mhurhangee/ep-ind-claims huggingface dataset:
Cookware, comprising: a metal plate comprising a direct heating region configured to receive heat energy directly from a heat source and an indirect heating region, said direct and indirect heating regions together defining a food-heating zone; an oscillation mini-channel embedded in said metal plate, said oscillation mini-channel winding back-and-forth between said direct and indirect heating regions (16, 18), wherein the oscillation mini-channel is a closed -loop implemented by embedding a tube in the metal plate; and an operating fluid that occupies 30-90 percent of the volume of the oscillating mini-channel under vacuum, said oscillation mini-channel dimensions to produce capillary forces that create vapor bubbles and liquid slugs interspersed throughout the oscillating mini-channel; wherein oscillatory movements of the vapor bubbles and liquid slugs transfer heat from the direct heating region to the indirect heating region to heat the food-heating zone. a metal plate comprising a direct heating region configured to receive heat energy directly from a heat source and an indirect heating region, said direct and indirect heating regions together defining a food-heating zone; an oscillation mini-channel embedded in said metal plate, said oscillation mini-channel winding back-and-forth between said direct and indirect heating regions (16, 18), wherein the oscillation mini-channel is a closed -loop implemented by embedding a tube in the metal plate; and an operating fluid that occupies 30-90 percent of the volume of the oscillating mini-channel under vacuum, said oscillation mini-channel dimensions to produce capillary forces that create vapor bubbles and liquid slugs interspersed throughout the oscillating mini-channel;
A retaining cage for the rolling elements of a rolling bearing, the cage comprising an annular body providing a plurality of pockets for retaining a respective plurality of rolling elements of a bearing spaced around a center of the cage, the pockets being spaced according to respective values of angular spacings which are different from one another with respect to the center of the cage, the cage being characterized in that it comprises a total of seven pockets which are spaced according to the following values of the angular spacing between two consecutive pockets: 48.3°, 48.5°, 51.2°, 51.8°, 53°, 53.5°, 53.7°. 48.3°, 48.5°, 51.2°, 51.8°, 53°, 53.5°, 53.7°.
An isolated RNA molecule comprising: a) an alphavirus 5' replication recognition sequence, wherein at least one initiation codon has been removed from the 5' replication recognition sequence; b) a nucleotide sequence encoding an alphavirus structural protein; and c) an alphavirus 3' replication recognition sequence, with the proviso that the RNA molecule does not contain a promoter that directs transcription of the nucleotide sequence of (b), and wherein the alphavirus 5' and 3' replication recognition sequences of (a) and (c) direct replication of the entire RNA molecule in the presence of alphavirus nonstructural proteins. a) an alphavirus 5' replication recognition sequence, wherein at least one initiation codon has been removed from the 5' replication recognition sequence; b) a nucleotide sequence encoding an alphavirus structural protein; and c) an alphavirus 3' replication recognition sequence,
Method for estimating a defect of an image-capturing system, said defect producing, for any at least one first image captured by the image-capturing system and representing any scene, a variation within the field of at least one characteristic of the first image, the mean variation of amplitude in the field of said characteristic of the first image produced by the defect being an order of magnitude lower than a mean variation within the field of said characteristic introduced by the scene, said method being characterized in that it comprises the following steps: - calculating, in at least certain points of the field, in at least a first portion of the field of the first image, a measurement μ relative to said characteristic of the first image for which the defect produces a variation in the field of the image; - identifying, in said at least first portion of the field of the first image, a set of homogeneous zones within each of which the calculated measurements (μ(l)) vary slowly; - obtaining, in at least a second portion of the field of the first image having an overlap with said first portion, an estimated magnitude ( v) of said defect, based on the measurements (μ) calculated in points of the field located in the identified homogeneous zones, said magnitude ( v) being an approximation by a regular function of variations of calculated measurements (μ) having a variation of the same order of magnitude as the variation within the field of said characteristic of the first image produced by said defect; and - determining, from the obtained magnitude ( v), at least one correction parameter (c) of said defect for at least one second image (I') captured by the image-capturing system, said second image being different from the first image and being captured after the first image. - calculating, in at least certain points of the field, in at least a first portion of the field of the first image, a measurement μ relative to said characteristic of the first image for which the defect produces a variation in the field of the image; - identifying, in said at least first portion of the field of the first image, a set of homogeneous zones within each of which the calculated measurements (μ(l)) vary slowly; - obtaining, in at least a second portion of the field of the first image having an overlap with said first portion, an estimated magnitude ( v) of said defect, based on the measurements (μ) calculated in points of the field located in the identified homogeneous zones, said magnitude ( v) being an approximation by a regular function of variations of calculated measurements (μ) having a variation of the same order of magnitude as the variation within the field of said characteristic of the first image produced by said defect; and - determining, from the obtained magnitude ( v), at least one correction parameter (c) of said defect for at least one second image (I') captured by the image-capturing system, said second image being different from the first image and being captured after the first image.
