mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a helically wound alternator core, comprising the steps of: stamping an electrical steel strip to create a lamination strip (12, 13) having a back-iron and projecting teeth; helically winding the lamination strip by applying at least one force to the strip to bend the lamination strip to form the helically wound alternator core, said at least one force causing plastic deformation resulting in internal stress and strain in at least said back-iron of the strip; welding the helically wound alternator core; characterized by thereafter, annealing the welded helically wound alternator core above 399°C to allow for both stress relief and recrystallization to occur. stamping an electrical steel strip to create a lamination strip (12, 13) having a back-iron and projecting teeth; helically winding the lamination strip by applying at least one force to the strip to bend the lamination strip to form the helically wound alternator core, said at least one force causing plastic deformation resulting in internal stress and strain in at least said back-iron of the strip; welding the helically wound alternator core; characterized by thereafter, annealing the welded helically wound alternator core above 399°C to allow for both stress relief and recrystallization to occur.
A signal feature extraction apparatus for extracting a feature peak value of a waveform pattern from an output signal of a feature extraction filter that extracts a waveform pattern of a biological signal, comprising: a local maximum value detection part that stores a time index and a value of the output signal when an absolute value of the output signal is equal to or more than a predetermined threshold value and takes a local maximum value, characterized in that the signal feature extraction apparatus further comprises: a feature peak value selection part that selects the feature peak value on the basis of a difference between a time interval between the stored time index and a time index of a feature peak value selected immediately before and an average time interval at which the feature peak value can occur, and a difference between a logarithmic amplitude and phase of the output signal corresponding to the stored time index and an average logarithmic amplitude and average phase that the feature peak value can take. a local maximum value detection part that stores a time index and a value of the output signal when an absolute value of the output signal is equal to or more than a predetermined threshold value and takes a local maximum value, characterized in that the signal feature extraction apparatus further comprises: a feature peak value selection part that selects the feature peak value on the basis of a difference between a time interval between the stored time index and a time index of a feature peak value selected immediately before and an average time interval at which the feature peak value can occur, and a difference between a logarithmic amplitude and phase of the output signal corresponding to the stored time index and an average logarithmic amplitude and average phase that the feature peak value can take.
Flow bypass arrangement for arranging in the hot gas duct of a turbomachine, comprising a first flow bypass structure and a second flow bypass structure, which flow bypass structures (6, 21) each have, with respect to the bypass flow in the hot gas duct, a leading edge (6a, 21a) and a trailing edge (6b, 21b) downstream thereof, the second flow bypass structure being provided as a deflection vane having a suction side and a pressure side and having a smaller profile thickness than the first flow bypass structure, which is arranged on the suction side of the second flow bypass structure, the second flow bypass structure having a partial axial overlap with the first flow bypass structure with respect to a longitudinal axis of the turbomachine, but at the same time the trailing edge of the second flow bypass structure being offset axially downstream with respect to the trailing edge of the first flow bypass structure, characterized in that the trailing edge of the second flow bypass structure is offset with respect to the trailing edge of the first flow bypass structure by at least 0.5 times and at most 4.0 times an axial length of the blading of a rotor which is intended to be arranged axially downstream directly following the flow bypass arrangement.
A method of transmitting teleprotection commands from a first substation to a second substation of an electric power network, wherein the teleprotection commands are exchanged as part of command messages within the two substations (10, 20), characterized in that the method comprises - transmitting the command messages (62, 72) transparently over an inter-substation channel from the first substation to the second substation, and, - exchanging, in periods where no command messages (62, 72) are transmitted from the first substation to the second substation, Channel Supervision and Monitoring CSM messages (63, 73) between the two substations (10, 20) over the inter-substation channel, and - evaluating the CSM messages (63, 73) in view of an availability of the inter-substation channel. - transmitting the command messages (62, 72) transparently over an inter-substation channel from the first substation to the second substation, and, - exchanging, in periods where no command messages (62, 72) are transmitted from the first substation to the second substation, Channel Supervision and Monitoring CSM messages (63, 73) between the two substations (10, 20) over the inter-substation channel, and - evaluating the CSM messages (63, 73) in view of an availability of the inter-substation channel.
A gel patch comprising a support and an adhesive layer on the support, wherein the adhesive layer comprises 1.5 to 2.5 mass% of ketoprofen, 1.5 to 2.5 mass% of 4-tert-butyl-4'-methoxydibenzoylmethane and 12 to 18 mass% of propylene glycol, based on the total mass of the adhesive layer.
