mhurhangee/ep-ind-claims huggingface dataset:
An airfoil for use in a gas turbine engine, the airfoil having a first side and a second side that are separated by a leading edge, the leading edge passing through a stagnation point of the airfoil, the airfoil comprising: a cover sheet; and a spar having an outer surface, the spar comprising a plurality of standoffs configured to receive the cover sheet, wherein two of the standoffs define a cooling channel that extends across the leading edge on the outer surface of the spar, from a first side of the spar to a second side of the spar, the cooling channel having a first portion defined by the two of the standoffs and a second portion defined by the two of the standoffs, the first portion offset from the second portion in a spanwise direction, wherein the cooling channel continuously curves in the spanwise direction from the first side of the airfoil to the second side of the airfoil, the spar further comprising an inlet on the first side, the inlet configured to convey a cooling fluid from a passageway located inside of the spar to the cooling channel, wherein the cooling channel is configured to convey the cooling fluid from the inlet, across the leading edge, and toward an outlet on the second side, wherein the outlet is at least partially defined by the cover sheet. a cover sheet; and a spar having an outer surface, the spar comprising a plurality of standoffs configured to receive the cover sheet, wherein two of the standoffs define a cooling channel that extends across the leading edge on the outer surface of the spar, from a first side of the spar to a second side of the spar, the cooling channel having a first portion defined by the two of the standoffs and a second portion defined by the two of the standoffs, the first portion offset from the second portion in a spanwise direction, wherein the cooling channel continuously curves in the spanwise direction from the first side of the airfoil to the second side of the airfoil, the spar further comprising an inlet on the first side, the inlet configured to convey a cooling fluid from a passageway located inside of the spar to the cooling channel, wherein the cooling channel is configured to convey the cooling fluid from the inlet, across the leading edge, and toward an outlet on the second side, wherein the outlet is at least partially defined by the cover sheet.
A curtain airbag device provided with an airbag that is disposed along a roof side rail of a vehicle interior, and that can deploy so as to cover a window portion on a vehicle side face, the curtain airbag device comprising: a cover member (18, 118) that forms the airbag into an elongate shape by folding or rolling the same and that covers the outer periphery of the airbag at least in part of the airbag in the longitudinal direction, characterized in that the cover member (18, 118) is formed of a pliable fabric material having a plurality of polymer fibers, and is configured to maintain the shape of the airbag through mutual fusion of at least part of the polymer fibers; and in that the cover member (18, 118) is formed to have a high stiffness portion (25, 118a, 118b, 118c) of higher stiffness than that of other portions of the cover member (18, 118), as a result of partial overlaying of the pliable fabric material in more folds than at other portions. a cover member (18, 118) that forms the airbag into an elongate shape by folding or rolling the same and that covers the outer periphery of the airbag at least in part of the airbag in the longitudinal direction, characterized in that the cover member (18, 118) is formed of a pliable fabric material having a plurality of polymer fibers, and is configured to maintain the shape of the airbag through mutual fusion of at least part of the polymer fibers; and in that the cover member (18, 118) is formed to have a high stiffness portion (25, 118a, 118b, 118c) of higher stiffness than that of other portions of the cover member (18, 118), as a result of partial overlaying of the pliable fabric material in more folds than at other portions.
A filter cartridge (110, 210, 310, 510) comprising: filter media; a contoured end member (120, 220, 320, 520) including a contoured alignment portion and a contoured seal portion, wherein the contoured alignment portion is an axial end portion of the contoured end member (120, 220, 320, 520), the contoured alignment portion including a plurality of axially extending alignment projections (130, 230, 330, 586); the contoured seal portion provides a radially directed seal surface that has a contoured profile in the axial direction and is provided by a plurality of axially extending seal projections (134, 234, 334, 582); wherein the alignment projections (130, 230, 330, 586) extend an axial distance that is at least twice an axial distance of the seal projections (134, 234, 334, 582). filter media; a contoured end member (120, 220, 320, 520) including a contoured alignment portion and a contoured seal portion, wherein the contoured alignment portion is an axial end portion of the contoured end member (120, 220, 320, 520), the contoured alignment portion including a plurality of axially extending alignment projections (130, 230, 330, 586); the contoured seal portion provides a radially directed seal surface that has a contoured profile in the axial direction and is provided by a plurality of axially extending seal projections (134, 234, 334, 582); wherein the alignment projections (130, 230, 330, 586) extend an axial distance that is at least twice an axial distance of the seal projections (134, 234, 334, 582).