An implantable device, comprising: a hollow biocompatible shell, configured to be implanted in an organ of a patient; and filling material, which is configured to fill the shell so as to assume a specified shape of the implantable device, and which is visually distinguished from tissue of the organ that surrounds the implantable device, the filling material comprising carbon black, which is configured to set a color of the filling material to black or dark gray according to the amount of additive used, and wherein the filling material differs in color from the tissue by at least a predefined hue difference, or wherein the tissue has a first color having a first dominant wavelength, and wherein the filling material has a second color having a second dominant wavelength, which differs from the first wavelength by at least a predefined wavelength difference. a hollow biocompatible shell, configured to be implanted in an organ of a patient; and filling material, which is configured to fill the shell so as to assume a specified shape of the implantable device, and which is visually distinguished from tissue of the organ that surrounds the implantable device, the filling material comprising carbon black, which is configured to set a color of the filling material to black or dark gray according to the amount of additive used, and wherein the filling material differs in color from the tissue by at least a predefined hue difference, or wherein the tissue has a first color having a first dominant wavelength, and wherein the filling material has a second color having a second dominant wavelength, which differs from the first wavelength by at least a predefined wavelength difference.
A fishing line guide comprising: a frame made of a fiber reinforced synthetic resin including a reinforced fiber extending in an extending direction of a part forming the frame, wherein the frame includes a holding part for holding a ring shaped guide ring, a connecting part connected to the holding part, and a fixing part for attaching a fishing rod, the fixing part being provided at an end part of the connecting part, the frame includes a reinforced fiber extending in an extending direction of the holding part, continuing from the holding part to the connecting part, and further extending in an extending direction from the connecting part to the fixing part, wherein the reinforced fiber is formed in a fiber bundle (10, 25) including a plurality of reinforced fibers, and wherein the fiber bundle (10, 25) passes through one end side of the connecting part from a lateral side of the fixing part relative to an axial direction of the fixing part,, is reversely folded to surround a circumferential portion of the ring shaped holding part, passes through another end side of the connecting part and reaches the other lateral side of the fixing part without being disconnected. a frame made of a fiber reinforced synthetic resin including a reinforced fiber extending in an extending direction of a part forming the frame, wherein the frame includes a holding part for holding a ring shaped guide ring, a connecting part connected to the holding part, and a fixing part for attaching a fishing rod, the fixing part being provided at an end part of the connecting part, the frame includes a reinforced fiber extending in an extending direction of the holding part, continuing from the holding part to the connecting part, and further extending in an extending direction from the connecting part to the fixing part, wherein the reinforced fiber is formed in a fiber bundle (10, 25) including a plurality of reinforced fibers, and wherein the fiber bundle (10, 25) passes through one end side of the connecting part from a lateral side of the fixing part relative to an axial direction of the fixing part,, is reversely folded to surround a circumferential portion of the ring shaped holding part, passes through another end side of the connecting part and reaches the other lateral side of the fixing part without being disconnected.
A test apparatus for testing bending stress of composite materials used in blades for a gas turbine engine, the apparatus comprising an end mounting for each end of an elongate component made from said material, each end mounting suspended in use and a projectile wherein the projectile is configured to produce a load pulse that decays to a stabilised pressure as the projectile flows due to elasticity or disintegration so as to have a relatively facile compliance under impact with the component in use to cause distortion of the component, and wherein the projectile is arranged to, in use, impact the elongate component at a position between each end mounting.
