mhurhangee/ep-ind-claims huggingface dataset:
An open relay panel of a fly-by-wire control system for a rotorcraft, for acting as connection point for the basic ship wiring of the rotorcraft and add-in kits that may be separately installed after manufacture of the rotorcraft, said basic ship wiring including the wiring for all the devices of the rotorcraft such as cyclic control assemblies, collective control assemblies, pedal assemblies, instrument panels, power supplies, ground terminals flight control computers, aircraft sensors, lighting devices, and the like; comprising: - a chassis; - external connectors on a first wall of the chassis, the external connectors having a plurality of external connection terminals to electrically connect to external connection terminals of the wires of the basic ship wiring harness, such that the signals transmitted and received over the basic ship wiring are routed to the terminals of the open relay panel; - ground bussing modules attached to a second wall of the chassis; - junction bussing modules attached to a third wall of the chassis; - relay sockets attached to a fourth wall of the chassis; wherein the open relay panel is pre-wired such that pre-installed wiring branches out from the connection terminals of the connectors and terminates at the various terminals of the ground bussing modules, the junction bussing modules, and the relay sockets, wherein the pre-installed wiring further electrically connects the relay sockets to the junction bussing modules and the ground bussing modules, wherein the chassis has one or more openings that expose the ground bussing modules, the junction bussing modules, and the relay sockets in the chassis; such that when the basic ship wiring harness is terminated at the connectors, the signals in the basic ship wiring are electrically routed to said ground bussing modules, junction bussing modules, and relay sockets by the pre-installed wiring. - a chassis; - external connectors on a first wall of the chassis, the external connectors having a plurality of external connection terminals to electrically connect to external connection terminals of the wires of the basic ship wiring harness, such that the signals transmitted and received over the basic ship wiring are routed to the terminals of the open relay panel; - ground bussing modules attached to a second wall of the chassis; - junction bussing modules attached to a third wall of the chassis; - relay sockets attached to a fourth wall of the chassis;
A composition suitable for use in preventing or treating allergy to birch pollen comprising: i) the polypeptide of SEQ ID NO: 74 (BIR12B; AKYMVIQGEPGRVIRGK), or a variant thereof, and ii) the polypeptide of SEQ ID NO: 53 (Bir02J; PAARMFKAFILEGDKLVPK), or a variant thereof, wherein said variant of a polypeptide is: I) up to 20 amino acids in length and comprises the sequence of said polypeptide, or II) up to 20 amino acids in length and comprises a sequence that has at least 85% homology to the sequence of the said polypeptide and that is recognised by a T cell which recognises the said polypeptide; or III) 9 to 20 amino acids in length and comprises a sequence of at least 9 contiguous amino acids of the sequence of the said polypeptide, or a sequence that has at least 85% homology to said at least 9 contiguous amino acids, which sequence of at least 9 contiguous amino acids or homologous sequence is recognised by a T cell which recognises the said polypeptide. i) the polypeptide of SEQ ID NO: 74 (BIR12B; AKYMVIQGEPGRVIRGK), or a variant thereof, and ii) the polypeptide of SEQ ID NO: 53 (Bir02J; PAARMFKAFILEGDKLVPK), or a variant thereof, wherein said variant of a polypeptide is: I) up to 20 amino acids in length and comprises the sequence of said polypeptide, or II) up to 20 amino acids in length and comprises a sequence that has at least 85% homology to the sequence of the said polypeptide and that is recognised by a T cell which recognises the said polypeptide; or III) 9 to 20 amino acids in length and comprises a sequence of at least 9 contiguous amino acids of the sequence of the said polypeptide, or a sequence that has at least 85% homology to said at least 9 contiguous amino acids, which sequence of at least 9 contiguous amino acids or homologous sequence is recognised by a T cell which recognises the said polypeptide. I) up to 20 amino acids in length and comprises the sequence of said polypeptide, or II) up to 20 amino acids in length and comprises a sequence that has at least 85% homology to the sequence of the said polypeptide and that is recognised by a T cell which recognises the said polypeptide; or III) 9 to 20 amino acids in length and comprises a sequence of at least 9 contiguous amino acids of the sequence of the said polypeptide, or a sequence that has at least 85% homology to said at least 9 contiguous amino acids, which sequence of at least 9 contiguous amino acids or homologous sequence is recognised by a T cell which recognises the said polypeptide.
