mhurhangee/ep-ind-claims huggingface dataset:
Mechanical seal, comprising a rotating part connectable to a rotating shaft and a fixed part connectable to a fixed wall; said rotating part comprising: - an annular body integrally connectable to a rotating shaft about a rotation axis; - a sealing element substantially coaxial with said annular body and having a rotating coupling surface configured to abut against a respective static coupling surface of said fixed part; and - elastic means comprising a wave spring having a substantially annular profile, said elastic means being active between said annular body and said sealing element to maintain said rotating coupling surface pressed against said static coupling surface and to allow a mutual position adjustment along said rotation axis between the annular body and the sealing element; - a first rotationally-shaped coupling configured to rotationally constrain said wave spring to said annular body about said rotation axis and a second rotationally-shaped coupling configured to rotationally constrain said sealing element to said wave spring about said rotation axis, characterised in that it comprises an axially-shaped coupling configured to axially constrain said wave spring and said annular body so as to prevent them from disengaging from each other along said rotation axis, wherein said axially-shaped coupling is configured to be reversibly activated upon relative rotation between said wave spring and said annular body. - an annular body integrally connectable to a rotating shaft about a rotation axis; - a sealing element substantially coaxial with said annular body and having a rotating coupling surface configured to abut against a respective static coupling surface of said fixed part; and - elastic means comprising a wave spring having a substantially annular profile, said elastic means being active between said annular body and said sealing element to maintain said rotating coupling surface pressed against said static coupling surface and to allow a mutual position adjustment along said rotation axis between the annular body and the sealing element; - a first rotationally-shaped coupling configured to rotationally constrain said wave spring to said annular body about said rotation axis and a second rotationally-shaped coupling configured to rotationally constrain said sealing element to said wave spring about said rotation axis,
A method for providing voice print identification, the method comprising: recording a plurality of speakers at an event; associating each of the plurality of recorded speakers with at least one identity indicator; generating a plurality of voice prints, each associated with at least one of the plurality of recorded speakers; determining (345, 350) whether at least one of the plurality of voice prints corresponds to a user according to the at least one identity indicator, wherein the at least one identity indicator comprises at least one of the following: a location of the recording, a time of the recording, a caller ID, a device identifier, a host user, a calendar entry associated with the event, a recorded image, and a voice to text segment; and in response to determining that the at least one of the plurality of voice prints corresponds to the user: creating (335, 340) a database entry associated with the user comprising the corresponding at least one of the plurality of voice prints, and displaying at least one information element associated with the user. recording a plurality of speakers at an event; associating each of the plurality of recorded speakers with at least one identity indicator; generating a plurality of voice prints, each associated with at least one of the plurality of recorded speakers; determining (345, 350) whether at least one of the plurality of voice prints corresponds to a user according to the at least one identity indicator, wherein the at least one identity indicator comprises at least one of the following: a location of the recording, a time of the recording, a caller ID, a device identifier, a host user, a calendar entry associated with the event, a recorded image, and a voice to text segment; and in response to determining that the at least one of the plurality of voice prints corresponds to the user: creating (335, 340) a database entry associated with the user comprising the corresponding at least one of the plurality of voice prints, and displaying at least one information element associated with the user. creating (335, 340) a database entry associated with the user comprising the corresponding at least one of the plurality of voice prints, and displaying at least one information element associated with the user.
A composition comprising a therapeutically effective amount of an inhibitor of Bcl-2 and Bcl-xl; or a composition comprising a therapeutically effective amount of an inhibitor of Bcl-2 and a composition comprising a therapeutically effective amount of an inhibitor of Bcl-xl; for use in treating a degenerative disease or a function-decreasing disorder that is not cancer, wherein the degenerative disease or a function-decreasing disorder is selected from Alzheimer's disease, Parkinson's disease, cataracts, macular degeneration, glaucoma, atherosclerosis, acute coronary syndrome, myocardial infarction, stroke, hypertension, idiopathic pulmonary fibrosis, chronic obstructive coronary artery disease, cerebrovascular disease, periodontal disease, and cancer treatment-related disability.
A component forming a part of a breathing tube, or forming the breathing tube, comprising: a tubular body having a foamed wall formed from a single extrudate, and wherein the foamed wall is surface modified by increasing the surface energy of the wall surface, wherein the foamed wall is surface modified by chemical means. a tubular body having a foamed wall formed from a single extrudate, and wherein the foamed wall is surface modified by increasing the surface energy of the wall surface, wherein the foamed wall is surface modified by chemical means.