Device for controlling data traffic with components of a motor vehicle in a motor vehicle, having one or more interfaces designed to communicate with at least one transceiver, which the motor vehicle comprises, of a first radio system and with at least one transceiver, which the motor vehicle comprises, of a second radio system; a control module designed to receive a piece of information about a data transmission via the one or more interfaces and the first radio system, and to initiate the data transmission via the one or more interfaces and via the second radio system; wherein the control module is designed so as, in a switched-off state of the motor vehicle, to put the transceivers (13a; 13b) into a ready-to-receive state with respect to the first radio system, and to put said transceivers into a quiescent mode or a switched-off state with respect to the second radio system, via the one or more interfaces; and wherein the control module is designed so as, in the switched-off state of the motor vehicle, to monitor a state of charge of an energy store, which the motor vehicle comprises, and to put the transceivers (13a; 13b) into a ready-to-receive state via the one or more interfaces if a minimum charge is present in the energy store.
A method for prelithiating a negative electrode for a secondary battery, the method comprising: an electrolyte impregnation step of immersing the negative electrode for a secondary battery in an electrolyte; and a prelithiation step of prelithiating the negative electrode, wherein the electrolyte impregnation step includes: a step of injecting the prepared negative electrode into an electrolyte bath containing the electrolyte; and a vacuum application step of removing air bubbles and moisture in the negative electrode by applying a vacuum to the electrolyte bath in which the negative electrode is immersed, wherein total time for which vacuum is applied to the electrolyte bath is 30 seconds to 300 seconds, wherein the vacuum application is performed within 5 to 60 minutes after the negative electrode is injected into the electrolyte bath, and wherein, in the electrolyte impregnation step, time for immersing the negative electrode in the electrolyte is 6 to 48 hours. an electrolyte impregnation step of immersing the negative electrode for a secondary battery in an electrolyte; and a prelithiation step of prelithiating the negative electrode, wherein the electrolyte impregnation step includes: a step of injecting the prepared negative electrode into an electrolyte bath containing the electrolyte; and a vacuum application step of removing air bubbles and moisture in the negative electrode by applying a vacuum to the electrolyte bath in which the negative electrode is immersed, wherein total time for which vacuum is applied to the electrolyte bath is 30 seconds to 300 seconds, wherein the vacuum application is performed within 5 to 60 minutes after the negative electrode is injected into the electrolyte bath, and wherein, in the electrolyte impregnation step, time for immersing the negative electrode in the electrolyte is 6 to 48 hours.
A sound absorption device for a noise-emitting area, said device comprising support means, attachment means and sound absorption means, characterized in that: - the support means comprise a support plane on which said sound absorption means are attached, directed toward said noise-emitting area - the sound absorption means consist of more than two bars, each bar being of a different length; o each bar being made of noise-absorbing foam or wadding and in that the lower ends of the bars of different lengths form an open parabolic space. - the support means comprise a support plane on which said sound absorption means are attached, directed toward said noise-emitting area - the sound absorption means consist of more than two bars, each bar being of a different length; o each bar being made of noise-absorbing foam or wadding and in that the lower ends of the bars of different lengths form an open parabolic space. o each bar being made of noise-absorbing foam or wadding
Inhalator comprising: a controller unit having a first housing, a controller accommodated in the first housing, and a socket electrically connected to the controller; and an aerosol generator unit having an aerosol generator configured to generate an aerosol by nebulizing a fluid and accommodated in a second housing, and a plug electrically connected with the aerosol generator and configured to directly mate with and electrically connect to the socket, wherein the controller is configured to control operation of the aerosol generator, characterized in that the socket or the plug is configured to detachably receive the plug or the socket in at least two different orientations for electrical connection between the plug and the socket. a controller unit having a first housing, a controller accommodated in the first housing, and a socket electrically connected to the controller; and an aerosol generator unit having an aerosol generator configured to generate an aerosol by nebulizing a fluid and accommodated in a second housing, and a plug electrically connected with the aerosol generator and configured to directly mate with and electrically connect to the socket, wherein the controller is configured to control operation of the aerosol generator, characterized in that the socket or the plug is configured to detachably receive the plug or the socket in at least two different orientations for electrical connection between the plug and the socket.
