mhurhangee/ep-ind-claims huggingface dataset:
A turbofan gas turbine engine comprising, in axial flow sequence, a heat exchanger module, a fan assembly, a compressor module, a turbine module, and an exhaust module, the fan assembly comprising a plurality of fan blades defining a fan diameter, the heat exchanger module being in fluid communication with the fan assembly by an inlet duct, the heat exchanger module further comprising a plurality of radially-extending hollow vanes arranged in a circumferential array, with a channel extending axially between adjacent hollow vanes, each of the hollow vanes accommodating at least one heat transfer element for the transfer of heat from a first fluid contained within the or each heat transfer element to a corresponding vane airflow passing through the hollow vane and over a surface of the or each heat transfer element, each of the hollow vanes further comprising a flow modulator, the flow modulator being configured to actively regulate the vane airflow as a proportion of a total airflow entering the heat exchanger module in response to a user requirement.
A safety helmet, comprising: a shell; a flexible frame, being attached to an inner surface of the shell; and a slide-facilitating member, being attached to an inner surface of the flexible frame, and serving to allow the shell to slide with respect to a user head wearing it when the shell receives incoming impact; characterized in that the slide-facilitating member has a covering and a slide-facilitating medium, in which the covering is attached to the inner surface of the flexible frame and the slide-facilitating medium is wrapped by the covering; wherein the slide-facilitating medium has a substrate and a plurality of flexible bars connected to the substrate. a shell; a flexible frame, being attached to an inner surface of the shell; and a slide-facilitating member, being attached to an inner surface of the flexible frame, and serving to allow the shell to slide with respect to a user head wearing it when the shell receives incoming impact; characterized in that the slide-facilitating member has a covering and a slide-facilitating medium, in which the covering is attached to the inner surface of the flexible frame and the slide-facilitating medium is wrapped by the covering; wherein the slide-facilitating medium has a substrate and a plurality of flexible bars connected to the substrate.
A blade outer air seal for a gas turbine engine, the blade outer air seal comprising: a blade outer air seal body having a radially inner side and a radially outer side, wherein the radially inner side has a cavity layer having a plurality of cavities (134; 234) and an abradable coating over the cavity layer, characterised in that: the abradable coating is a geometrically segmented abradable coating formed from a ceramic material; and the cavity layer is a ceramic matrix composite honeycomb layer produced from a woven honeycomb sheet. the abradable coating is a geometrically segmented abradable coating formed from a ceramic material; and the cavity layer is a ceramic matrix composite honeycomb layer produced from a woven honeycomb sheet.
Device for detecting the actual position of at least one label transfer element of a labelling machine relative to the peripheral surface of a container to be labelled, such as bottles, cans, cardboard boxes, and the like, comprising at least one label transfer element of a labelling machine, at least one sensor unit (5, 6), and at least one control and evaluation unit operatively connected to the at least one sensor unit, wherein the at least one container to be labelled is arranged so as to be rotatable about a rotational axis in a movement and transport plane, wherein means are provided by which the detection of the actual position of the label transfer element is possible in a three-dimensional detection space, characterised in that at least one position detection means is allocated to the label transfer element, which is contactlessly detected by the at least one sensor unit (5,6).
Method for determining a driving behavior of a driver in relation to a driving behavior of an automated driving system of a vehicle, characterized in that during a manual driving operation of the vehicle - actuating commands from the driver and a manually driven trajectory (r) of the vehicle are detected, - in a first calculation path, it is determined which automated actuating commands the automated driving system would generate at a current actual position of the vehicle on the manually driven trajectory (r) if the automated driving system were active, - in a second calculation path, a trajectory (β, β', β 0 to β 2) of the vehicle, which the vehicle would cover when the automated driving system is active, is simulated, and - depending on the detected actuating commands from the driver as well as the automated actuating commands and/or the manually driven trajectory (r) as well as the simulated trajectory (β, β', β 0 to β 2), at least one score value (SW1 to SW4) is determined as a measure of a discrepancy between the driving behavior of the driver and the driving behavior of the automated driving system, the score value (SW1 to SW4) being determined based on a probability that the automated driving system would have, at an earlier point in time (t 0, t 1, t 2), specified a trajectory (β, β', β 0 to β 2) which at least substantially corresponds to the manually driven trajectory (r) as the target trajectory. - actuating commands from the driver and a manually driven trajectory (r) of the vehicle are detected, - in a first calculation path, it is determined which automated actuating commands the automated driving system would generate at a current actual position of the vehicle on the manually driven trajectory (r) if the automated driving system were active, - in a second calculation path, a trajectory (β, β', β 0 to β 2) of the vehicle, which the vehicle would cover when the automated driving system is active, is simulated, and - depending on the detected actuating commands from the driver as well as the automated actuating commands and/or the manually driven trajectory (r) as well as the simulated trajectory (β, β', β 0 to β 2), at least one score value (SW1 to SW4) is determined as a measure of a discrepancy between the driving behavior of the driver and the driving behavior of the automated driving system, the score value (SW1 to SW4) being determined based on a probability that the automated driving system would have, at an earlier point in time (t 0, t 1, t 2), specified a trajectory (β, β', β 0 to β 2) which at least substantially corresponds to the manually driven trajectory (r) as the target trajectory.
