mhurhangee/ep-ind-claims huggingface dataset:
A turbofan engine comprising: a fan case circumscribing a plurality of fan blades disposed about an axis; a core engine case including a bulkhead disposed about the axis; at least one structural guide vane attached at an outer end to the fan case and at an inner end to the bulkhead, wherein the inner end of the structural guide vane includes a forward portion attached to a forward case and an aft portion attached to the bulkhead; a plurality of forward fasteners extending transversely to the axis through corresponding openings in the forward portion of the inner end into the forward case; and a plurality of aft fasteners extending through a corresponding plurality of openings in the bulkhead substantially parallelly to the axis for securing the aft portion of the inner end to the bulkhead; characterised by at least one pin disposed circumferentially between at least two of the plurality of aft fasteners and extending between the aft portion of the inner end of the structural guide vane and the bulkhead for bearing a load in a circumferential direction. a fan case circumscribing a plurality of fan blades disposed about an axis; a core engine case including a bulkhead disposed about the axis; at least one structural guide vane attached at an outer end to the fan case and at an inner end to the bulkhead, wherein the inner end of the structural guide vane includes a forward portion attached to a forward case and an aft portion attached to the bulkhead; a plurality of forward fasteners extending transversely to the axis through corresponding openings in the forward portion of the inner end into the forward case; and a plurality of aft fasteners extending through a corresponding plurality of openings in the bulkhead substantially parallelly to the axis for securing the aft portion of the inner end to the bulkhead; characterised by at least one pin disposed circumferentially between at least two of the plurality of aft fasteners and extending between the aft portion of the inner end of the structural guide vane and the bulkhead for bearing a load in a circumferential direction.
A controlling device (600; 902; 1202), comprising: a communication interface configured for control communication with one or more associated devices of the controlling device, the one or more associated devices and the controlling device corresponding to members of a hub, the hub being a private shared space to share data between the members of the hub; an integrated display device (602; 904; 1228) configured to display a parental control user interface, and a hub user interface, the hub user interface configured for offering a unified interactive view of hub data for the hub; a processing system to implement computer instructions as a parental control service that is configured to: receive an input of a device control via the parental control user interface, the device control to control a function, a setting, access, and/or a restriction of the one or more of the associated devices that are controllable by the controlling device; initiate communication of the device control to the one or more associated devices; and control communication of hub information to the one or more associated devices for the members of the hub. a communication interface configured for control communication with one or more associated devices of the controlling device, the one or more associated devices and the controlling device corresponding to members of a hub, the hub being a private shared space to share data between the members of the hub; an integrated display device (602; 904; 1228) configured to display a parental control user interface, and a hub user interface, the hub user interface configured for offering a unified interactive view of hub data for the hub; a processing system to implement computer instructions as a parental control service that is configured to: receive an input of a device control via the parental control user interface, the device control to control a function, a setting, access, and/or a restriction of the one or more of the associated devices that are controllable by the controlling device; initiate communication of the device control to the one or more associated devices; and control communication of hub information to the one or more associated devices for the members of the hub. receive an input of a device control via the parental control user interface, the device control to control a function, a setting, access, and/or a restriction of the one or more of the associated devices that are controllable by the controlling device; initiate communication of the device control to the one or more associated devices; and control communication of hub information to the one or more associated devices for the members of the hub.
A turbine of a turbomachine, comprising: first and second endwalls (20,30) disposed to define a pathway, each of the first and second endwalls (20,30) including a surface (21,31) facing the pathway; and at least first and second blades extendible across the pathway 'from at least one of the first and second endwalls (20,30), each of the first and second blades having an airfoil shape and being disposed such that a pressure side of the first blade faces a suction side of the second blade, a portion of the surface (21,31) of at least one of the first and second endwalls (20,30) between the first and second blades having at least: a first hump disposed at 0 - 10% of a chord length of the first blade, and proximate to a leading edge and the pressure side of the first blade, characterized in that a second hump is disposed at 10-60% of the chord length of the first blade and proximate to the pressure side thereof. first and second endwalls (20,30) disposed to define a pathway, each of the first and second endwalls (20,30) including a surface (21,31) facing the pathway; and at least first and second blades extendible across the pathway 'from at least one of the first and second endwalls (20,30), each of the first and second blades having an airfoil shape and being disposed such that a pressure side of the first blade faces a suction side of the second blade, a portion of the surface (21,31) of at least one of the first and second endwalls (20,30) between the first and second blades having at least: a first hump disposed at 0 - 10% of a chord length of the first blade, and proximate to a leading edge and the pressure side of the first blade, characterized in that a second hump is disposed at 10-60% of the chord length of the first blade and proximate to the pressure side thereof.