Turbo machine, which can be operated both as a motor and as a pump, with axially fixed shaft (Mw), comprising a power unit with at least one inlet and outlet, a controller which at least comprises a connection part on which at least one distributor part with passage openings (26, 27) and at least one feed line part are arranged, the distributor part by means of at least one drive arranged on the shaft (Mw) is driven and axial forces are distributed to a piston arranged axially on the distributor part, the at least one inlet and outlet provided on the power part being designed to rotate and from the distributor part and the pistons is supplied with at least two co-rotating drive pressures (p1, p2) via the supply line part, the drive presses (p1, p2) with their associated projected annular surfaces (A1, A2) on the piston generating the forces Fp1 and Fp2 generate, whereby at least one end face of the distributor part is acted upon by at least one further pressure (pw1, pw2,...) on at least one equivalent surface (B3, C3, C4,...), characterized in that through feed lines and a control device at least one of the further pressure areas or replacement areas (8, B3, C3, C4,...) is connected to a drive to the control device and thereby to a control pressure (ps) is applied and thereby the total force on the face (Fgsx) and the efficiency (η) over the total resulting force (Fgx), which the contact surfaces between the piston and distributor part, as well as between distributor part and supply part pressed against each other, is changed within a control range.
An aircraft, comprising: an electric motor system including an electric motor coupled to a rotor; and a system connected to the electric motor to drive the rotor when the electric motor system is energized at least at a minimum rotation rate greater than zero, characterized in that the system comprising a controller configured to control the electric motor to rotate the rotor at a rotation rate that provides a visual indication and warning that the rotor is energized, the system comprising a manual override switch located proximate to the rotor, the manual override switch configured to stop the rotation of the rotor. an electric motor system including an electric motor coupled to a rotor; and a system connected to the electric motor to drive the rotor when the electric motor system is energized at least at a minimum rotation rate greater than zero, characterized in that the system comprising a controller configured to control the electric motor to rotate the rotor at a rotation rate that provides a visual indication and warning that the rotor is energized, the system comprising a manual override switch located proximate to the rotor, the manual override switch configured to stop the rotation of the rotor.
A method for wireless communication, comprising: activating a file delivery session in a broadcast network for system information; and receiving a plurality of metadata fragments (912a-912d, 914a-914d) in the file delivery session based on the activation, characterized by the plurality of metadata fragments comprising at least one initialization segment description fragment (912d, 914d), wherein the at least one initialization segment description fragment is associated with at least one media segment (942a-942g, 962a-962g) transmitted in another file delivery session (940, 960), wherein the at least one initialization segment description fragment comprises information necessary to playback the at least one media segment. activating a file delivery session in a broadcast network for system information; and receiving a plurality of metadata fragments (912a-912d, 914a-914d) in the file delivery session based on the activation, characterized by the plurality of metadata fragments comprising at least one initialization segment description fragment (912d, 914d), wherein the at least one initialization segment description fragment is associated with at least one media segment (942a-942g, 962a-962g) transmitted in another file delivery session (940, 960), wherein the at least one initialization segment description fragment comprises information necessary to playback the at least one media segment.
A tool holder with a cutting insert, the cutting insert having a lower face, adapted to be installed at a bottom of a housing forming part of a tool holder, opposing an upper face of which a front edge region constitutes a clearance surface for chips produced by an associated front cutting edge, and having a rear side surface, for alignment of the cutting insert in a mounting position against a back wall of said housing, adapted to co-operate with and align the rear side wall of the insert, the tool holder having a hole providing guidance in translatory motion, in a specified direction, of a body of a traveling member, a head of which includes a radial relief feature (83, 84) adapted to abut against an abutment surface of the insert upstanding from the upper face, characterized by the fact that, on the upper face, a deflecting surface for deflecting the path of chips away from a direction running from a rear edge of the clearance surface to said abutment surface upstands forwardly with respect to the abutment surface for driving the insert by a traveling member of the tool holder to the mounting position, the direction of the guide hole, running towards the alignment wall, being inclined downwards with respect to a plane of general extension of the bottom surface of the housing, the lateral relief feature of the head of the traveling member (83, 84) is of limited size, in order to allow it pass over said deflection surface (18X, 13X) without coming into contact therewith, and yet sufficient for it to land on the abutment surface (18B, 13B).