A dishwasher configured to clean dishware comprising: a tub configured to receive and hold the dishware; and a first panel of an acoustic composite membrane including a layer of an acoustic tape, the acoustic tape comprising a plurality of first fibers extending in a first direction and a plurality of second fibers extending in a second direction, the acoustic tape being positioned and configured to convert at least a portion of a sound power level generated by the dishwasher into heat such that the sound power level outside the dishwasher is reduced, wherein the first and second directions perpendicular to each other forming a grid-like pattern, characterized in that the acoustic composite membrane further includes a first foam layer configured to absorb at least a portion of the sound power level and to reduce the speed of the sound power level prior to the sound power level reaching the acoustic tape, and in that the acoustic composite membrane further includes a second foam layer and a vinyl layer between the first and second foam layers (210, 230), the vinyl layer being configured to convert at least a portion of the sound power level into heat. a tub configured to receive and hold the dishware; and a first panel of an acoustic composite membrane including a layer of an acoustic tape, the acoustic tape comprising a plurality of first fibers extending in a first direction and a plurality of second fibers extending in a second direction, the acoustic tape being positioned and configured to convert at least a portion of a sound power level generated by the dishwasher into heat such that the sound power level outside the dishwasher is reduced, wherein the first and second directions perpendicular to each other forming a grid-like pattern, characterized in that the acoustic composite membrane further includes a first foam layer configured to absorb at least a portion of the sound power level and to reduce the speed of the sound power level prior to the sound power level reaching the acoustic tape, and in that the acoustic composite membrane further includes a second foam layer and a vinyl layer between the first and second foam layers (210, 230), the vinyl layer being configured to convert at least a portion of the sound power level into heat.
A liquid crystal display device comprising a plurality of pixels, each pixel including a reflective first portion and a transmissive second portion, the device comprising: a substrate; and a liquid crystal element arranged on the substrate including for each pixel a pixel electrode and a first common electrode each having a light-transmitting property, a second common electrode having reflectiveness provided only in the first portion, and a liquid crystal layer, wherein the liquid crystal layer is provided over the pixel electrode and the first common electrode; and wherein the pixel electrode is provided over the second common electrode with an insulating layer interposed therebetween; the liquid crystal display device further characterized in that the first common electrode is arranged entirely below the second common electrode. a substrate; and a liquid crystal element arranged on the substrate including for each pixel a pixel electrode and a first common electrode each having a light-transmitting property, a second common electrode having reflectiveness provided only in the first portion, and a liquid crystal layer, wherein the liquid crystal layer is provided over the pixel electrode and the first common electrode; and wherein the pixel electrode is provided over the second common electrode with an insulating layer interposed therebetween; the liquid crystal display device further characterized in that the first common electrode is arranged entirely below the second common electrode.
Blade for a gas turbine comprising: an airfoil extending along a span wise direction from a base to a tip; the airfoil comprising an outer wall defining a leading edge, a trailing edge, a pressure side and a suction side; the airfoil enclosing at least one cooling duct (36; 36a, 36b, 36c) extending along the span wise direction and fed, in use, with a cooling fluid; the tip being provided with a rim following the tip cross sectional profile at least along the leading edge, the suction side and the pressure side; the airfoil being provided with a cooling channel connecting the at least one cooling duct (36; 36a) with an opening at the trailing edge; the cooling channel extending transversally with respect to the span wise direction; the blade being characterized by being provided with at least one primary rim cooling hole connected to the cooling channel and arranged on the rim. an airfoil extending along a span wise direction from a base to a tip; the airfoil comprising an outer wall defining a leading edge, a trailing edge, a pressure side and a suction side; the airfoil enclosing at least one cooling duct (36; 36a, 36b, 36c) extending along the span wise direction and fed, in use, with a cooling fluid; the tip being provided with a rim following the tip cross sectional profile at least along the leading edge, the suction side and the pressure side; the airfoil being provided with a cooling channel connecting the at least one cooling duct (36; 36a) with an opening at the trailing edge; the cooling channel extending transversally with respect to the span wise direction; the blade being characterized by being provided with at least one primary rim cooling hole connected to the cooling channel and arranged on the rim.
