mhurhangee/ep-ind-claims huggingface dataset:
A nacelle comprising a powertrain housing (210, 310) supported on a support base (220, 320), a support surface (230, 330) of the support base (220, 320) being in contact with a housing surface (240, 340) of the powertrain housing (210, 310), wherein the support surface (230, 330) and the housing surface (240, 340) are in contact, the nacelle being characterized in that the powertrain housing (210, 310) and the support base (220, 320) together comprise a self-aligning interface, the self-aligning interface comprising: one or more protrusions on the support surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the support surface; and one or more recesses on the housing surface; and/or; one or more protrusions on the housing surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the housing surface; and one or more recesses on the support surface; wherein the one or more protrusions are complementary in size and shape to respective ones of the one or more recesses, such that, during assembly of the powertrain housing onto the support base, the one or more protrusions act as a guide for the one or more recesses, and the one or more protrusions fit directly into the respective one or more recesses, to enable direct contact between the support surface and the housing surface. the self-aligning interface comprising: one or more protrusions on the support surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the support surface; and one or more recesses on the housing surface; and/or; one or more protrusions on the housing surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the housing surface; and one or more recesses on the support surface; one or more protrusions on the support surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the support surface; and one or more recesses on the housing surface; and/or; one or more protrusions on the housing surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the housing surface; and one or more recesses on the support surface; wherein the one or more protrusions are complementary in size and shape to respective ones of the one or more recesses, such that, during assembly of the powertrain housing onto the support base, the one or more protrusions act as a guide for the one or more recesses, and the one or more protrusions fit directly into the respective one or more recesses, to enable direct contact between the support surface and the housing surface.
A bumper reinforcement extending along a lateral direction of a vehicle at the front of the vehicle, the bumper reinforcement comprising: a front wall; a rear wall disposed behind the front wall; at least one horizontal wall connecting the front wall and the rear wall; a cutout in the at least one horizontal wall, the cutout extending laterally inward from a lateral end of the at least one horizontal wall, wherein the cutout divides a lateral end portion of the bumper reinforcement between a front end portion located in front of the cutout and a rear end portion located behind the cutout, and the front end portion comprises a protruded portion bent rearward to be tilted with respect to the rear wall characterized in that the protruded portion is protruding laterally outward further than a lateral end of the rear end portion. a front wall; a rear wall disposed behind the front wall; at least one horizontal wall connecting the front wall and the rear wall; a cutout in the at least one horizontal wall, the cutout extending laterally inward from a lateral end of the at least one horizontal wall, wherein the cutout divides a lateral end portion of the bumper reinforcement between a front end portion located in front of the cutout and a rear end portion located behind the cutout, and the front end portion comprises a protruded portion bent rearward to be tilted with respect to the rear wall characterized in that the protruded portion is protruding laterally outward further than a lateral end of the rear end portion.
Device for separating paint overspray from the overspray-laden booth exhaust air of paint shops having: a) at least one separation surface (42a, 42b; 142a, 142b), along which the booth exhaust air is guidable and which is electrically conductive and is connected with one pole of a high voltage source (74; 174); b) at least one electrode apparatus (56; 156) arranged in the air stream which is associated with the separation surface (42a, 42b; 142a, 142b) and is connected with the other pole of the high voltage source (74; 174); characterized in that c) multiple electrode apparatuses (56; 156) associated with different separation surfaces (42a, 42b; 142a, 142b) are provided, which are chargeable with high voltage independently of each other, wherein the different separation surfaces (42a, 42b; 142a, 142b) are arranged adjacent to each other in a direction perpendicular to the flow direction of the booth exhaust air. a) at least one separation surface (42a, 42b; 142a, 142b), along which the booth exhaust air is guidable and which is electrically conductive and is connected with one pole of a high voltage source (74; 174); b) at least one electrode apparatus (56; 156) arranged in the air stream which is associated with the separation surface (42a, 42b; 142a, 142b) and is connected with the other pole of the high voltage source (74; 174); c) multiple electrode apparatuses (56; 156) associated with different separation surfaces (42a, 42b; 142a, 142b) are provided, which are chargeable with high voltage independently of each other, wherein the different separation surfaces (42a, 42b; 142a, 142b) are arranged adjacent to each other in a direction perpendicular to the flow direction of the booth exhaust air.