Method for controlling a reluctance motor comprising a rotor and a stator, the rotor having a plurality of rotor segments and the stator having a number of coils that is dependent thereon, that is to say six coils when there are four rotor segments, and comprising an activation device which applies a voltage to a coil of a particular phase (PH 1 to PH 3) of the stator, characterised in that, at a point in time when a first coil is already excited, specifically when a rotor segment moves relative to the coil, the second coil following in the rotational direction (r) of the rotor is already additionally excited.
Spacecraft comprising a body having at least one face (6, 16, 18), at least one radiator carried by said face (6, 16, 18), and at least one thermal insulation device capable of thermally insulating the body from the space environment; said thermal insulation device comprising at least one flexible insulating sheet (32, 34) that is movable between an unfolded position in which the flexible sheet (32, 34) covers a coverable area of the radiator, and a position folded on itself in which said coverable area of the radiator is exposed to the space environment, characterized in that the flexible sheet (32, 34) comprises multiple pleats which extend perpendicularly to the direction of movement of the flexible sheet (32, 34), said pleats being folded against one another when the flexible sheet (32, 34) is in the folded position, said pleats being spaced apart from one another when the flexible sheet (32, 34) is in an unfolded position.
Filter for filtering fluid, in particular air, in particular of an internal combustion engine, in particular of a motor vehicle, with at least one filter housing which features at least one inlet for fluid to be filtered and at leas tone outlet for filtered fluid, and with at least one hollow filter element, in particular multiple bellows hollow filter element, with at least one filter bellows (46, 48) which features at least one filter medium allowing passage therethrough for filtering the fluid and which delimits an element interior space (60, 64), with at least one end body (56, 68, 70) on an axially front and/or rear front face (52, 54) of the hollow filter element with respect to an element axis and with at least one seal which is disposed, with respect to the element axis, circumferentially in the area of one of the front faces of the hollow filter element and axially protrudes beyond the end body (68, 70) with respect to the element axis, wherein the end body is firmly connected to the filter bellows and the seal is integrally connected to the end body, wherein the filter housing features at least one first housing component with at least one mounting opening for the at least one hollow filter element, which mounting opening can be closed with at least a second housing component, wherein the hollow filter element can be disposed in the housing in such a way that it separates the at least one inlet from the at least one outlet, characterized in that the filter housing features at least one simply inwardly stepped sealing surface and that the at least one seal features at least two parallel radially outer, axially and radially sealing portions (92, 94) spaced from one another, each circumferentially continuously closed with respect to the element axis, wherein the seal of the filter element and the sealing surface of the filter housing radially interact with respect to the element axis so that a double radial seal is realized.
An apparatus for dispensing discrete sections of double-sided adhesive tape, comprising a casing carrying an applicator roller and a motorized winding pin configured to wind a support film detached from an external surface of the double-sided adhesive tape, characterized by: - a reel support unit comprising: a base plate, a hub rotatable relative to the base plate and configured to support a reel of double-sided tape, a plurality of return pins carried by the base plate and arranged to guide the double-sided adhesive tape unwound from said reel, and a cutting device configured to transversely cut the double-sided tape unwound from the reel and to form successive discrete sections of double-sided tape, and - an adjustment mechanism (34, 42) configured to vary the position of said base plate with respect to the casing to vary the length of the discrete sections of double-sided tape to be dispensed. - a reel support unit comprising: a base plate, a hub rotatable relative to the base plate and configured to support a reel of double-sided tape, a plurality of return pins carried by the base plate and arranged to guide the double-sided adhesive tape unwound from said reel, and a cutting device configured to transversely cut the double-sided tape unwound from the reel and to form successive discrete sections of double-sided tape, and - an adjustment mechanism (34, 42) configured to vary the position of said base plate with respect to the casing to vary the length of the discrete sections of double-sided tape to be dispensed.
Use of a connection device for the connection between a dental prosthesis, or an abutment framework for a dental prosthesis, and a master model comprising at least one implant analog having an internal threaded portion (2a, 2b), said connection device extending longitudinally between a first end and a second end the first end having a first connecting segment comprising an outer thread, the second end having a second connecting segment comprising a cylindrical portion, during which the outer thread of the first connecting segment is received by screwing in the internal threaded portion (2a, 2b) provided in the analog implant, characterized in that, when used, the cylindrical portion of the second connecting segment is received by engagement in a corresponding open cylindrical cavity formed in the dental prosthesis or the abutment framework for a dental prosthesis.