An electrolyzed water generator, comprising: at least a pair of an anode and a cathode; an electrolytic bath having an anode compartment and a cathode compartment separated from each other by a diaphragm, with the anode housed in the anode compartment, and the cathode housed in the cathode compartment; a power supply unit for allowing current to flow between the anode and the cathode; and a control unit for controlling the power supply unit, the control unit being configured to control the power supply unit so as to cause electrolysis of raw water introduced into the electrolytic bath, so that cathode water is produced in the cathode compartment and anode water is produced in the anode compartment, wherein the control unit detects a cleaning timing at which the electrolytic bath is cleaned, based on an integrated value of C·(i/f), where the C is a constant, given that a current applied during the electrolysis is denoted by i and a flow rate of the raw water during the electrolysis is denoted by f [L/sec], and the control unit detects the cleaning timing when an absolute value of the integrated value reaches or exceeds a predetermined threshold. at least a pair of an anode and a cathode; an electrolytic bath having an anode compartment and a cathode compartment separated from each other by a diaphragm, with the anode housed in the anode compartment, and the cathode housed in the cathode compartment; a power supply unit for allowing current to flow between the anode and the cathode; and a control unit for controlling the power supply unit, the control unit being configured to control the power supply unit so as to cause electrolysis of raw water introduced into the electrolytic bath, so that cathode water is produced in the cathode compartment and anode water is produced in the anode compartment, wherein the control unit detects a cleaning timing at which the electrolytic bath is cleaned, based on an integrated value of C·(i/f), where the C is a constant, given that a current applied during the electrolysis is denoted by i and a flow rate of the raw water during the electrolysis is denoted by f [L/sec], and the control unit detects the cleaning timing when an absolute value of the integrated value reaches or exceeds a predetermined threshold.
Seating apparatus for use on a vehicle having a flat carrying area, which seating apparatus comprises a frame giving roll over protection to a person seated on the seating apparatus in the event that the vehicle should roll over onto its side, at least one side facing seat which is mounted in the frame and which is such that the person sits on the seat facing outwardly with their back to a vertical plane extending longitudinally through the centre of the frame, and securing means for releasably securing the seating apparatus on the flat carrying area of the vehicle whereby the seating apparatus is able to be secured on the flat carrying area and removed from the flat carrying area, characterised in that the frame includes at least one protection bar which extends longitudinally with respect to the vertical plane, which is offset from the vertical plane, and which is positioned at an upper part of the frame over the seat and in the vicinity of a head of the person when the person is seated on the seat and is facing outwardly with their back to the vertical plane, whereby the protection bar affords protection to the person on the seat in the event of an object falling towards the seating apparatus from above and whilst the vehicle is travelling normally.
A method of estimating performance for a specified portion of an application, where said specified portion can include all or part of said application, that executes on a target device via a virtual machine interface, said method comprising: acquiring an application profile that specifies the number of times each different operation is executed during execution of said specified portion of said application wherein said application profile comprises one data entry for each byte-code except wide, one entry for each wide dependant byte-code, one entry for each native invocation byte-code and one entry for each native method of the virtual machine and wherein the application profile is class files downloadable over a network; acquiring a virtual machine profile that specifies information indicative of a performance characteristic of the target device hardware for each operation of said application; wherein said virtual machine profile is class files downloadable over a network; and multiplying the number of times each operation is executed during execution of said specified portion of said application as specified in said application profile by said performance characteristic for that operation as specified in said virtual machine profile and summing the results for all operations to generate a performance estimate for said specified portion of said application. acquiring an application profile that specifies the number of times each different operation is executed during execution of said specified portion of said application wherein said application profile comprises one data entry for each byte-code except wide, one entry for each wide dependant byte-code, one entry for each native invocation byte-code and one entry for each native method of the virtual machine and wherein the application profile is class files downloadable over a network; acquiring a virtual machine profile that specifies information indicative of a performance characteristic of the target device hardware for each operation of said application; wherein said virtual machine profile is class files downloadable over a network; and multiplying the number of times each operation is executed during execution of said specified portion of said application as specified in said application profile by said performance characteristic for that operation as specified in said virtual machine profile and summing the results for all operations to generate a performance estimate for said specified portion of said application.
A method for producing a variant of a parent polypeptide comprising a Fc region of SEQ ID NO:1, which variant exhibits reduced binding to the protein C1q and to at least one receptor FcgR as compared to the said parent polypeptide, wherein an amino acid modification selected from the group consisting of: (i) 294Del, wherein said amino acid modification 294del is the sole amino acid modification introduced in the Fc region of the parent polypeptide, (ii) 293Del, and (iii) 293Del/294Del, is introduced within the Fc region of the parent polypeptide, the numbering of amino acids in the Fc region referring to the numbering according to the EU index, or equivalent in Kabat. (i) 294Del, wherein said amino acid modification 294del is the sole amino acid modification introduced in the Fc region of the parent polypeptide, (ii) 293Del, and (iii) 293Del/294Del,
A unitary structure comprising: a continuous body formed in accordance with an additive manufacturing process and comprising: one or more cavities (306-1, 306-2) configured to store a fluid in each of the one or more cavities (306-1, 306-2); and one or more passageways configured to route the fluid from the one or more cavities (306-1, 306-2), wherein the unitary structure is a unitary ink tank, the fluid is an ink, the one or more cavities (306-1, 306-2) are one or more storage cavities (306-1, 306-2) configured to store the ink, and the one or more passageways are configured to route the ink to one or more printheads of a printer system; and wherein each passageway and storage cavity (306-1, 306-2) has a radius of curvature that is approximately 1 to 6 millimeters. a continuous body formed in accordance with an additive manufacturing process and comprising: one or more cavities (306-1, 306-2) configured to store a fluid in each of the one or more cavities (306-1, 306-2); and one or more passageways configured to route the fluid from the one or more cavities (306-1, 306-2), one or more cavities (306-1, 306-2) configured to store a fluid in each of the one or more cavities (306-1, 306-2); and one or more passageways configured to route the fluid from the one or more cavities (306-1, 306-2), wherein the unitary structure is a unitary ink tank, the fluid is an ink, the one or more cavities (306-1, 306-2) are one or more storage cavities (306-1, 306-2) configured to store the ink, and the one or more passageways are configured to route the ink to one or more printheads of a printer system; and wherein each passageway and storage cavity (306-1, 306-2) has a radius of curvature that is approximately 1 to 6 millimeters.