A system (100; 200; 400) for managing machine-generated medical alerts, the system (100; 200; 400) comprising: a receiver circuit configured to receive a medical event detected from a patient and information of historical medical alerts associated with the patient; an alert prioritizer circuit (234; 434) configured to compute a similarity metric between the detected medical event and the information of historical medical alerts, and to generate an event priority indicator for the detected medical event inversely related to the similarity metric; an output circuit configured to output a priority of the detected medical event using the event priority indicator and; a patient identifier circuit configured to identify a prolific alert patient, the prolific alert patient having a quantity of historical medical alerts exceeding a threshold value during a specified time period, wherein the alert prioritizer circuit (234; 434) is configured to adjust the priority of the detected medical event further using the identification of the prolific alert patient. a receiver circuit configured to receive a medical event detected from a patient and information of historical medical alerts associated with the patient; an alert prioritizer circuit (234; 434) configured to compute a similarity metric between the detected medical event and the information of historical medical alerts, and to generate an event priority indicator for the detected medical event inversely related to the similarity metric; an output circuit configured to output a priority of the detected medical event using the event priority indicator and; a patient identifier circuit configured to identify a prolific alert patient, the prolific alert patient having a quantity of historical medical alerts exceeding a threshold value during a specified time period, wherein the alert prioritizer circuit (234; 434) is configured to adjust the priority of the detected medical event further using the identification of the prolific alert patient.
Fold rear-view mirror assembly for motor vehicles, the mirror assembly comprising: - a base member for being mounted on a motor vehicle; - a mirror housing; - a motor component; - drive means comprising a ring gear assembly and engaging the motor component with the base member for rotation of the mirror housing relative to the base member around a mirror rotation axis (x) between a mirror operative condition and a mirror folded condition, and vice versa; wherein it further comprises - a spring element positioned in a direction that is substantially tangential to the ring gear assembly and adapted to cooperate with the ring gear assembly, such that: - the mirror housing is allowed to rotate relative to the base member in a first direction of rotation; and - the mirror housing is prevented from being rotated relative to the base member in a second, reverse direction of rotation, characterized in that the spring element resiliently abuts a stop surface in said second, reverse direction of rotation. - a base member for being mounted on a motor vehicle; - a mirror housing; - a motor component; - drive means comprising a ring gear assembly and engaging the motor component with the base member for rotation of the mirror housing relative to the base member around a mirror rotation axis (x) between a mirror operative condition and a mirror folded condition, and vice versa; - a spring element positioned in a direction that is substantially tangential to the ring gear assembly and adapted to cooperate with the ring gear assembly, such that: - the mirror housing is allowed to rotate relative to the base member in a first direction of rotation; and - the mirror housing is prevented from being rotated relative to the base member in a second, reverse direction of rotation, characterized in that the spring element resiliently abuts a stop surface in said second, reverse direction of rotation. - the mirror housing is allowed to rotate relative to the base member in a first direction of rotation; and - the mirror housing is prevented from being rotated relative to the base member in a second, reverse direction of rotation, characterized in that the spring element resiliently abuts a stop surface in said second, reverse direction of rotation.