A heater (104, 204) for a heat not burn device (101, 201); the heater (104, 204) including a longitudinal heating element including a resistive heating track formed thereon; the heater (104, 204) further including a mount surrounding a portion of the heating element and the heating track, wherein the heating element is formed from a heater material of a first thermal conductivity and the mount is formed from a mount material of a second thermal conductivity; the second thermal conductivity being lower than the first thermal conductivity, characterised in that the mount material is zirconia.
Additive for animal feed provided in the form of granules, wherein: - each granule is a microparticle comprising at least one active plant extract and/or at least one flavoring incorporated homogeneously in a matrix comprising at least one compound chosen from maltodextrin, native or modified starch, gum arabic, guar gum, a lecithin, alginic acid or its derivatives, agar, locust bean gum, xanthan gum, sorbitol or its derivatives, mannitol, glycerol, a pectin, an alginate, a carrageenan, cellulose or one of its derivatives, a saponin, a hydrogenated fat, a glyceride of fatty acid or its derivatives; and - each granule is provided with a coating comprising at least one compound chosen from sweeteners. - each granule is a microparticle comprising at least one active plant extract and/or at least one flavoring incorporated homogeneously in a matrix comprising at least one compound chosen from maltodextrin, native or modified starch, gum arabic, guar gum, a lecithin, alginic acid or its derivatives, agar, locust bean gum, xanthan gum, sorbitol or its derivatives, mannitol, glycerol, a pectin, an alginate, a carrageenan, cellulose or one of its derivatives, a saponin, a hydrogenated fat, a glyceride of fatty acid or its derivatives; and - each granule is provided with a coating comprising at least one compound chosen from sweeteners.
A bronchoscopic-based system for planning to ablate a target tissue in a lung of a patient with an ablation applicator comprising: a storage arranged to store image data of the lung of the patient including the target tissue to be ablated; and a processor configured and operable to select a learned ablation model from a plurality of candidate models based on a set of candidate ablation parameters and at least one characteristic of the target tissue, wherein the plurality of candidate models have been determined using experimental data, and wherein the experimental data includes ex-vivo measurements from ablation testing on tissue; and compute a first ablation zone based on said learned ablation model to maximize ablation coverage of the target tissue. a storage arranged to store image data of the lung of the patient including the target tissue to be ablated; and a processor configured and operable to select a learned ablation model from a plurality of candidate models based on a set of candidate ablation parameters and at least one characteristic of the target tissue, wherein the plurality of candidate models have been determined using experimental data, and wherein the experimental data includes ex-vivo measurements from ablation testing on tissue; and compute a first ablation zone based on said learned ablation model to maximize ablation coverage of the target tissue. select a learned ablation model from a plurality of candidate models based on a set of candidate ablation parameters and at least one characteristic of the target tissue, wherein the plurality of candidate models have been determined using experimental data, and wherein the experimental data includes ex-vivo measurements from ablation testing on tissue; and compute a first ablation zone based on said learned ablation model to maximize ablation coverage of the target tissue.
A medical device having a plurality of wiring boards (11, 12, 13) disposed in a housing of the device, each of which has a board terminal for testing the wiring board (11, 12, 13), including: one or more external terminals provided on an outer surface of the housing of the device and connected to one or more of the board terminals; characterized by comprising one or more block means provided between the board terminal and the external terminal and blocking writing of data to the wiring board (11, 12, 13). one or more external terminals provided on an outer surface of the housing of the device and connected to one or more of the board terminals; characterized by comprising one or more block means provided between the board terminal and the external terminal and blocking writing of data to the wiring board (11, 12, 13).