Electrical connection device (I; II) comprising - a male connector (2; 4) comprising at least two male plugs (21, 22; 41, 42); - a female connector (1; 3) comprising at least two first terminals (11, 13; 31, 33) intended to be linked to an energy source (E, 7) and at least two second terminals (12, 14; 32, 34) intended to be linked to at least one secondary power consumer (S, 5, 6); the electrical connection device (I; II) being characterized in that - the male connector (2; 4) is intended to be linked to a main power consumer; - the female connector (1; 3) comprises a first subassembly (1A; 3A) and a second subassembly (1B; 3B); each subassembly (1A, 1B; 3A, 3B) being composed of a first terminal (11, 13; 31, 33) and a second terminal (12, 14; 32, 34); - in each subassembly (1A, 1B; 3A, 3B), the first terminal (11, 13; 31, 33) and the second terminal (12, 14; 32, 34) of the female connector is linked to a corresponding housing (111, 121, 131, 141; 311, 321, 331, 341); - when the male connector (2; 4) is connected in the female connector (1; 3), in each subassembly (1A, 1B; 3A, 3B), a male plug (21, 22; 41, 42) of the male connector (2; 4) establishes an electrical connection between the first terminal (11, 13; 31, 33) and the second terminal (12, 14; 32, 34). - a male connector (2; 4) comprising at least two male plugs (21, 22; 41, 42); - a female connector (1; 3) comprising at least two first terminals (11, 13; 31, 33) intended to be linked to an energy source (E, 7) and at least two second terminals (12, 14; 32, 34) intended to be linked to at least one secondary power consumer (S, 5, 6); - the male connector (2; 4) is intended to be linked to a main power consumer; - the female connector (1; 3) comprises a first subassembly (1A; 3A) and a second subassembly (1B; 3B); each subassembly (1A, 1B; 3A, 3B) being composed of a first terminal (11, 13; 31, 33) and a second terminal (12, 14; 32, 34); - in each subassembly (1A, 1B; 3A, 3B), the first terminal (11, 13; 31, 33) and the second terminal (12, 14; 32, 34) of the female connector is linked to a corresponding housing (111, 121, 131, 141; 311, 321, 331, 341); - when the male connector (2; 4) is connected in the female connector (1; 3), in each subassembly (1A, 1B; 3A, 3B), a male plug (21, 22; 41, 42) of the male connector (2; 4) establishes an electrical connection between the first terminal (11, 13; 31, 33) and the second terminal (12, 14; 32, 34).
A mechanical enhancer element for use in intraoperative assessment of coupling of an orthopaedic implant to a bone, wherein the implant and the bone form an implant-bone system having a first set of vibrational modes with a first mode density in a frequency range, wherein the enhancer element is adapted to be mechanically coupled to a first end of the orthopaedic implant to form an enhancer-implant-bone system having a second set of vibrational modes with a second mode density in the frequency range, characterized in that the second mode density is greater than the first mode density, wherein the enhanced element is configured such that the first end of the orthopaedic implant is able to receive impaction blows for introducing the implant to the bone when the enhancer element is coupled thereto, wherein the vibrational response of the enhancer-implant-bone system during measurement of a vibrational mode, using a vibrational excitation that is separate from the impaction blows, is configured to provide information about the stiffness of the enhancer-implant-bone system, the enhancer element being configured to enable assessment of the properties of an interface or contact region between the implant and the bone with increased sensitivity, compared to when the enhancer element is not used.
Use of aluminium silicate for improving the thermal conductivity of polyamide-based products with retention of the mechanical properties and the electrically insulating properties of the polyamide.
A sling, comprising: a main body extending along a lengthwise axis and having first and second opposing ends, a longitudinal midpoint, first and second opposing sides, first and second opposing surfaces, and a first width extending from the first side to the second side orthogonally to the longitudinal axis and through the longitudinal midpoint; the first end defining a first end loop defining a first passageway extending through the main body from the first surface to the second surface, the first end having a second width extending orthogonally to the longitudinal axis; and the second end defining a second end loop defining a second passageway extending through the main body from the first surface to the second surface, the second end having a third width extending orthogonally to the longitudinal axis; characterised in that one of the second and third widths is greater than the first width. a main body extending along a lengthwise axis and having first and second opposing ends, a longitudinal midpoint, first and second opposing sides, first and second opposing surfaces, and a first width extending from the first side to the second side orthogonally to the longitudinal axis and through the longitudinal midpoint; the first end defining a first end loop defining a first passageway extending through the main body from the first surface to the second surface, the first end having a second width extending orthogonally to the longitudinal axis; and the second end defining a second end loop defining a second passageway extending through the main body from the first surface to the second surface, the second end having a third width extending orthogonally to the longitudinal axis; characterised in that one of the second and third widths is greater than the first width.
