mhurhangee/ep-ind-claims huggingface dataset:
A torsional vibration damper (1, 40) of a motor vehicle driven by an internal combustion engine, which is constructed as a dual-mass flywheel and which comprises a primary part fastened to a crankshaft and a secondary part associated with an output side, which are arranged so as to be jointly rotatable about an axis of rotation and rotatable relative to one another and between which a spring damper device is arranged in the torque flow, wherein the secondary part constructed of multiple parts includes a torque limiter, the support flange of which is indirectly coupled to an output hub via at least one friction lining (24, 25) and a guide disc, wherein an axial displacement of the output hub against a spring force of at least one disc spring releases a toothing and interrupts a torque transmission of the torsional vibration damper (1, 40) and the output hub can then be rotated until the positions of openings of the output hub coincide with bores of the primary part, characterized in that the output hub, on the one hand, is axially supported directly or indirectly on a friction ring (30, 42), wherein the friction ring (30, 42) is associated with the primary part via a support ring (31, 41), and the output hub, on the other hand, is connected in a form-fitting manner via the toothing to a toothed sheet metal disc which is located upstream of the guide disc and is connected to the guide disc.
A method comprising: detecting, by a microphone of an electronic device operating in a wide range, non-focused listening mode, a spoken trigger phrase; and in response to detecting the spoken trigger phrase: switching the microphone, by the electronic device, to operate in a narrow range, focused listening mode directed towards a location from which the spoken trigger phrase was detected; wherein the wide range, non-focused listening mode is set by the electronic device to be selectively less than a maximal range from which the microphone can detect sound around the electronic device to take into account an environment in which the electronic device is located and so that the microphone does not listen for and ignores the spoken trigger phrase within a portion of the environment defined as an angular partial circle of the maximal range of the microphone around the electronic device. detecting, by a microphone of an electronic device operating in a wide range, non-focused listening mode, a spoken trigger phrase; and in response to detecting the spoken trigger phrase: switching the microphone, by the electronic device, to operate in a narrow range, focused listening mode directed towards a location from which the spoken trigger phrase was detected; wherein the wide range, non-focused listening mode is set by the electronic device to be selectively less than a maximal range from which the microphone can detect sound around the electronic device to take into account an environment in which the electronic device is located and so that the microphone does not listen for and ignores the spoken trigger phrase within a portion of the environment defined as an angular partial circle of the maximal range of the microphone around the electronic device. switching the microphone, by the electronic device, to operate in a narrow range, focused listening mode directed towards a location from which the spoken trigger phrase was detected; wherein the wide range, non-focused listening mode is set by the electronic device to be selectively less than a maximal range from which the microphone can detect sound around the electronic device to take into account an environment in which the electronic device is located and so that the microphone does not listen for and ignores the spoken trigger phrase within a portion of the environment defined as an angular partial circle of the maximal range of the microphone around the electronic device.
A method for fabricating a ceramic matrix composite component of a gas turbine engine, the method comprising: molding a plurality of plies of a ceramic matrix composite material to form a first portion of the gas turbine engine component, wherein the first portion of the gas turbine engine component comprises an airfoil, a dovetail, and a platform of a turbine rotor blade, and wherein the plurality of plies in the airfoil, the dovetail, and the platform extend parallel to a first plane; processing the first portion of the gas turbine engine component to form a first assembly (A 1); preparing the first assembly (A 1) and a second portion of the gas turbine engine component for processing; processing the first assembly (A 1) and second portion of the gas turbine engine component to join the first assembly (A 1) and the second portion and thereby form a second assembly (A 2); and wherein the first assembly (A 1) defines the first plane and the second portion defines a second plane, and wherein preparing the first assembly (A 1) and the second portion for processing comprises positioning the second portion adjacent the first assembly (A 1) on a second layup tool such that the second plane extends perpendicular to the first plane. molding a plurality of plies of a ceramic matrix composite material to form a first portion of the gas turbine engine component, wherein the first portion of the gas turbine engine component comprises an airfoil, a dovetail, and a platform of a turbine rotor blade, and wherein the plurality of plies in the airfoil, the dovetail, and the platform extend parallel to a first plane; processing the first portion of the gas turbine engine component to form a first assembly (A 1); preparing the first assembly (A 1) and a second portion of the gas turbine engine component for processing; processing the first assembly (A 1) and second portion of the gas turbine engine component to join the first assembly (A 1) and the second portion and thereby form a second assembly (A 2); and wherein the first assembly (A 1) defines the first plane and the second portion defines a second plane, and wherein preparing the first assembly (A 1) and the second portion for processing comprises positioning the second portion adjacent the first assembly (A 1) on a second layup tool such that the second plane extends perpendicular to the first plane.