Rotating power transformer comprising a primary magnetic core having at least one primary winding and a secondary magnetic core having at least one secondary winding, each based on a ring shaped body, the primary magnetic core being in close proximity to the secondary magnetic core separated by an air gap, being rotatable against each other around a rotation axis, the magnetic cores (110, 120) comprise U-shaped cores with a base connecting two legs, having a leg width more than 1.5-times larger than the base height, the magnetic cores are of a ferrite material, at least one of the magnetic cores (110, 120) is mounted to a base body having a groove with a width larger than the width of the at least one of the magnetic cores, and there is a gap defined by the width of the groove and the width of the magnetic core, characterized in that the base is of a plastic material, the gap is at least partially filled by a filler, and with defined thermal expansion coefficients of the magnetic cores, the filler, and the base body, the dimensions are selected such that the thermal expansion of the magnetic cores plus the thermal expansion of the filler is identical to the thermal expansion of the gap in the base body.
Lock, in particular automatic lock, having means for activating and deactivating of a day function in the lock, in particular in the automatic lock, respectively, wherein the lock comprises locking elements which are operable using a push rod, and wherein the device comprises a rotary switch projecting through the face-plate, the rotation axis of which extending normally to the face-plate, and which is cooperating via at least one control projection with a corresponding recess on the push rod in order to block this one at activated day function in its unlocked position, and wherein the rotary switch includes retaining projections at its inner free end facing away from the face-plate, which engage behind the push rod in respective activated and deactivated position of the rotary switch, whereby the rotary switch is retained within a receptacle in the faceplate, characterized in that in the unlocked position of the push rod and in an intermediate position of the rotary switch between the activated and deactivated position, the retaining projections are aligned with the recesses in the push rod, thereby allowing the rotary switch to be inserted and removed.
A sofa armrest, comprising a main body made by blow molding, wherein the upper end of the inner side surface of the main body is recessed inward to form a fabric mounting groove for mounting armrest fabric, and the lower end of the inner side surface of the main body is provided with clamping-connection grooves for being connected with connectors of a sofa underframe; connecting through holes for fixing the connectors of the sofa underframe are formed in the clamping-connection grooves, and the connecting through holes penetrate through the main body; the sofa armrest further comprising a cover body, and wherein the main body is provided with a storage cavity which is opened outwardly and is used for storing an electric wire, the cover body covers the storage cavity, and the mounting base is provided with a mounting hole communicating with the storage cavity, and the inner side surface of the main body is further provided with a wire inlet which communicates with the storage cavity and is used for wire introduction; the sofa armrest being characterized by the fabric mounting groove protruding outward to form a mounting base for mounting a control device. connecting through holes for fixing the connectors of the sofa underframe are formed in the clamping-connection grooves, and the connecting through holes penetrate through the main body; the sofa armrest further comprising a cover body, and wherein the main body is provided with a storage cavity which is opened outwardly and is used for storing an electric wire, the cover body covers the storage cavity, and the mounting base is provided with a mounting hole communicating with the storage cavity, and the inner side surface of the main body is further provided with a wire inlet which communicates with the storage cavity and is used for wire introduction; the sofa armrest being characterized by the fabric mounting groove protruding outward to form a mounting base for mounting a control device.
A method in a device for facilitating wireless communication, comprising: detecting, on an advertising channel, a wireless advertisement message from a proximate device indicating at least the presence and identity of the proximate device; characterized in that the method comprises sending, on the advertising channel, in response to said detected wireless advertisement message, a message to the proximate device requesting specific information that is available for transmission without having to negotiate a formal network connection with the proximate device; and receiving, on the advertising channel, the requested information without negotiating the formal network connection. detecting, on an advertising channel, a wireless advertisement message from a proximate device indicating at least the presence and identity of the proximate device; characterized in that the method comprises sending, on the advertising channel, in response to said detected wireless advertisement message, a message to the proximate device requesting specific information that is available for transmission without having to negotiate a formal network connection with the proximate device; and receiving, on the advertising channel, the requested information without negotiating the formal network connection.