An apparatus for mixing additive with liquid, the apparatus comprising a vortex channel for receiving liquid entering the apparatus, the vortex channel comprising at least one guide vane arranged to guide the liquid, the guide vane arranged divergently to the longitudinal axis of the vortex channel for creating a main vortex in the liquid, a dispersion channel arranged downstream to the vortex channel, the dispersion channel comprising at least one dispersion vane arranged divergently the longitudinal axis, the dispersion vane comprising plurality of mini blades arranged perpendicular or at least essentially perpendicular to the longitudinal axis of the dispersion channel, a bubbling module arranged downstream to the dispersion channel, the bubbling module comprising at least one perforated bubbling wall (24a, 24b, 24c) through which the liquid is arranged to flow, and an ejector module (3, 3a, 3b) for feeding additive into said liquid, the ejector module being arranged upstream of the bubbling module.
Transparent glass sheet, comprising: - a first face provided with a texture formed in the bulk of the glass by a plurality of three-dimensional geometric motifs that are convex relative to the general plane of said face, rectilinear and parallel to one another, said motifs extending all the way along said face and being distributed over the entirety of said face; and - a second face provided with a texture formed in the bulk of the glass by a plurality of three-dimensional geometric motifs that are concave relative to the general plane of said face, rectilinear and parallel to one another, said motifs extending all the way along said face and being distributed over the entirety of said face, characterized in that the motifs of the texture are such that: (i) the ratio of the height h 2 of the motifs of the texture to the size b 2 of their base is comprised between 0.05 ≤ h 2 /b 2 ≤ 2; (ii) the ratio of the height h 2 of the motifs of the texture to the height h 1 of the motifs of the texture is such that 0.5 ≤ h 2 /h 1 ≤ 2; and (iii) the ratio of the number n 2 of motifs of the texture to the number n 1 of motifs of the texture is such that n 2 /n 1 ≥ 0.1 and n 2 /n 1 ≤ 0.5. - a first face provided with a texture formed in the bulk of the glass by a plurality of three-dimensional geometric motifs that are convex relative to the general plane of said face, rectilinear and parallel to one another, said motifs extending all the way along said face and being distributed over the entirety of said face; and - a second face provided with a texture formed in the bulk of the glass by a plurality of three-dimensional geometric motifs that are concave relative to the general plane of said face, rectilinear and parallel to one another, said motifs extending all the way along said face and being distributed over the entirety of said face, (i) the ratio of the height h 2 of the motifs of the texture to the size b 2 of their base is comprised between 0.05 ≤ h 2 /b 2 ≤ 2; (ii) the ratio of the height h 2 of the motifs of the texture to the height h 1 of the motifs of the texture is such that 0.5 ≤ h 2 /h 1 ≤ 2; and (iii) the ratio of the number n 2 of motifs of the texture to the number n 1 of motifs of the texture is such that n 2 /n 1 ≥ 0.1 and n 2 /n 1 ≤ 0.5.
Fastening device for fastening a light to a ceiling or wall with a stationary base carrier which can be fastened to a ceiling or wall, and a light component which can be fastened or is fastened to a light, wherein the fastening device has a fastening coupling for releasably fastening the light component to the base carrier, wherein the fastening coupling comprises a coupling element which is arranged on the base carrier and a mating coupling element which is connected to the light component and is embodied in a complementary fashion to the coupling element, and wherein the coupling element is rotatable, characterized in that when the fastening coupling is closed the coupling element can be rotated, together with the light component, in a position of use relative to the base carrier, which position of use is coupled to the mating coupling element.
Adjustable distributor assembly for granular materials and the like comprising a hopper with an output opening, a shutter on said hopper for partializing of said opening and a volumetric distributor attached to said hopper at the opening and motorised in order to supply, in a metered manner, granular materials from the hopper via the opening, said volumetric distributor being actuated by means of a drag driven transmission or by means of a hydraulic motor, wherein the shutter is guided in a sliding manner on the hopper along a linear direction defining a sliding axis of said shutter, characterized in that said volumetric distributor comprises a drum which is rotated about an axis of rotation substantially parallel to said sliding axis of said shutter.
Isolated solid form of anamorelin monohydrochloride wherein said anamorelin monohydrochloride has a chloride:anamorelin molar ratio of from 0.9 to 0.99.