Friction stir processing tool, comprising a shoulder formed on a body, the shoulder including a friction surface configured to press against at least one workpiece (10, 12) that is at least partially provided with a surface coating, and a friction reducing unit configured to reduced a friction resistance between the surface coating and the friction surface, characterized in that the friction surface comprises a first and a second surface region, wherein the first surface region is formed on a first partial element of the shoulder and the second surface region is formed on a second partial element of the shoulder, that the first partial element having the first surface region is separated from the second partial element having the second surface region by a partition line which extends centrally in relation to the friction surface or off-center in relation to the friction surface, on a center line of the friction surface, which can be arranged in an advance direction for the friction stir processing tool, and parallel to the center line, so that the second surface region extends by predefined distance beyond the center line of the friction surface, and that the first and the second partial element of the shoulder comprise different materials so that the friction resistance on the first surface region of the friction surface is less than the friction resistance on the second surface region of the friction surface.
A plug-in connector, comprising an electrically insulating contact carrier (2, 3) and at least four electrically conductive contacts (C, C'), wherein the contact carrier (2, 3) holds the contacts (C, C'), wherein in or on at least one region of the contact carrier (2, 3), at least one coherent, electrically conductive coating is inserted or applied, the coating being a compensation coating (A21, A22, A31, A32) that is connected to one of the contacts (C3, C6, C3', C6') in an electrically conductive manner and is capacitively coupled with at least one further one of the contacts (C1, C5, C7, C1', C5', C7', C2, C4, C8, C2', C4', C8'), characterised in that an electrically insulating layer is arranged between the compensation coating (A21, A22, A31, A32) and the at least one further contact (C1, C5, C7, C1', C5', C7', C2, C4, C8, C2', C4', C8'), with which it is capacitively coupled.
A roof window comprising a frame and a sash, the frame having a top member, a bottom member and two side members (2c, 2d) extending between the top and bottom member defining a quadrangular frame having an opening for receiving the sash, the sash having a top member, a bottom member and two side members (3c, 3d) extending between the top and bottom member defining a quadrangular sash frame having an opening for receiving a pane of glass, the roof window further comprising an elongate frame cover member having two longitudinal edge portions and two lateral edge portions, the elongate frame cover member being adaptable to cover at least part of the exterior surface of a side member of the frame, the sash being pivotally engaged with the frame by a hinge, the hinge comprising a sash hinge component attachable to the sash, and a frame hinge component attachable to the frame, the sash hinge component being adaptable to hingedly engage with the frame hinge component, the roof window further comprising an elongate frame cover member retaining means having means for slidably and releasably locating and retaining at least part of the elongate frame cover member to the frame and wherein the elongate frame cover member retaining means is mounted on the frame hinge component and the elongate frame cover member, characterized in that the means for slidably and releasably locating and retaining at least part of the elongate frame cover member to the frame comprises a first component disposed on or attached to the frame and a second co-operating component on the elongate frame cover member, or a first component on the elongate frame cover member and a second co-operating component disposed on or attached to the frame, the first component being slidably engageable with the second co-operating component.
Method of fastening a heat exchanger provided with side plates by means of blind rivet nuts and screws to a partition wall provided with drilled holes through which the screws are applied, characterised in that the drilled holes of the partition wall are produced with a diameter that is larger than the outer diameter of the blind rivet nuts and in that a metal strip is produced which has the same drilling pattern as the side plate, but with drilled hole diameters smaller than the outer diameters of the blind rivet nuts and in that the metal strip is connected to the side plate, wherein the partition wall, side plate and metal strip are screwed to each other by means of the blind rivet nuts and the screws in such a way that on the head side the blind rivet nuts support themselves on the metal strip or on the side plate.
A database for a navigation device, said database including digital elevation model data defining a three-dimensional surface of a terrain, characterized in that said database stores, for each tile of a plurality of tiles of a tiling: - a first array including three-dimensional coordinates of vertices (A-H) of plural triangulated irregular networks, TINs (18, 19), for the respective tile, and - a plurality of second arrays (24, 25), each second array (24, 25) respectively defining triangular faces of a TIN (18, 19) and including a plurality of indices of said vertices (A-H) for which vertex (A-H) coordinates are stored in said first array to define triangular faces of the respective TIN (18, 19). - a first array including three-dimensional coordinates of vertices (A-H) of plural triangulated irregular networks, TINs (18, 19), for the respective tile, and - a plurality of second arrays (24, 25), each second array (24, 25) respectively defining triangular faces of a TIN (18, 19) and including a plurality of indices of said vertices (A-H) for which vertex (A-H) coordinates are stored in said first array to define triangular faces of the respective TIN (18, 19).