A pelleted acetylene black having a mass strength measured according to ASTM D 1937-10 of 200 N at most and an average pellet size measured according to ASTM D 1511-10 of at least 1.0 mm.
A wheel cleaning device for cleaning vehicle wheels having a rim and a tyre mounted on said rim, said cleaning device comprising a wheel cleaning zone and a wheel conveying system for conveying the wheels to and from the wheel cleaning zone, characterised in that the wheel conveying system comprises a vertically displaceable wheel gripping device, a first wheel support in the form of an inlet conveyor for conveying a stack of wheels to the wheel gripping device, wherein the wheel gripping device is arranged for retrieving wheels from the inlet conveyor, and a wheel conveyor extending at least partially in a horizontal direction, wherein the wheel gripping device is connected to and displaceable along the conveyor, wherein the wheel conveying system is arranged for conveying wheels individually, in consecutive order and in a lying position to the wheel cleaning zone at least partially in the horizontal direction and then from the wheel cleaning zone to a second wheel support at least partially in the horizontal direction to output a stack of cleaned wheels. a vertically displaceable wheel gripping device, a first wheel support in the form of an inlet conveyor for conveying a stack of wheels to the wheel gripping device, wherein the wheel gripping device is arranged for retrieving wheels from the inlet conveyor, and a wheel conveyor extending at least partially in a horizontal direction, wherein the wheel gripping device is connected to and displaceable along the conveyor, wherein the wheel conveying system is arranged for conveying wheels individually, in consecutive order and in a lying position to the wheel cleaning zone at least partially in the horizontal direction and then from the wheel cleaning zone to a second wheel support at least partially in the horizontal direction to output a stack of cleaned wheels.
Use of a protein for synthesizing allulose, wherein the protein comprises a polypeptide sequence having at least 70% sequence identity to SEQ ID NO: 6, has psicose 3-epimerase activity, and has the capacity to increase the rate of interconversion of fructose to allulose by at least 0.05U/mg over a reaction mixture under the same conditions in the absence of the protein.
A non-perturbative method of measuring magnetic fields in high-temperature plasmas, comprising: imaging a wavelength of a Field Reversed Configuration, FRC, plasma along a horizontal axis direction of a fast imaging CCD camera; imaging a radial extent of the FRC plasma along a vertical axis direction of the CCD camera; splitting light in the vertical direction into orthogonal polarizations using a birefringent crystal; and measuring a null location of an FRC magnetic field of the FRC plasma by observing where the linear polarization signal peaks. imaging a wavelength of a Field Reversed Configuration, FRC, plasma along a horizontal axis direction of a fast imaging CCD camera; imaging a radial extent of the FRC plasma along a vertical axis direction of the CCD camera; splitting light in the vertical direction into orthogonal polarizations using a birefringent crystal; and measuring a null location of an FRC magnetic field of the FRC plasma by observing where the linear polarization signal peaks.
A composition for producing particle-containing coatings comprising the following components: A) at least one sol-gel precursor compound and B) solid particles P1), which exhibit a Sauter diameter d 32 in the range of 1.0 μm to 2.0 μm, measured by dynamic light scattering, and solid particles P2), which exhibit a Sauter diameter d 32 of less than 1.0 μm, measured in accordance with DIN ISO 13320 by means of dynamic light scattering, wherein the quantitative ratio of the solid particles P1) to the solid particles P2) is in the range of 1.5: 1 to 1: 1.5. A) at least one sol-gel precursor compound and B) solid particles P1), which exhibit a Sauter diameter d 32 in the range of 1.0 μm to 2.0 μm, measured by dynamic light scattering, and solid particles P2), which exhibit a Sauter diameter d 32 of less than 1.0 μm, measured in accordance with DIN ISO 13320
A method comprising: determining, by a policy control function, PCF, whether there is a violation of at least one of location information and time information associated with a background data transfer; and requesting, by the PCF, a session management function, SMF, to release a PDU session associated with the background data transfer if there is the violation of at least one of the location information and the time information associated with the background data transfer. determining, by a policy control function, PCF, whether there is a violation of at least one of location information and time information associated with a background data transfer; and requesting, by the PCF, a session management function, SMF, to release a PDU session associated with the background data transfer if there is the violation of at least one of the location information and the time information associated with the background data transfer.