A composite structure comprising: a panel formed from two or more plies of composite material, the panel having a surface formed with a step where the thickness of the panel changes, wherein the step is formed by the edges of one or more discontinued plies in the panel; and two or more stiffeners attached to the surface of the panel; characterised in that a first one of the stiffeners is attached to the surface of the panel on a thicker side of the step, and in that a second one of the stiffeners engages at least part of the step by engaging the edges of the one or more discontinued plies. a panel formed from two or more plies of composite material, the panel having a surface formed with a step where the thickness of the panel changes, wherein the step is formed by the edges of one or more discontinued plies in the panel; and two or more stiffeners attached to the surface of the panel;
Arrangement configured to determine an operation parameter reference of controlling a generator side converter portion coupled to a generator, in particular of a wind turbine, the arrangement characterized by: at least one arithmetic element configured to derive at least one harmonic current error by subtracting a generator output current from at least one harmonic current reference; at least one harmonic current controller configured to determine at least one harmonic reference current deviation (260, Δi*dqh) based on the harmonic current error; another arithmetic element configured to derive a fundamental current error by subtracting the generator output current from a sum of a fundamental current reference and the at least one harmonic current reference; still another arithmetic element configured to determine a modified fundamental current error as a sum of the fundamental current error and the harmonic reference current deviation (260, Δi*dqh); a fundamental current controller adapted to determine the operation parameter reference (v*dq, 262) based on the modified fundamental current error. at least one arithmetic element configured to derive at least one harmonic current error by subtracting a generator output current from at least one harmonic current reference; at least one harmonic current controller configured to determine at least one harmonic reference current deviation (260, Δi*dqh) based on the harmonic current error; another arithmetic element configured to derive a fundamental current error by subtracting the generator output current from a sum of a fundamental current reference and the at least one harmonic current reference; still another arithmetic element configured to determine a modified fundamental current error as a sum of the fundamental current error and the harmonic reference current deviation (260, Δi*dqh); a fundamental current controller adapted to determine the operation parameter reference (v*dq, 262) based on the modified fundamental current error.
Sewing machine - with a needle bar to hold a sewing needle, - with a needle plate in a support plate for a sewing product, - with at least one feed dog for feeding the sewing product in a stitch region of the needle plate along a feed direction, - with a feed dog drive, which has two eccentrics (20, 21), which are assembled on a drive shaft, by means of which also the needle bar is driven to go up and down, - wherein one of the eccentrics cooperates with the adjusting gearing and the other of the eccentrics (20, 21) cooperates with a feed lift drive (48 to 50) to predetermine a feed dog lift perpendicular to the needle plate, - wherein the feed dog drive is configured in such a way that a movement curve (53; 56) of the at least one feed dog runs in a plateau feed path (P UT; P OT) between a feed starting point and a feed end point with a spacing deviation of an extremal spacing (UT 0; OT 0) of the feed dog with respect to the needle plate of not more than 20% parallel to the needle plate, wherein the plateau feed path (P UT; P OT) is at least 40% of a spacing (T SE) between the feed starting point and the feed end point along the feed direction, - the feed dog drive has an adjusting gearing to predetermine the spacing between the feed starting point and the feed end point, - at least one of the eccentrics is configured as a triangular eccentric., - the triangular eccentric has a four-face counter-component, which is arranged eccentrically with respect to the triangular eccentric component and on which the triangular eccentric component runs. - with a needle bar to hold a sewing needle, - with a needle plate in a support plate for a sewing product, - with at least one feed dog for feeding the sewing product in a stitch region of the needle plate along a feed direction, - with a feed dog drive, which has two eccentrics (20, 21), which are assembled on a drive shaft, by means of which also the needle bar is driven to go up and down, - wherein one of the eccentrics cooperates with the adjusting gearing and the other of the eccentrics (20, 21) cooperates with a feed lift drive (48 to 50) to predetermine a feed dog lift perpendicular to the needle plate, - wherein the feed dog drive is configured in such a way that a movement curve (53; 56) of the at least one feed dog runs in a plateau feed path (P UT; P OT) between a feed starting point and a feed end point with a spacing deviation of an extremal spacing (UT 0; OT 0) of the feed dog with respect to the needle plate of not more than 20% parallel to the needle plate, wherein the plateau feed path (P UT; P OT) is at least 40% of a spacing (T SE) between the feed starting point and the feed end point along the feed direction, - the feed dog drive has an adjusting gearing to predetermine the spacing between the feed starting point and the feed end point, - at least one of the eccentrics is configured as a triangular eccentric., - the triangular eccentric has a four-face counter-component, which is arranged eccentrically with respect to the triangular eccentric component and on which the triangular eccentric component runs.