A negative electrode for a nickel hydrogen secondary battery contained in a nickel hydrogen secondary battery, characterized in that: the negative electrode comprises a negative electrode core, and a negative electrode mixture held on the negative electrode core; and the negative electrode mixture comprises a hydrogen absorbing alloy and a water repellent, wherein the hydrogen absorbing alloy has a composition represented by the general formula: Ln 1-x Mg x Ni y-a-b Al a M b (wherein Ln represents at least one element selected from La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sc, Y, Ti and Zr; M represents at least one element selected from V, Nb, Ta, Cr, Mo, Mn, Fe, Co, Ga, Zn, Sn, In, Cu, Si, P and B; and the subscripts a, b, x and y satisfy relations represented by 0.05 ≤ a ≤ 0.30, 0 ≤ b ≤ 0.50, 0 < x < 0.05 and 2.8 ≤ y ≤ 3.9, respectively), and has a structure of an A 2 B 7 type; and the water repellent comprises a perfluoroalkoxyalkane. the negative electrode comprises a negative electrode core, and a negative electrode mixture held on the negative electrode core; and the negative electrode mixture comprises a hydrogen absorbing alloy and a water repellent, wherein the hydrogen absorbing alloy has a composition represented by the general formula: Ln 1-x Mg x Ni y-a-b Al a M b (wherein Ln represents at least one element selected from La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sc, Y, Ti and Zr; M represents at least one element selected from V, Nb, Ta, Cr, Mo, Mn, Fe, Co, Ga, Zn, Sn, In, Cu, Si, P and B; and the subscripts a, b, x and y satisfy relations represented by 0.05 ≤ a ≤ 0.30, 0 ≤ b ≤ 0.50, 0 < x < 0.05 and 2.8 ≤ y ≤ 3.9, respectively), and has a structure of an A 2 B 7 type; and the water repellent comprises a perfluoroalkoxyalkane.
A method for generating pulse descriptor words ("PDWs") including at least frequency data, from a plurality of time-varying signals (114/116) received by a sensor communicatively coupled to a signal data processor, said method comprising: filtering, at a plurality of blind source separation ("BSS") modules of the signal data processor, signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem having a plurality of filter modules (207a/207b/207c), wherein each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c) has a frequency filter coefficient (" α ") and is parameterized by a center frequency (" f"); transmitting at least one blind source separated signal from the plurality of BSS modules to a PDW generation module communicatively coupled to the filtering subsystem; generating, using the PDW generation module and based on the at least one blind source separated signal, at least one PDW parameter vector signal containing the frequency data; and updating, upon generating the at least one PDW parameter vector signal, and based thereupon, at least one of a value of α and a value of f for each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c). filtering, at a plurality of blind source separation ("BSS") modules of the signal data processor, signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem having a plurality of filter modules (207a/207b/207c), wherein each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c) has a frequency filter coefficient (" α ") and is parameterized by a center frequency (" f"); transmitting at least one blind source separated signal from the plurality of BSS modules to a PDW generation module communicatively coupled to the filtering subsystem; generating, using the PDW generation module and based on the at least one blind source separated signal, at least one PDW parameter vector signal containing the frequency data; and updating, upon generating the at least one PDW parameter vector signal, and based thereupon, at least one of a value of α and a value of f for each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c).
A roller shutter having a top element defining a length and a longitudinal direction, two side rails (13, 14) extending at right angles to the top element, and a shutter body including a plurality of slats providing the screening, ends of the slats being guided in the side rails (13, 14), said top element being adapted to be connected with at least one appliance member (100, 110; 120), characterized in that said top element includes an external track (23; 423; 523; 623; 723; 823) extending in the longitudinal direction on the outer side of said top element, said track being adapted to receive each said at least one appliance member, that said track has a bottom portion positioned at a level inwards in the direction towards the interior of the top element relative to an upper surface of the top element, and that said track is adapted to receive each at least one appliance member in a releasable connection.
A signal processing apparatus that performs predetermined signal processing on an image signal output from an image sensor (3, 3j, 3k) having a pixel array in which a plurality of pixels are arrayed in a direction along a row and a direction along a column, the signal processing apparatus comprising: a memory (14, 14i) that stores first characteristic information indicating characteristics of signal components mixed in each pixel from adjacent pixels according to the pixel position in the pixel array of the image sensor, and second characteristics information indicating characteristics of signal components leaked out to adjacent pixels according to the pixel position in the pixel array of the image sensor; and a correction unit (7, 7i, 7k) that obtains a first correction coefficient (12, r1, u4, d3) according to the position of a pixel for correction in the pixel array from the first characteristic information and a second correction coefficient (x1, x2, x3, x4) according to the position of a pixel for correction in the pixel array from the second characteristic information, and corrects an output image signal of the pixel for correction based on the output image signal (SigX) of the pixel for correction and the obtained second correction coefficient (x1, x2, x3, x4), and an output image signal (SigL, SigR, SigU, SigD) of adjacent pixels of the pixel for correction and the obtained first correction coefficient (l2, r1, u4, d3), the first and second correction coefficients being different in accordance with the position of the pixel for correction with respect to an optical center of the pixel array. a memory (14, 14i) that stores first characteristic information indicating characteristics of signal components mixed in each pixel from adjacent pixels according to the pixel position in the pixel array of the image sensor, and second characteristics information indicating characteristics of signal components leaked out to adjacent pixels according to the pixel position in the pixel array of the image sensor; and a correction unit (7, 7i, 7k) that obtains a first correction coefficient (12, r1, u4, d3) according to the position of a pixel for correction in the pixel array from the first characteristic information and a second correction coefficient (x1, x2, x3, x4) according to the position of a pixel for correction in the pixel array from the second characteristic information, and corrects an output image signal of the pixel for correction based on the output image signal (SigX) of the pixel for correction and the obtained second correction coefficient (x1, x2, x3, x4), and an output image signal (SigL, SigR, SigU, SigD) of adjacent pixels of the pixel for correction and the obtained first correction coefficient (l2, r1, u4, d3), the first and second correction coefficients being different in accordance with the position of the pixel for correction with respect to an optical center of the pixel array.