A catalyst for an alkaline membrane fuel cell, comprising a mixture of: a catalytically active component made of highly dispersed, palladium nano-particles, and a catalytically inactive component made of highly dispersed, unsupported nickel metal nano-particles, wherein the unsupported nickel nano-particles provide support for the palladium nano-particles as to increase the effective surface area of the palladium nano-particles accessible for the transport of water and/or oxygen. a catalytically inactive component made of highly dispersed, unsupported nickel metal nano-particles, wherein the unsupported nickel nano-particles provide support for the palladium nano-particles as to increase the effective surface area of the palladium nano-particles accessible for the transport of water and/or oxygen.
A method of diagnosing an electric vehicle incorporating an electric component, the method comprising: detecting a physical load which is a physical amount indicative of the degree of a mechanical impact applied to the vehicle body of the electric vehicle; storing a history of the magnitude of the detected physical load; determining (S402, S504) that the electric component is less likely to be damaged in a case in which a value obtained from the history of the magnitude of the physical load is within a predetermined normal range, and that the electric component is more likely to be damaged in the case in which the value falls outside the predetermined normal range; diagnosing (S405, S 507) whether or not there is an abnormality in the electric component in a first mode, in the case in which it is determined that the electric component is less likely to be damaged; and diagnosing (S406, S508) whether or not there is an abnormality in the electric component in a second mode different from the first mode, in the case in which it is determined that the electric component is more likely to be damaged, wherein the criterion used to determine whether or not there is an abnormality is set to be more strict in the second mode than in the first mode. detecting a physical load which is a physical amount indicative of the degree of a mechanical impact applied to the vehicle body of the electric vehicle; storing a history of the magnitude of the detected physical load; determining (S402, S504) that the electric component is less likely to be damaged in a case in which a value obtained from the history of the magnitude of the physical load is within a predetermined normal range, and that the electric component is more likely to be damaged in the case in which the value falls outside the predetermined normal range; diagnosing (S405, S 507) whether or not there is an abnormality in the electric component in a first mode, in the case in which it is determined that the electric component is less likely to be damaged; and diagnosing (S406, S508) whether or not there is an abnormality in the electric component in a second mode different from the first mode, in the case in which it is determined that the electric component is more likely to be damaged, wherein the criterion used to determine whether or not there is an abnormality is set to be more strict in the second mode than in the first mode.
A valve assembly comprising: an electronics housing; a valve housing assembly engaged to the electronics housing, the valve housing assembly including: a valve body defining a plurality of fluid ports; a sensor plate engaged to the valve body, the sensor plate defining a plurality of sensor ports that are generally aligned with the fluid ports of the valve body; a plurality of fluid sensors disposed in the sensor ports of the sensor plate; a cover engaged to the sensor plate, the cover defining a cavity; a circuit board disposed in the cavity of the cover, the circuit board being in electrical communication with the fluid sensors; and a plurality of fluid dampeners disposed in the fluid ports of the valve body. an electronics housing; a valve housing assembly engaged to the electronics housing, the valve housing assembly including: a valve body defining a plurality of fluid ports; a sensor plate engaged to the valve body, the sensor plate defining a plurality of sensor ports that are generally aligned with the fluid ports of the valve body; a plurality of fluid sensors disposed in the sensor ports of the sensor plate; a cover engaged to the sensor plate, the cover defining a cavity; a circuit board disposed in the cavity of the cover, the circuit board being in electrical communication with the fluid sensors; and a plurality of fluid dampeners disposed in the fluid ports of the valve body. a valve body defining a plurality of fluid ports; a sensor plate engaged to the valve body, the sensor plate defining a plurality of sensor ports that are generally aligned with the fluid ports of the valve body; a plurality of fluid sensors disposed in the sensor ports of the sensor plate; a cover engaged to the sensor plate, the cover defining a cavity; a circuit board disposed in the cavity of the cover, the circuit board being in electrical communication with the fluid sensors; and a plurality of fluid dampeners disposed in the fluid ports of the valve body.