A vehicle windshield display system for detecting obstruction of a field of view of an operator of a vehicle by a windshield display, said system comprising: the windshield display configured to be installed into the vehicle and configured to display a graphic on a windshield that is in the field of view of the operator of the vehicle; an operator position detector for determining the location and gaze direction of the vehicle operator; an object detector configured to detect objects in the field of view of the operator; and a controller including an input, wherein the controller is configured to determine if the operator's view of objects detected by the object detector is obstructed by an image of the graphic displayed by the windshield display; and the controller is configured to adjust the graphic displayed by the windshield display based on the image to reduce the obstruction of the field of view if the operator's view of the objects detected by the object detector is obstructed by the image of the graphic, characterized in that the system further comprises a camera configured to determine the image of the graphic being displayed on the windshield by the windshield display, the image of the graphic being included in or communicated by an image signal output by the camera, and in that the input of the controller is configured to receive the image signal from the camera, where the image signal includes an indication of the graphic displayed by the windshield display. the windshield display configured to be installed into the vehicle and configured to display a graphic on a windshield that is in the field of view of the operator of the vehicle; an operator position detector for determining the location and gaze direction of the vehicle operator; an object detector configured to detect objects in the field of view of the operator; and a controller including an input, wherein the controller is configured to determine if the operator's view of objects detected by the object detector is obstructed by an image of the graphic displayed by the windshield display; and the controller is configured to adjust the graphic displayed by the windshield display based on the image to reduce the obstruction of the field of view if the operator's view of the objects detected by the object detector is obstructed by the image of the graphic, characterized in that the system further comprises a camera configured to determine the image of the graphic being displayed on the windshield by the windshield display, the image of the graphic being included in or communicated by an image signal output by the camera, and in that the input of the controller is configured to receive the image signal from the camera, where the image signal includes an indication of the graphic displayed by the windshield display.
Water sports device with an inflatable hull component with a longitudinal direction and inflatable arms (8a, 8b) at a stern end which are spaced apart from one another and which are oriented in the longitudinal direction, said arms forming therebetween an receptacle having an inner contour, and a drive component having a tread surface and an underwater surface, which drive component is formed with a complementary contour (10a, 10b, 11) on two spaced-apart longitudinal sides (10a, 10b) and can be inserted into the receptacle from the stern end, wherein the inner contour and the complementary outer contour (10a, 10b, 11) form a connection with one another and a position of the inserted drive component in the receptacle is fixed in the direction of the tread surface and the underwater surface and laterally, and with at least one fastening means (12a, 12b, 13a, 13b) for the drive component in the receptacle, which fastening means can be opened and closed, is provided at the stern end of the drive component and of the arms (8a, 8b) and prevents the drive component from slipping out of the receptacle at the stern end and no further fastening means are provided on the inner side of the receptacle. an inflatable hull component with a longitudinal direction and inflatable arms (8a, 8b) at a stern end which are spaced apart from one another and which are oriented in the longitudinal direction, said arms forming therebetween an receptacle having an inner contour, and a drive component having a tread surface and an underwater surface, which drive component is formed with a complementary contour (10a, 10b, 11) on two spaced-apart longitudinal sides (10a, 10b) and can be inserted into the receptacle from the stern end, wherein the inner contour and the complementary outer contour (10a, 10b, 11) form a connection with one another and a position of the inserted drive component in the receptacle is fixed in the direction of the tread surface and the underwater surface and laterally, and with at least one fastening means (12a, 12b, 13a, 13b) for the drive component in the receptacle, which fastening means can be opened and closed, is provided at the stern end of the drive component and of the arms (8a, 8b) and prevents the drive component from slipping out of the receptacle at the stern end and no further fastening means are provided on the inner side of the receptacle.
Use of one or more ALS inhibitor herbicide(s) for controlling unwanted vegetation in Beta vulgaris growing areas in which the Beta vulgaris plants comprise a mutation in codon 1705-1707 of an endogenous ALS gene encoding an ALS protein containing an amino acid that is different from tryptophan at position 569.