Accommodating intraocular artificial lens with variable optical power, comprising two optical elements (16, 17) which are adapted to mutually move in a direction perpendicular to the optical axis wherein the optical elements have such a shape that they exhibit, in combination, different optical powers at different relative positions and haptics (13, 14, 15) for positioning the optical elements (16, 17), wherein at least one element (16, 17) of the lens is adapted to be positioned in the eye in a position anterior of the capsular bag and that the haptics are adapted to extend in the sulcus of the eye, characterized in that the haptics comprise a rim and at least one flange extending in radial direction over the rim.
Method for operating a vehicle system of a motor vehicle configured for at least partially automated vehicle guidance, wherein at least one longitudinal guide operation and/or at least one transversal guide operation are determined in consideration of environmental data of the motor vehicle describing the environment of the motor vehicle wherein by evaluating the environmental data, a convoy information item statistically describing the transversal and/or longitudinal behaviour of a convoy comprising at least two vehicles travelling ahead of the motor vehicle is determined wherein the determination of the at least one transversal guide operation and/or the at least one longitudinal guide operation is carried out in consideration of the convoy information item, wherein a location-based speed profile and/or a location-based acceleration profile is determined along the convoy which is parameterised along a determined lane course or based on a distance to the motor vehicle itself, wherein the speed course or the acceleration course is determined from the speeds or accelerations of the vehicles of the convoy to the positions of the lane course and/or for the individual distances.
A drill bit assembly for use with a drill having a displacement sensor for outputting a signal representative of a displacement of a drill bit with respect to a reference point, comprising: a drill bit having a leading edge disposed at a distal end of the drill bit and a shank disposed adjacent to a proximal end of the drill bit, the drill bit having a cylindrical member extending between the distal end and the shank, wherein the shank is adapted for engagement with a chuck of a drill, and wherein the cylindrical member extends along an axis of rotation about which the cylindrical member rotates during drilling; a bushing having an aperture sized to receive at least a portion of the cylindrical member through the aperture, wherein the bushing is constrainedly moveable relative to the cylindrical member in a direction along the axis of rotation; characterized in that it further comprises an engagement member comprising a post extending from the bushing perpendicularly to the axis of rotation in engagement with a hole of a displacement sensing arm of the displacement sensor such that the bushing is pivotal relative to the displacement sensing arm in a direction perpendicular to the axis of rotation prior to engagement of the shank with the chuck of the drill to facilitate ease of engagement of the bushing with the displacement sensing arm when engaging the drill bit with the chuck of the drill, wherein the engagement member is configured to engage the displacement sensing arm and undergo corresponding movement with the displacement sensing arm relative to the drill bit when the drill bit is engaged with the chuck of the drill. a drill bit having a leading edge disposed at a distal end of the drill bit and a shank disposed adjacent to a proximal end of the drill bit, the drill bit having a cylindrical member extending between the distal end and the shank, wherein the shank is adapted for engagement with a chuck of a drill, and wherein the cylindrical member extends along an axis of rotation about which the cylindrical member rotates during drilling; a bushing having an aperture sized to receive at least a portion of the cylindrical member through the aperture, wherein the bushing is constrainedly moveable relative to the cylindrical member in a direction along the axis of rotation; characterized in that it further comprises an engagement member comprising a post extending from the bushing perpendicularly to the axis of rotation in engagement with a hole of a displacement sensing arm of the displacement sensor such that the bushing is pivotal relative to the displacement sensing arm in a direction perpendicular to the axis of rotation prior to engagement of the shank with the chuck of the drill to facilitate ease of engagement of the bushing with the displacement sensing arm when engaging the drill bit with the chuck of the drill, wherein the engagement member is configured to engage the displacement sensing arm and undergo corresponding movement with the displacement sensing arm relative to the drill bit when the drill bit is engaged with the chuck of the drill.