A ram air turbine comprising: a turbine comprising a blade and a turbine shaft; a one-piece strut removably coupled to the turbine, wherein the one-piece strut comprises a gearbox section, a drive section, and a generator adapter section; the turbine shaft comprising a bevel gear oriented perpendicularly to the turbine shaft and positioned within the gearbox section of the one-piece strut; a driveshaft positioned within the drive section of the one-piece strut, wherein the driveshaft comprises a first end and a second end, the driveshaft comprising a keyed joint at the first end and the driveshaft is removably coupled to a generator at the second end; wherein the first end extends into the gearbox section and the second end extends into the generator adapter section; a pinion gear that engages with the bevel gear and is removably secured to the driveshaft by an interference fit, wherein the pinion gear includes a key configured to interact with the keyed joint of the driveshaft to maintain a position of the pinion gear relative to the driveshaft; a spanner nut coupled to the driveshaft and compressing the pinion gear against a shoulder on the driveshaft; and a pinion bearing coupled to and surrounding the pinion gear, wherein the driveshaft is supported at the first end by the pinion bearing and is supported at the second end by a generator bearing assembly located within the generator adapter section. a turbine comprising a blade and a turbine shaft; a one-piece strut removably coupled to the turbine, wherein the one-piece strut comprises a gearbox section, a drive section, and a generator adapter section; the turbine shaft comprising a bevel gear oriented perpendicularly to the turbine shaft and positioned within the gearbox section of the one-piece strut; a driveshaft positioned within the drive section of the one-piece strut, wherein the driveshaft comprises a first end and a second end, the driveshaft comprising a keyed joint at the first end and the driveshaft is removably coupled to a generator at the second end; wherein the first end extends into the gearbox section and the second end extends into the generator adapter section; a pinion gear that engages with the bevel gear and is removably secured to the driveshaft by an interference fit, wherein the pinion gear includes a key configured to interact with the keyed joint of the driveshaft to maintain a position of the pinion gear relative to the driveshaft; a spanner nut coupled to the driveshaft and compressing the pinion gear against a shoulder on the driveshaft; and a pinion bearing coupled to and surrounding the pinion gear, wherein the driveshaft is supported at the first end by the pinion bearing and is supported at the second end by a generator bearing assembly located within the generator adapter section.
A method for configuring a transmission power of a transmission by a wireless communication device, comprising the steps of: responsive to determining that the wireless communication device is configured to dynamically adjust a clear channel assessment, CCA, threshold for the transmission and that the traffic type conveyed by the transmission is high-priority, determining that the wireless communication device is not to control the transmission power of the transmission in accordance with transmission power control commands from a radio network node; and transmitting the transmission without applying the transmission power control commands to the transmission. responsive to determining that the wireless communication device is configured to dynamically adjust a clear channel assessment, CCA, threshold for the transmission and that the traffic type conveyed by the transmission is high-priority, determining that the wireless communication device is not to control the transmission power of the transmission in accordance with transmission power control commands from a radio network node; and transmitting the transmission without applying the transmission power control commands to the transmission.
A camera comprising an illumination device for illuminating the camera's field of view, the illumination device comprising: a light source, and a reflector unit having reflecting sections (21, 22, 23, 24, 25), each reflecting section (21, 22, 23, 24, 25) being associated with a light distribution, wherein the light distributions for different reflecting sections (21, 22, 23, 24, 25) are different, the reflector unit being arranged such that light emitted by the light source is deflected into the camera's field of view by a selected one of said reflecting sections (21, 22, 23, 24, 25) being selected based on the camera's field of view. a light source, and a reflector unit having reflecting sections (21, 22, 23, 24, 25), each reflecting section (21, 22, 23, 24, 25) being associated with a light distribution, wherein the light distributions for different reflecting sections (21, 22, 23, 24, 25) are different, the reflector unit being arranged such that light emitted by the light source is deflected into the camera's field of view by a selected one of said reflecting sections (21, 22, 23, 24, 25) being selected based on the camera's field of view.
A projection device comprising: a housing including a wall part including an opening that allows display light to pass toward outside; and a cover with a plate shape having a light-transmitting property and closing the opening from the outside, wherein the wall part includes a pair of edge parts (32, 33) facing each other with the opening therebetween and extending along a first direction, and a plurality of claw parts disposed along the first direction at each of the pair of edge parts (32, 33), the pair of edge parts (32, 33) is curved to inside of the housing, the cover includes a plurality of through holes (51a, 52a) disposed correspondingly to the claw parts, each of the claw parts includes a base part protruding from the edge part (32,33) toward the outside and a holding part protruding from a tip end part of the base part along the first direction, and the housing sandwiches the cover between the edge parts (32, 33) and the holding parts inserted into the through holes (51a, 52a) and holds the cover in a state where the cover is curved. a housing including a wall part including an opening that allows display light to pass toward outside; and a cover with a plate shape having a light-transmitting property and closing the opening from the outside, wherein the wall part includes a pair of edge parts (32, 33) facing each other with the opening therebetween and extending along a first direction, and a plurality of claw parts disposed along the first direction at each of the pair of edge parts (32, 33), the pair of edge parts (32, 33) is curved to inside of the housing, the cover includes a plurality of through holes (51a, 52a) disposed correspondingly to the claw parts, each of the claw parts includes a base part protruding from the edge part (32,33) toward the outside and a holding part protruding from a tip end part of the base part along the first direction, and the housing sandwiches the cover between the edge parts (32, 33) and the holding parts inserted into the through holes (51a, 52a) and holds the cover in a state where the cover is curved.