An announcement method for a Media Access Control, MAC, address of End Station Address Distribution Information, ESADI, comprising: issuing, by a first Routing Bridge, RB, a MAC address which is reachable natively by the first RB via a Link State Protocol Data Unit, LSP, of the ESADI to a network; and characterized in that the method further comprises: announcing, by the first RB, MAC addresses of other RBs and the MAC address of the first RB through a MAC-Reachability Type Length Value, TLV, extension of the LSP, wherein the first RB and other RBs belong to a same Multi-Chassis Link Aggregation Group, MC-LAG, wherein the MAC-Reachability TLV extension of the LSP comprises: Identities, IDs, of the other RBs which belong to the same MC-LAG as the first RB in one or more MAC ITEMs of a MAC-Reachability TLV of the LSP, and wherein the MAC ITEM is an extension of a MAC address field in the MAC-Reachability TLV. issuing, by a first Routing Bridge, RB, a MAC address which is reachable natively by the first RB via a Link State Protocol Data Unit, LSP, of the ESADI to a network; and characterized in that the method further comprises: announcing, by the first RB, MAC addresses of other RBs and the MAC address of the first RB through a MAC-Reachability Type Length Value, TLV, extension of the LSP, wherein the first RB and other RBs belong to a same Multi-Chassis Link Aggregation Group, MC-LAG, wherein the MAC-Reachability TLV extension of the LSP comprises: Identities, IDs, of the other RBs which belong to the same MC-LAG as the first RB in one or more MAC ITEMs of a MAC-Reachability TLV of the LSP, and wherein the MAC ITEM is an extension of a MAC address field in the MAC-Reachability TLV.
Method for use in dynamometer testing of a vehicle having a steering mechanism for changing steering angle of a wheel hub connected to a first wheel shaft, the method including: - in use, applying a torque to said first wheel shaft using a first controllable dynamometer power source of a vehicle dynamometer test unit (110, 111) rigidly connected to said wheel hub, - wherein a change of steering angle of said wheel hub rotates said rigidly connected dynamometer test unit (110, 111), characterized by the method including, when changing steering angle of said wheel hub: - applying an external force acting on the dynamometer test unit (110, 111) to influence the force required by the vehicle steering mechanism to change steering angle of said wheel hub. - in use, applying a torque to said first wheel shaft using a first controllable dynamometer power source of a vehicle dynamometer test unit (110, 111) rigidly connected to said wheel hub, - wherein a change of steering angle of said wheel hub rotates said rigidly connected dynamometer test unit (110, 111), characterized by the method including, when changing steering angle of said wheel hub: - applying an external force acting on the dynamometer test unit (110, 111) to influence the force required by the vehicle steering mechanism to change steering angle of said wheel hub.
A process for the manufacture of a branched polyethylene, comprising contacting ethylene with a copolymerization catalyst and an oligomerization catalyst that produces a series of α-olefins, wherein the said oligomerization catalyst produces said series of α-olefins having a Schulz-Flory constant of from about 0.30 to about 0.50 under process conditions and is an iron complex of a ligand of the formula: wherein: R 1, R 2, and R 3 are each independently hydrogen, hydrocarbyl, substituted hydrocarbyl or an inert functional group, provided that any two of R 1, R 2, and R 3 vicinal to one another taken together may form a ring; R 4 and R 5 are each independently hydrogen, hydrocarbyl, substituted hydrocarbyl, or an inert functional group provided that R 1 and R 4 and/or R 3 and R 5 taken together may form a ring; and R 6 and R 7 are each independently aryl or substituted aryl. R 1, R 2, and R 3 are each independently hydrogen, hydrocarbyl, substituted hydrocarbyl or an inert functional group, provided that any two of R 1, R 2, and R 3 vicinal to one another taken together may form a ring; R 4 and R 5 are each independently hydrogen, hydrocarbyl, substituted hydrocarbyl, or an inert functional group provided that R 1 and R 4 and/or R 3 and R 5 taken together may form a ring; and R 6 and R 7 are each independently aryl or substituted aryl.
Phase shift device comprising a planar transmission line that is formed by a signal electrode and a ground electrode which are separated by a dielectric substance, and further comprising a tunable dielectric material, whereby the signal electrode of the planar transmission line is divided into several pieces (4, 5) and comprises overlapping areas of adjacent pieces (4, 5), thereby forming a dielectric tunable component (varactor) with a metal-insulator-metal type capacitor, characterized in that the overlapping areas of adjacent pieces (4, 5) of the planar transmission line are filled with the tunable dielectric material.