A portable terminal for uploading a document to and downloading a document from a document server, the portable terminal being communicably connected to a document server and one or more other portable terminals (10A, 10B), the portable terminal comprising: means (11, 15) for determining the document stored in the portable terminal to be uploaded; means (11, 15) for selecting an access group including a group of terminals which are allowed to access to the document; means (11, 15) for setting security parameters of the document based on a security level of the document using security parameters set in advance for each security level of the document, the security parameters being used in determining whether a file is allowed to be opened depending on a location where the file is opened; means (12, 15) for encoding the document and transmitting the encoded document, security parameters and the access group to the document server; means (12, 17) for transmitting decoding information for decoding the encoded document to the document server or a device belonging to the reception access group and for receiving decoding information for decoding the encoded document; means (12, 18) for requesting the document server to transmit the encoded document; means (12, 18) for receiving the document and the security parameters from the document server; means (12, 21) for acquiring information being a current location of the device said information being associated with evaluation of security parameters, and means (11, 18) for decoding the encoded document and opening the document only if the information satisfies the security parameters (S28-Yes). means (11, 15) for determining the document stored in the portable terminal to be uploaded; means (11, 15) for selecting an access group including a group of terminals which are allowed to access to the document; means (11, 15) for setting security parameters of the document based on a security level of the document using security parameters set in advance for each security level of the document, the security parameters being used in determining whether a file is allowed to be opened depending on a location where the file is opened; means (12, 15) for encoding the document and transmitting the encoded document, security parameters and the access group to the document server; means (12, 17) for transmitting decoding information for decoding the encoded document to the document server or a device belonging to the reception access group and for receiving decoding information for decoding the encoded document; means (12, 18) for requesting the document server to transmit the encoded document; means (12, 18) for receiving the document and the security parameters from the document server; means (12, 21) for acquiring information being a current location of the device said information being associated with evaluation of security parameters, and means (11, 18) for decoding the encoded document and opening the document only if the information satisfies the security parameters (S28-Yes).
A plug part for an optical plug-in connection for the connection to one another of light guides, wherein the plug part has at least one pivotable closing flap and a housing and at least one light guide which is arranged within the housing, and at least one displacement part, displaceable relative to the housing, in particular linearly, is mounted on the housing, in particular within the housing, wherein the displacement part has at least one passage opening and the plug part has at least one operating member for pivoting of the closing flap, wherein the operating member pivots the closing flap upon displacement of the displacement part, wherein the passage opening in the displacement part is closed by the closing flap, preferably completely, in at least one closing position of the closing flap, characterised in that at least one sealing ring is arranged between the displacement part and the housing or between the displacement part and another component part of the plug part, which component part is preferably fixed to the housing and is preferably a light guide support, wherein the sealing ring is arranged in a guide space, extended longitudinally parallel to a displacement direction of the displacement part and preferably in the form of an annular jacket, and the sealing ring of the displacement part is displaceably mounted in the displacement direction in the guide space.
An apparatus for tensioning a stud in a bolted joint to a desired preload, the apparatus comprising: a locking means adapted for engagement with the stud; a removable bridge member arranged to at least partially enclose the locking means and to receive the stud therethrough; a removable actuator operable to actuate the locking means through the bridge member; and removable tensioning means configured to apply tension to a load bearing surface of the bridge member so as to transfer tension to the stud; wherein the actuator is operable to lock the locking means when the desired preload in the stud is achieved, and wherein the tensioning means comprises a jacking nut or a multi-jackbolt tensioner consisting of a plurality of jackbolts or cap screws. a locking means adapted for engagement with the stud; a removable bridge member arranged to at least partially enclose the locking means and to receive the stud therethrough; a removable actuator operable to actuate the locking means through the bridge member; and removable tensioning means configured to apply tension to a load bearing surface of the bridge member so as to transfer tension to the stud; wherein the actuator is operable to lock the locking means when the desired preload in the stud is achieved, and wherein the tensioning means comprises a jacking nut or a multi-jackbolt tensioner consisting of a plurality of jackbolts or cap screws.
A gas exchange chip, comprising: a substrate (1,2; 17, 18); two flow channels (3, 4; 19,20) formed in the substrate (1,2; 17, 18), each flow channel having an inlet port and an outlet port (5 to 8; 22 to 25); characterized by multiple grooves (9, 21) interlinking the two flow channels (3, 4; 19, 20), the grooves (9, 21) are parts of the substrate (1, 2; 17,18) and formed by processing the substrate (1, 2; 17, 18), at least a part of an inner face of each of the grooves is hydrophobized and a size of a cross section of each of the grooves is adapted to permit passage of a gas component while inhibiting any liquid entering, wherein the grooves (9, 21) extend between the two flow channels (3, 4; 19, 20) and are configured so that when liquids are caused to flow through both of the flow channels, the liquids will not enter the grooves (9, 21), and a gas remains in the grooves so that the gas component contained in the liquid flowing through one of the two flow channels (3, 4; 19, 20) is transferred to the liquid of the other flow channel via the gas in the grooves (9, 21). a substrate (1,2; 17, 18); two flow channels (3, 4; 19,20) formed in the substrate (1,2; 17, 18), each flow channel having an inlet port and an outlet port (5 to 8; 22 to 25); characterized by multiple grooves (9, 21) interlinking the two flow channels (3, 4; 19, 20), the grooves (9, 21) are parts of the substrate (1, 2; 17,18) and formed by processing the substrate (1, 2; 17, 18), at least a part of an inner face of each of the grooves is hydrophobized and a size of a cross section of each of the grooves is adapted to permit passage of a gas component while inhibiting any liquid entering, wherein the grooves (9, 21) extend between the two flow channels (3, 4; 19, 20) and are configured so that when liquids are caused to flow through both of the flow channels, the liquids will not enter the grooves (9, 21), and a gas remains in the grooves so that the gas component contained in the liquid flowing through one of the two flow channels (3, 4; 19, 20) is transferred to the liquid of the other flow channel via the gas in the grooves (9, 21).