A tray for transporting and displaying foodstuff products, comprising a sheet that is folded so as to define: - a bottom; - a first pair of side walls (4, 6) oriented along a first direction; and - a second pair of side walls (8, 12) oriented along a second direction transversal to said first direction, wherein said folded sheet, furthermore, defines: two separating walls (14, 16) that extend along said first direction, and are parallel to one another and are spaced apart from each other so as to divide the tray into distinct compartments; wherein said separating walls (14, 16) extend along said first direction so far as to place respective opposite edges immediately next to said second pair of side walls (8, 12), wherein said separating walls (14, 16) and/or said second pair of side walls (8, 12) have connecting portions that connect said opposite edges of said separating walls (14, 16) to said second pair of side walls (8, 12), said tray being characterized in that said sheet defines, furthermore, a pair of folded portions (125, 127) which, respectively, connect each separating wall (14, 16) to the closest wall of said first pair of side walls (4, 6), and which, in the mounted condition of said tray, place themselves within a respective compartment of said tray, and tray being furthermore characterized in that said folded portions (125, 127) have a series of openings for receiving said products, and assume a downwardly-inclined position starting from said respective closest side walls (4, 6). - a bottom; - a first pair of side walls (4, 6) oriented along a first direction; and - a second pair of side walls (8, 12) oriented along a second direction transversal to said first direction, two separating walls (14, 16) that extend along said first direction, and are parallel to one another and are spaced apart from each other so as to divide the tray into distinct compartments; wherein said separating walls (14, 16) extend along said first direction so far as to place respective opposite edges immediately next to said second pair of side walls (8, 12), wherein said separating walls (14, 16) and/or said second pair of side walls (8, 12) have connecting portions that connect said opposite edges of said separating walls (14, 16) to said second pair of side walls (8, 12), said tray being characterized in that said sheet defines, furthermore, a pair of folded portions (125, 127) which, respectively, connect each separating wall (14, 16) to the closest wall of said first pair of side walls (4, 6), and which, in the mounted condition of said tray, place themselves within a respective compartment of said tray, and tray being furthermore characterized in that said folded portions (125, 127) have a series of openings for receiving said products, and assume a downwardly-inclined position starting from said respective closest side walls (4, 6).
A complex comprising a peptide having the amino acid sequence according to any one of SEQ ID NOs: 1 to 7 and a cargo molecule, wherein the cargo molecule is a nucleic acid.
Method for ejecting a guided missile from a flying platform, in which the guided missile is ejected from the flying platform and executes a rolling movement about its longitudinal axis by means of at least one movable rudder, characterized in that the rudder is blocked by a mechanical blocking element prior to ejection, the rudder is partially unlocked by a movement of the blocking element in the course of an ejection process, with the result that the rudder is movable only over a part of its rudder deflection range, and, after reaching a predetermined flight phase of the guided missile, the blocking element completely unlocks the rudder, with the result that it is movable over its entire rudder deflection range.
A wireless communication device (103, 104) comprising: a transceiver; and a processor coupled to the transceiver, the processor configured to estimate a channel for each of a plurality of transmit antenna ports using a reference symbol received from the corresponding antenna port, the processor configured to determine a composite channel estimate based on the estimated channels and based on a precoding matrix, and the processor configured to determine an updated composite channel estimate using the composite channel estimate and additionally using a gain correction for the precoding matrix, wherein the gain correction is based on a ratio of an amplitude of a data symbol received at the wireless communication device and an amplitude of the composite channel estimate, wherein the data symbol received at the wireless communication device is transmitted using the precoding matrix. a transceiver; and a processor coupled to the transceiver, the processor configured to estimate a channel for each of a plurality of transmit antenna ports using a reference symbol received from the corresponding antenna port, the processor configured to determine a composite channel estimate based on the estimated channels and based on a precoding matrix, and the processor configured to determine an updated composite channel estimate using the composite channel estimate and additionally using a gain correction for the precoding matrix, wherein the gain correction is based on a ratio of an amplitude of a data symbol received at the wireless communication device and an amplitude of the composite channel estimate, wherein the data symbol received at the wireless communication device is transmitted using the precoding matrix.