Steam cooking attachment, which comprises a steam cooking bowl for attachment to a vessel, an intermediate basket for attachment to the steam cooking bowl and a lid, which is to be attached to the intermediate basket, wherein at least one intermediate basket handle (21a, 21b) is arranged on the intermediate basket, characterised by at least one intermediate basket handle shield (22a, 22b), which is configured to shield the at least one intermediate basket handle (21a, 21b) towards the bottom in a steam cooking orientation of the intermediate basket provided for steam cooking.
A marine geophysical deflector for towing seismic arrays, comprising: - a float main body with one or more deflector wings extending downwards into the sea, - one or more slender top float elements having a longitudinally extending boat shape with bow portion and aft portion - said one or more top float elements constituting an upper float element arranged on top of said main body wherein in an operative towed state the deflector is arranged to run in a semisubmerged state so as for the waterline to be along said one or more top float elements, the deflector being characterized in that: - said one or more top float elements are arranged aslant relative to a longitudinal direction of said main body and the longitudinal axis of the boat shape of the top float element, in the operative towed state of the deflector, is aligned along the direction of said main float's intended course through the sea. - a float main body with one or more deflector wings extending downwards into the sea, - one or more slender top float elements having a longitudinally extending boat shape with bow portion and aft portion - said one or more top float elements constituting an upper float element arranged on top of said main body wherein in an operative towed state the deflector is arranged to run in a semisubmerged state so as for the waterline to be along said one or more top float elements, - said one or more top float elements are arranged aslant relative to a longitudinal direction of said main body and the longitudinal axis of the boat shape of the top float element, in the operative towed state of the deflector, is aligned along the direction of said main float's intended course through the sea.
A gantry with a telescopic support rail, the support rail comprising an outer member and an inner member each having an upper surface, the inner member being telescopically movable relative to the outer member so as to project from a first end of the outer member; characterised in that the inner member also comprises two spaced-apart wheels (30, 32), and a chain of links forming part of an endless chain that extends around the two spaced-apart wheels (30, 32), one link being fixed to the first end of the outer member, such that when the inner member projects from the outer member, those links that extend along the upper surface of the inner member define a substantially continuous surface aligned with the upper surface of the outer member.
Bale of wrapped crop material having at least its circumference wrapped in a covering of more than one layer of flexible material, characterized in that said flexible material is a semi-permeable micro-perforated plastic sheet material that is substantially impermeable prior to being perforated, the material extending over the entire width of the bale and having at least partially overlapping layers which sheds water but permits the passage of water vapor, whereas the permeability of said flexible material diminishes with the number of layers.
A product packaging for a dispenser system, comprising: a solid product block having a top, sides, and a bottom; a handling means attached to the top of the solid product block; a wrapping means enclosing the solid product block and/or the handling means; wherein the handling means comprises a protective plate, covering at least partially the top of the solid product block; wherein the handling means is designed in form of a handle, wherein the handling means comprises a first and a second fastening means (26/28), which are arranged on either end of the handle, extending in particular into the solid product block; characterized in that the handling means, in form of a handle, with a protective plate is attached to the top of the solid product block; and the wrapping means is arranged between the top of the solid product block and the protective plate and the handle of the handling means. a solid product block having a top, sides, and a bottom; a handling means attached to the top of the solid product block; a wrapping means enclosing the solid product block and/or the handling means; wherein the handling means comprises a protective plate, covering at least partially the top of the solid product block; wherein the handling means is designed in form of a handle, wherein the handling means comprises a first and a second fastening means (26/28), which are arranged on either end of the handle, extending in particular into the solid product block; characterized in that the handling means, in form of a handle, with a protective plate is attached to the top of the solid product block; and the wrapping means is arranged between the top of the solid product block and the protective plate and the handle of the handling means.