An organic/inorganic composite separator comprising: (a) a porous substrate having pores; and (b) a porous active layer containing a mixture of inorganic particles and a binder polymer with which at least one surface of the porous substrate is coated, wherein the porous active layer shows heterogeneity of composition morphology toward a thickness direction in which a content ratio of the binder polymer/inorganic particles present in a surface region of the porous active layer is higher than that of the binder polymer/inorganic particles present inside the porous active layer. (a) a porous substrate having pores; and (b) a porous active layer containing a mixture of inorganic particles and a binder polymer with which at least one surface of the porous substrate is coated,
Method for producing stamped parts, in particular workpieces having transmission plates or teeth, in particular gear wheels, in which a stamped, in particular fine-blanked, workpiece is placed in an embossing device and the burr, which is created on the workpiece during stamping, is rounded by way of a die of the embossing device, wherein, using the same stroke of the embossing device by way of which the rounding of the burr is performed, the height of the indentation, which is created during stamping, is also reduced, characterized in that, using the same stroke of the embossing device by way of which the rounding of the burr is performed, the angle (α) between a tangent of the cutting face, which extends between the burr-side and the indentation-side of the workpiece, and the workpiece normal is also reduced, in particular completely eliminated, in particular in the case of workpieces having a circular contour the conicity of the cutting face is reduced, preferably eliminated.
Roof structure of a motor vehicle, comprising a front cross member and an intermediate roof cross member located behind the front cross member, said cross members extending in the transverse direction of the vehicle, the structure also comprising an equipment support connecting these cross members to one another substantially in the middle thereof, characterized in that the support includes, at its first end, indexing means that penetrate in the longitudinal direction of the vehicle into corresponding orifices provided in one of the cross members (1, 2), these indexing means ensuring positioning in the transverse and vertical directions, while the first end interacts in a bearing manner in the longitudinal direction with a vertical flank of said cross member, and in that the support includes, at a second end, clip-fastening structures to ensure its pre-retention in the vertical direction with the other cross member, the support also being attached securely to both of the cross members (1, 2) by means of screws (12, 13) that pass through each of the ends (4, 5) of the support.
Device for the continuous homogeneous-catalytic reaction of a liquid with a gas and optionally a further fluid, wherein the device comprises at least one reactor having a pump-driven external liquid circuit, and wherein the device comprises at least one membrane separation stage that preferably retains the homogeneous catalyst and has a molecular weight cutoff (MWCO) of from 150 g/mol to less than 1000 g/mol, characterized in that the reactor is a jet loop reactor, in that pump and membrane separation stage are arranged in the same external liquid circuit, and in that a permeate-side free volume is provided in the membrane separation stage, which free volume is at least 0.3 dm 3 per m 2 of membrane surface.
Light sheet microscope having an illumination apparatus for illuminating a sample with an illumination beam which is formed in the region of the sample as a light sheet, wherein the illumination apparatus comprises an illumination objective, a tube lens and an astigmatic optical unit, characterized in that the astigmatic optical unit is formed in such a way and is arranged between the tube lens and the illumination objective in such a way that the focal length of the astigmatic optical unit is different from the distance of the astigmatic optical unit to the pupil of the illumination objective, that the illumination beam exiting from the illumination objective has a sagittal focus and a meridional focus, which have a different axial distance from the illumination objective; and that the light sheet is generated as a light sheet which diverges or converges along the propagation direction of the illumination beam in the plane of the light sheet.