sequence of events at a corresponding time; monitoring a plurality of different events associated with a request for content made by a client device to a server; storing the monitored events in an evidence vector, together with the time the events occurred; processing the evidence vector to derive a sequence of events; identifying an abnormal probability value from the probability look-up table by proceeding along a row associated with the derived sequence of events in the probability look-up table until a lowest time is found for which the abnormal probability value is greater than a predetermined level of confidence; setting a classification time to a time corresponding to the identified abnormal probability value, the classification time representing a time at which a probability that an agent controlling the client device is illegitimate exceeds a predetermined threshold; and classifying the agent controlling the client device requesting content from the server as illegitimate, when the time period represented by the difference between the classification time and the time of a first event of the request has elapsed.
An aircraft galley waste bin extraction unit for use with an aircraft galley waste bin having a plurality of walls, the aircraft galley waste bin extraction unit comprising: a first compartment having a plurality of walls for conforming with the walls of the waste bin; said plurality of walls of said first compartment including a common wall; an extraction chamber adjoining the first compartment, and sharing said common wall with said first compartment; and a platform within the common wall including a hinged bottom edge that allows the platform to pivot into a horizontal position, the deploying of the platform forming a window through which the waste bin can pass through from the first compartment to the extraction chamber; the aircraft galley waste bin extraction unit being characterised by: said extraction chamber including a rear wall and a side wall, the side wall having a rest; said platform being configured to pivot against said rest on the extraction chamber side wall; and a retractable ramp downwardly extendable from the platform. a first compartment having a plurality of walls for conforming with the walls of the waste bin; said plurality of walls of said first compartment including a common wall; an extraction chamber adjoining the first compartment, and sharing said common wall with said first compartment; and a platform within the common wall including a hinged bottom edge that allows the platform to pivot into a horizontal position, the deploying of the platform forming a window through which the waste bin can pass through from the first compartment to the extraction chamber; the aircraft galley waste bin extraction unit being characterised by: said extraction chamber including a rear wall and a side wall, the side wall having a rest; said platform being configured to pivot against said rest on the extraction chamber side wall; and a retractable ramp downwardly extendable from the platform. said extraction chamber including a rear wall and a side wall, the side wall having a rest; said platform being configured to pivot against said rest on the extraction chamber side wall; and a retractable ramp downwardly extendable from the platform.
A melt level detection apparatus for detecting a melt level of a raw-material melted in a crucible provided in a Czochralski monocrystal pulling apparatus comprising a heat shield, characterised in that the melt level detection apparatus comprises: - a laser beam projector that projects a laser beam onto a melt surface of the raw material; - a photodetector that receives the laser beam regularly reflected on the melt surface of the raw material; - scanning means that scans the laser beam in a radial direction of the crucible within a scanning range up to a near bottom portion of the heat shield from a melt in the vicinity of a meniscus developed about a periphery of a monocrystal being pulled; and - calculating means that, after the scanning means scans within the scanning range, catches a position of the measurement spot where the laser beam regularly reflected on the melt surface of the raw-material is received by the photodetector from within the scanning range, and calculates the melt level based on the position of the measurement spot using a principle of triangulation, and that the laser projector and the photodetector are disposed above the crucible to oppose to each other within a vertical plane including a scanning path in a direction substantially right angle to a vertical plane including a scanning path, the laser projector and the photodetector being disposed so as to sandwich the scanning path. - a laser beam projector that projects a laser beam onto a melt surface of the raw material; - a photodetector that receives the laser beam regularly reflected on the melt surface of the raw material; - scanning means that scans the laser beam in a radial direction of the crucible within a scanning range up to a near bottom portion of the heat shield from a melt in the vicinity of a meniscus developed about a periphery of a monocrystal being pulled; and - calculating means that, after the scanning means scans within the scanning range, catches a position of the measurement spot where the laser beam regularly reflected on the melt surface of the raw-material is received by the photodetector from within the scanning range, and calculates the melt level based on the position of the measurement spot using a principle of triangulation, and that the laser projector and the photodetector are disposed above the crucible to oppose to each other within a vertical plane including a scanning path in a direction substantially right angle to a vertical plane including a scanning path, the laser projector and the photodetector being disposed so as to sandwich the scanning path.
Packaging paper having barrier properties particularly with respect to oily and greasing materials, made from a base paper having a basis weight of between 15 g/m 2 and 500 g/m 2 and a porosity of greater than 150 Gurley-s according to ISO 5636/5:2013, with a pulp mix consisting of a fraction of 0 to 70% long fibres and 30 to 100% short fibres, with an ash fraction according to DIN 54370:2007 of less than 15%, and with an auxiliary, characterized in that the paper on at least one surface has a barrier layer formed at least of a nanoscale cationic potato starch as film former and/or a nanoscale modified corn starch as film former, a platelet-shaped pigment having an aspect ratio of greater than 1:20, preferably of greater than 1:40, more particularly of 1:80, and an anionic surface hydrophobizing agent as surface sizing agent. having a basis weight of between 15 g/m 2 and 500 g/m 2 and a porosity of greater than 150 Gurley-s according to ISO 5636/5:2013, with a pulp mix consisting of a fraction of 0 to 70% long fibres and 30 to 100% short fibres, with an ash fraction according to DIN 54370:2007 of less than 15%, and with an auxiliary, characterized in that the paper on at least one surface has a barrier layer formed at least of a nanoscale cationic potato starch as film former and/or a nanoscale modified corn starch as film former, a platelet-shaped pigment having an aspect ratio of greater than 1:20, preferably of greater than 1:40, more particularly of 1:80, and an anionic surface hydrophobizing agent as surface sizing agent.