Connection arrangement with 1.1 a plug element which comprises 1.2 a plurality of pluggable contact elements extending parallel to each other, and with 1.3 a circuit board with plated-through drill holes 1.4 being arranged in an arrangement corresponding to the arrangement of the contact elements, wherein 1.5 the drill holes and the contact elements pluggable into them are compatible to each other in such a manner that 1.6 the plug element is manually connectable to the circuit board by inserting the contact elements into the drill holes and is manually removable; wherein the plurality of contact elements are simultaneously pluggable into their associated drill holes; 1.7 and with a vibration-robust mechanical locking feature provided against a unintentional stripping of the plug element from the circuit board, wherein the vibration-robust mechanical locking feature has barbs on its outsides, and wherein the contact elements comprise two legs having a space between them, wherein the ends of the legs comprise a distance from each other, wherein the pluggable contact element is adapted for inserting in one of the drill holes, wherein the vibration-robust mechanical locking feature is configured for connecting the plug element and the circuit board by a mechanical fixing force of at least 100 N, wherein each pluggable contact element is adapted for an electrical loading capacity of at least 5 Amperes. 1.1 a plug element which comprises 1.2 a plurality of pluggable contact elements extending parallel to each other, and with 1.3 a circuit board with plated-through drill holes 1.4 being arranged in an arrangement corresponding to the arrangement of the contact elements, wherein 1.5 the drill holes and the contact elements pluggable into them are compatible to each other in such a manner that 1.6 the plug element is manually connectable to the circuit board by inserting the contact elements into the drill holes and is manually removable; wherein the plurality of contact elements are simultaneously pluggable into their associated drill holes; 1.7 and with a vibration-robust mechanical locking feature provided against a unintentional stripping of the plug element from the circuit board,
An initial core of a newly-built boiling water reactor comprising: a central region disposing a plurality of first fuel supports for supporting fuel assemblies in which a first cooling water supply passage is formed for every fuel assembly supported and adapted to introduce cooling water to the fuel assembly inserted in the first cooling water supply passage; and a peripheral region surrounding the central region, and disposing a plurality of second fuel supports for supporting fuel assemblies in which a second cooling water supply passage having a pressure loss smaller than that of the first cooling water supply passage is formed for every fuel assembly supported and adapted to introduce cooling water to the fuel assembly inserted in the second cooling water supply passage; wherein a plurality of water regions with no fuel assemblies loaded are formed right above a part of the first fuel supports in the central region; wherein the fuel assemblies disposed in the central region are supported by the remaining first fuel supports; and wherein the fuel assemblies disposed in the 0235-71725EP-CM/Kf peripheral region are supported by the second fuel supports. a central region disposing a plurality of first fuel supports for supporting fuel assemblies in which a first cooling water supply passage is formed for every fuel assembly supported and adapted to introduce cooling water to the fuel assembly inserted in the first cooling water supply passage; and a peripheral region surrounding the central region, and disposing a plurality of second fuel supports for supporting fuel assemblies in which a second cooling water supply passage having a pressure loss smaller than that of the first cooling water supply passage is formed for every fuel assembly supported and adapted to introduce cooling water to the fuel assembly inserted in the second cooling water supply passage; wherein a plurality of water regions with no fuel assemblies loaded are formed right above a part of the first fuel supports in the central region; wherein the fuel assemblies disposed in the central region are supported by the remaining first fuel supports; and wherein the fuel assemblies disposed in the 0235-71725EP-CM/Kf peripheral region are supported by the second fuel supports.