A method for producing a food product comprising hydrolysed starch, said method comprising the steps of: a) Providing a starting material which comprises both starch and at least one amylolytic enzyme, b) Providing as ingredients: water, at least one further amylolytic enzyme comprising amylase not endogenous to the provided starting material and optionally one or more other ingredients, c) Mixing the starting material of step a) and the ingredients of step b) d) adjusting the temperature of the mixture of step c) to a temperature which leads to gelatinization of the starch in said mixture and inactivation of the at least one amylolytic enzyme which was provided with the starting material in a), and e) simultaneously to step d), subjecting said mixture of step c) to high shear mixing, wherein said high shear mixing is achieved by use of a Ring Layer Mixer. f) Incubating the mixture of step e) such that the desired degree of hydrolysis is achieved, thereby obtaining a food product comprising hydrolysed starch. a) Providing a starting material which comprises both starch and at least one amylolytic enzyme, b) Providing as ingredients: water, at least one further amylolytic enzyme comprising amylase not endogenous to the provided starting material and optionally one or more other ingredients, c) Mixing the starting material of step a) and the ingredients of step b) d) adjusting the temperature of the mixture of step c) to a temperature which leads to gelatinization of the starch in said mixture and inactivation of the at least one amylolytic enzyme which was provided with the starting material in a), and e) simultaneously to step d), subjecting said mixture of step c) to high shear mixing, wherein said high shear mixing is achieved by use of a Ring Layer Mixer. f) Incubating the mixture of step e) such that the desired degree of hydrolysis is achieved,
A method of reusing data which improves processing performance of a medical display processing system, the method comprising: acquiring, over time via a plurality of electrodes, electrical signals, each signal acquired via one of the plurality of electrodes and indicating electrical activity at a location of a portion of patient anatomy in a three dimensional sp ace; filtering electrical signal data, corresponding to the electrical signals, according to a first plurality of filter parameter settings; generating first mapping information for displaying a map of the portion of patient anatomy and the filtered electrical signal data on a display; specifying, by a user, a region of the portion of patient anatomy on the map (400, 500) and indicating the region via lines or shapes on the display; and generating, second mapping information for displaying, at the region on the map (400, 500), a portion of the electrical signal data previously filtered from display. acquiring, over time via a plurality of electrodes, electrical signals, each signal acquired via one of the plurality of electrodes and indicating electrical activity at a location of a portion of patient anatomy in a three dimensional sp ace; filtering electrical signal data, corresponding to the electrical signals, according to a first plurality of filter parameter settings; generating first mapping information for displaying a map of the portion of patient anatomy and the filtered electrical signal data on a display; specifying, by a user, a region of the portion of patient anatomy on the map (400, 500) and indicating the region via lines or shapes on the display; and generating, second mapping information for displaying, at the region on the map (400, 500), a portion of the electrical signal data previously filtered from display.
A Group 4 metal precursor represented by the formula: wherein M is a Group 4 metal selected from the group consisting of Ti, Zr, and Hf; wherein R 1 is selected from the group consisting of linear or branched C 1-10 alkyls and C 6-12 aryls; wherein R 2 is selected from the group consisting of branched C 3-10 alkyls and C 6-12 aryls; wherein R 3 is selected from the group consisting of hydrogen, C 1-10 alkyls, and C 6-12 aryls; and wherein the R 1 groups are the same.
Thermoelectric device, in particular for a thermoelectric generator, - comprising at least two thermoelectric elements (2, 2a, 2b, 2c) which are made of a thermoelectrically active material and are roughened by means of a grinding process, - comprising at least one conductor path element (4, 4ab, 4ac) that electrically connects the thermoelectric elements (2, 2a, 2b, 2c), - comprising an adapter layer (7, 8) which is made of a metal and arranged on each thermoelectric element (2, 2a, 2b, 2c), and is sandwiched between the respective thermoelectric element (2, 2a, 2b, 2c) and the conductor path element (4, 4ab, 4ac). - comprising at least two thermoelectric elements (2, 2a, 2b, 2c) which are made of a thermoelectrically active material and are roughened by means of a grinding process, - comprising at least one conductor path element (4, 4ab, 4ac) that electrically connects the thermoelectric elements (2, 2a, 2b, 2c), - comprising an adapter layer (7, 8) which is made of a metal and arranged on each thermoelectric element (2, 2a, 2b, 2c), and is sandwiched between the respective thermoelectric element (2, 2a, 2b, 2c) and the conductor path element (4, 4ab, 4ac).