A matrix multiply unit implemented as a two-dimensional systolic array comprising: a plurality of cells (650, 660) arranged in columns of the systolic array; at least one chain of weight shift registers (635, 655) per column of the systolic array; wherein each weight shift register is connected to only one chain and each cell is connected to only one weight shift register of said at least one chain, said at least one chain having two injection points (680a, 680b, 681a, 681b) for injecting weight values, one at the top of the column, and the other at a second point in the column; a weight matrix register per cell configured to store a weight input received from a weight shift register; and a multiply unit that is coupled to the weight matrix register and configured to multiply the weight input of the weight matrix register with a vector data input in order to obtain a multiplication result. a plurality of cells (650, 660) arranged in columns of the systolic array; at least one chain of weight shift registers (635, 655) per column of the systolic array; wherein each weight shift register is connected to only one chain and each cell is connected to only one weight shift register of said at least one chain, said at least one chain having two injection points (680a, 680b, 681a, 681b) for injecting weight values, one at the top of the column, and the other at a second point in the column; a weight matrix register per cell configured to store a weight input received from a weight shift register; and a multiply unit that is coupled to the weight matrix register and configured to multiply the weight input of the weight matrix register with a vector data input in order to obtain a multiplication result.
A flat structure with a load take-up device, the load take-up device having at least one load bearing member that is anchored or can be anchored on a support structure (10, 41) and that forms at least one transfer surface for the engagement of a tensioning means for introducing load forces, such as cable forces or tension forces, of the flat structure for clamping the latter into the support structure (10, 41), characterised in that the transfer surface is designed at least partially in a convex manner or is formed by surface areas that are circumscribed by a convexly curved envelope.
A pharmaceutical composition comprising an isolated antibody that comprises a heavy chain variable domain sequence comprising SEQ ID NO:3 and a light chain variable domain sequence comprising SEQ ID NO:4, and wherein said antibody specifically binds human IL-17 receptor A, for use in a method of treating psoriasis in an adult or juvenile patient having psoriasis, wherein the method comprises administering to said patient the pharmaceutical in a single or divided dose of about 70 to about 300 mg antibody per dose administered at time "0" (the first administration), at one week post time "0", and then administered every two weeks following the week one administration.
A method of forming end-form structures having complex shapes, from recycled waste plastics of different types, the method comprising: i) providing partially molten agglomerated plastics in noodle form, the noodles having varying lengths of from 5 mm to 100 mm and diameters of from 5 mm to 10 mm; ii) delivering the partially molten agglomerated plastic noodles to a shaper; iii) forming an end-form of agglomerated plastics in the shaper by controlling movement and/or position of the shaper, the end-form comprising the agglomerated plastic noodles welded together with voids therebetween; and iv) cooling at least an outer profile of the end-form to form the structure; wherein either: a) step ii) comprises delivering the molten agglomerated plastic noodles to a mould having at least one curved side and step iii) comprises forming a desired end-form of agglomerated plastic noodles by moving the mould as the molten agglomerated plastic noodles are delivered to the mould or b) step ii) comprises conveying the molten agglomerated plastics to a chute with one or more vertically oriented curved profile shaped conveyors and step iii) comprises forming a desired end-form extrusion of agglomerated plastics welded together by flowing the molten agglomerated plastics through the chute shaped to correspond to the desired end-form, and then through the one or more vertically oriented curved profile shaped conveyors. i) providing partially molten agglomerated plastics in noodle form, the noodles having varying lengths of from 5 mm to 100 mm and diameters of from 5 mm to 10 mm; ii) delivering the partially molten agglomerated plastic noodles to a shaper; iii) forming an end-form of agglomerated plastics in the shaper by controlling movement and/or position of the shaper, the end-form comprising the agglomerated plastic noodles welded together with voids therebetween; and iv) cooling at least an outer profile of the end-form to form the structure; a) step ii) comprises delivering the molten agglomerated plastic noodles to a mould having at least one curved side and step iii) comprises forming a desired end-form of agglomerated plastic noodles by moving the mould as the molten agglomerated plastic noodles are delivered to the mould or b) step ii) comprises conveying the molten agglomerated plastics to a chute with one or more vertically oriented curved profile shaped conveyors and step iii) comprises forming a desired end-form extrusion of agglomerated plastics welded together by flowing the molten agglomerated plastics through the chute shaped to correspond to the desired end-form, and then through the one or more vertically oriented curved profile shaped conveyors.
Heat transfer device comprising a heat pump for transferring heat between a first fluid and a second fluid, whereby a supply line of the heat pump for the first fluid being connected to a storage tank, whereby the storage tank being connected to an inlet line for the first fluid, wherein a return line of the heat pump is connected to the storage tank, wherein a control device with at least one temperature sensor for detecting a first temperature value of the first fluid at a first position of the heat transfer device controls a changeover valve, whereby the control device switching the changeover valve between a first position and a second position as a function of the first temperature value, characterized in that the changeover valve is arranged in the return line, in that, in the first position, the changeover valve feeds the first fluid returning from the heat pump back into the storage tank, in that, in the second position, the changeover valve diverts the first fluid returning from the heat pump into an outlet line.
A transfer coupling comprising a static component and a rotatable component arranged concentrically, the static component including a first number of radially extending ports and the rotatable component comprising a second number of radially extending ports, the radially extending ports arranged in a common circumferential plane; the ports on each component being equally spaced around the component; and the packing factor of ports on the first of the components being at least 40%; characterised in that the number of ports on a first of the components (n-1) is one less than the number of ports (n) on the second of the components, and the ports on each component share the same geometry.
An apparatus for displaying an image, comprising: a display panel configured to display an image on an image screen in response to an image signal; a periodic signal provider configured to generate and output image data signals and timing control signals to the display panel in response to an input image signal, and to generate a periodic pulse signal comprising a dimming signal indicating brightness information of the input image signal; a backlight subsystem having a light emitting device that is configured to provide light to the display panel and a backlight control circuit that is arranged to sense an operating voltage of the light emitting device and adapted to generate a control signal to control said light emitting device in accordance with the periodic signal and the sensed operating voltage; characterized in that the backlight subsystem is arranged to determine whether the sensed operating voltage is within a preset voltage range and to control the light emitting device according to the periodic signal without adjusting the pulse width of the periodic signal when the sensed operating voltage is within the preset voltage range, and to control the light emitting device according to a signal generated by linearly decreasing the pulse width of the periodic signal in proportion to the amount by which the sensed operating voltage is outside of the preset voltage range. a display panel configured to display an image on an image screen in response to an image signal; a periodic signal provider configured to generate and output image data signals and timing control signals to the display panel in response to an input image signal, and to generate a periodic pulse signal comprising a dimming signal indicating brightness information of the input image signal; a backlight subsystem having a light emitting device that is configured to provide light to the display panel and a backlight control circuit that is arranged to sense an operating voltage of the light emitting device and adapted to generate a control signal to control said light emitting device in accordance with the periodic signal and the sensed operating voltage;
An asparagine synthase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein proline, which is an amino acid corresponding to position 192 of SEQ ID NO: 3, is substituted with leucine.
A three-dimensional fabrication apparatus comprising: a fabrication chamber in which powder is layered to form a powder layer, the powder of the powder layer is bonded together to form a layered fabrication object, and another layered fabrication object is laminated on the layered fabrication object; a first collection recycling device configured to collect the powder discharged outside the fabrication chamber and to perform a first processing of restoring the collected powder to a usable state; and a second collection recycling device configured to collect the powder in the fabrication chamber and to perform a second processing of restoring the collected powder to a usable state, the second processing performed by the second collection recycling device at least partially differing from the first processing performed by the first collection recycling device. a fabrication chamber in which powder is layered to form a powder layer, the powder of the powder layer is bonded together to form a layered fabrication object, and another layered fabrication object is laminated on the layered fabrication object; a first collection recycling device configured to collect the powder discharged outside the fabrication chamber and to perform a first processing of restoring the collected powder to a usable state; and a second collection recycling device configured to collect the powder in the fabrication chamber and to perform a second processing of restoring the collected powder to a usable state, the second processing performed by the second collection recycling device at least partially differing from the first processing performed by the first collection recycling device.
A method for forming a component, the method comprising: laying up a plurality of ceramic matrix composite, CMC, plies to form a CMC component preform, wherein the plurality of CMC plies comprises a plurality of first CMC plies and a plurality of second CMC plies, each of the first and second CMC plies comprising a plurality of ceramic fibers, the CMC component preform defining an axis of symmetry and a circumferential direction, wherein laying up the plurality of CMC plies includes overlapping ends of the plurality of CMC plies, each overlapped end defining an overlap region, and characterized by offsetting the overlap regions along the circumferential direction such that any radial line drawn from the axis of symmetry through the plurality of CMC plies passes through only one overlap region, wherein the first and the second CMC plies are arranged such that the ceramic fibers within each ply are oriented along the circumferential direction. overlapping ends of the plurality of CMC plies, each overlapped end defining an overlap region, and characterized by offsetting the overlap regions along the circumferential direction such that any radial line drawn from the axis of symmetry through the plurality of CMC plies passes through only one overlap region, wherein the first and the second CMC plies are arranged such that the ceramic fibers within each ply are oriented along the circumferential direction.