A low-pressure casting mold, comprising: at least an upper mold and a lower mold that form a cavity; and sprue pieces (8, 9; 18, 19) having cylindrical shapes and disposed at different positions of the lower mold, wherein each of the sprue pieces (8, 9; 18, 19) comprises a sprue (8A, 9A; 18A, 19A) open to the cavity at an upper side and a basin (8B, 9B; 18B, 19B) under the sprue (8A, 9A; 18A, 19A), and the basin (8B, 9B; 18B, 19B) has different volume according to a position of each of the sprue pieces (8, 9; 18, 19) in the lower mold.
A laser arrangement comprising an array of Vertical Surface Emitting Lasers arranged on the same semiconductor substrate being arranged to emit laser light, the Vertical Cavity Surface Emitting Lasers comprise a first electrode, a first distributed Bragg reflector, an active layer, a second distributed Bragg reflector and a second electrode, wherein the active layer is sandwiched between the first distributed Bragg reflector and the second distributed Bragg reflector, wherein the first electrode and the second electrode are arranged to provide an electrical current across the active layer to generate laser light, wherein the Vertical Cavity Surface Emitting Lasers are bottom emitters which are arranged to emit the laser light through the semiconductor substrate, wherein the laser arrangement comprises an optical structure arranged to increase a laser emission angle of the laser light for increasing eye safety of the laser arrangement, wherein the optical structure is an integrated part of a semiconductor layer structure of the laser arrangement, wherein the optical structure comprises a surface structure of the semiconductor substrate, wherein a thickness of the semiconductor substrate is arranged such that laser light emitted by neighboring Vertical Surface Emitting Lasers intersect with each other in a plane of the surface structure, and wherein the surface structure is arranged such that a homogeneous emission of an emission surface of the semiconductor substrate is enabled.
A fibre-optic sensor array comprising a line array of fibre-optic sensor packages each having a package input/output (i/o) fibre (12; 112) and each being arranged to output a finite output pulse series of optical output pulses via its package i/o fibre (12; 112) in response to input thereto of each of one or more interrogating optical pulses characterised in that the array comprises a plurality of N fibre-optic bus fibres (104, 106, 108, 110) extending in parallel along the length of the line array, each package i/o fibre (12; 112) being optically coupled to one of said N bus fibres at a respective position along the line array, wherein the package i/o fibre (12; 112) of the fibre-optic sensor package of the line array which is coupled at the nth position along the line array is optically coupled to the kth bus fibre (k=1 to N) if n/N = M + k/N, and M is a positive integer or zero, such that pulse series output from packages coupled to different bus fibres are interleaved.
A direct-current circuit breaker including a circuit breaker adapted to interrupt a direct current flowing through a direct-current line, the direct-current circuit breaker comprising: a resonant circuit including a capacitor, a reactor, and a switch connected in series to each other; a lightning arrester; and an operation processor adapted to control an opening operation and a closing operation by each of the circuit breaker and the switch, characterized in that the lightning arrester includes a plurality of columns each including a stack of a plurality of nonlinear resistive elements, the lightning arrester being connected in parallel to the capacitor, wherein the direct-current circuit breaker further comprises: a monitor adapted to monitor presence or absence of an anomaly in each of the plurality of columns; and a lock processor adapted to: lock operations of the circuit breaker and the switch controlled by the operation processor in a case where there is an anomaly in at least one or some columns out of the plurality of columns; and unlock the operations of the circuit breaker and the switch after the anomaly is resolved. a resonant circuit including a capacitor, a reactor, and a switch connected in series to each other; a lightning arrester; and an operation processor adapted to control an opening operation and a closing operation by each of the circuit breaker and the switch, characterized in that the lightning arrester includes a plurality of columns each including a stack of a plurality of nonlinear resistive elements, the lightning arrester being connected in parallel to the capacitor, wherein the direct-current circuit breaker further comprises: a monitor adapted to monitor presence or absence of an anomaly in each of the plurality of columns; and a lock processor adapted to: lock operations of the circuit breaker and the switch controlled by the operation processor in a case where there is an anomaly in at least one or some columns out of the plurality of columns; and unlock the operations of the circuit breaker and the switch after the anomaly is resolved. a monitor adapted to monitor presence or absence of an anomaly in each of the plurality of columns; and a lock processor adapted to: lock operations of the circuit breaker and the switch controlled by the operation processor in a case where there is an anomaly in at least one or some columns out of the plurality of columns; and unlock the operations of the circuit breaker and the switch after the anomaly is resolved. lock operations of the circuit breaker and the switch controlled by the operation processor in a case where there is an anomaly in at least one or some columns out of the plurality of columns; and unlock the operations of the circuit breaker and the switch after the anomaly is resolved.