mhurhangee/ep-ind-claims huggingface dataset:
An optical waveguide for a head up display, the optical waveguide being configured to provide pupil expansion in two dimensions, the waveguide comprising a primary waveguide having an input end and an output end, and a secondary waveguide positioned on a face of the primary waveguide between the input end and the output end, there being an interface between the primary waveguide and secondary waveguide, characterised by the refractive index of the primary waveguide being lower than the refractive index of the secondary waveguide, and by comprising a main diffraction grating on a face of the secondary waveguide, which face is parallel and opposite to the interface with the primary waveguide, wherein the lines of the main diffraction grating are parallel with an axis from the input end to the output end of the waveguide. a primary waveguide having an input end and an output end, and a secondary waveguide positioned on a face of the primary waveguide between the input end and the output end, there being an interface between the primary waveguide and secondary waveguide, characterised by the refractive index of the primary waveguide being lower than the refractive index of the secondary waveguide, and by comprising a main diffraction grating on a face of the secondary waveguide, which face is parallel and opposite to the interface with the primary waveguide, wherein the lines of the main diffraction grating are parallel with an axis from the input end to the output end of the waveguide.
A muffler intended to be mounted in an exhaust line of a heat engine, including one or a plurality of envelope(s) which delimit(s) three volumes (1a, 1b, 2) designated upstream, intermediate and downstream, disposed successively and traversed by a plurality of conduits, including: a supply conduit bringing the exhaust gases from the engine to the intermediate volume, traversing the upstream volume, - a so-called "outward" journey conduit, taking the exhaust gases from the intermediate volume to the downstream volume, - a so-called "return" journey conduit taking the exhaust gases from the downstream volume to the upstream volume, traversing the intermediate volume, and - a discharge conduit (14, 14') disposed mostly on the exterior of the envelope(s) and opening out from the upstream volume, running along the upstream volume of the muffler outside said envelope(s).
Pulled agricultural machine having a frame, a chassis and a drawbar, the drawbar being arranged by means of at least one joint in an articulated manner and such that it can be moved in an upright direction with respect to the frame, a hydraulic cylinder which has cylinder chambers and is preferably of double-acting configuration being arranged with associated damping elements between the frame and the drawbar, characterized in that each cylinder chamber (14, 15) of the hydraulic cylinder is assigned at least one damping element which is configured as a pressure accumulator.
An electrocardiogram signal-processing method for extracting an electrocardiogram signal of a fetus from a biopotential signal containing electrocardiogram signals of the fetus and of a pregnant mother's body inputted via electrodes attached to the pregnant mother's body, comprising: a reference-signal generating step for generating a reference signal, on the basis of a heartbeat-period generating signal inputted from a detector (s) for detecting a heartbeat period of the fetus, in order to separate and extract a fetal electrocardiogram signal of a designated lead type; and a fetal electrocardiogram-signal extracting step for separating and extracting the fetal electrocardiogram signal of the designated lead type from the biopotential signal, which was inputted from said electrodes, by using in a computing section independent component analysis with references (ICA with references), which performs iterative estimations using the reference signal generated in said reference-signal generating step. a reference-signal generating step for generating a reference signal, on the basis of a heartbeat-period generating signal inputted from a detector (s) for detecting a heartbeat period of the fetus, in order to separate and extract a fetal electrocardiogram signal of a designated lead type; and a fetal electrocardiogram-signal extracting step for separating and extracting the fetal electrocardiogram signal of the designated lead type from the biopotential signal, which was inputted from said electrodes, by using in a computing section independent component analysis with references (ICA with references), which performs iterative estimations using the reference signal generated in said reference-signal generating step.
A process for recovering a metal salt of an electrolyte dissolved in a matrix, said process consisting in subjecting the electrolyte to a liquid extraction with water, wherein the metal salt is selected from the group consisting of sulfonimides, perchlorates, sulfonates, difluorophosphates and mixtures thereof.
A multilayered tube for transporting liquid chemicals, comprising an outermost layer and an innermost layer, the innermost layer comprising a polyamide, an impact modifier, and a carbon nanotube, wherein the number of projections each having a height of 5 μm or more and a longitudinal width of 20 μm or more, which are present on the surface of the innermost layer, is 2 or less per 1 mm 2 of surface area; and the number of agglomerates each having a longitudinal width of 5 μm or more, which are present in the cross section of the innermost layer, is 15 or less per 1 mm 2 of cross-sectional area.
A slogging wrench comprising: a ring socket for receiving a nut or a bolt head (NBH, NBH'); an elongate body for receiving blows from a mass to transmit torque to the ring socket; and a tool-free locking mechanism (22,24,26,26',28,30) for retaining a nut or a bolt head in the ring socket, wherein the locking mechanism comprises: a slider operable to engage a nut or a bolt head in the ring socket; a channel for guiding movement of the slider towards and away from the ring socket; and an actuator (30,74) manually operable to cause movement of the slider with respect to the ring socket, characterized in that the locking mechanism comprises a coupling (28,44,44') between the actuator (30,74) and the slider and wherein the coupling is arranged to introduce play in the locking mechanism. a ring socket for receiving a nut or a bolt head (NBH, NBH'); an elongate body for receiving blows from a mass to transmit torque to the ring socket; and a tool-free locking mechanism (22,24,26,26',28,30) for retaining a nut or a bolt head in the ring socket, wherein the locking mechanism comprises: a slider operable to engage a nut or a bolt head in the ring socket; a channel for guiding movement of the slider towards and away from the ring socket; and an actuator (30,74) manually operable to cause movement of the slider with respect to the ring socket, a slider operable to engage a nut or a bolt head in the ring socket; a channel for guiding movement of the slider towards and away from the ring socket; and an actuator (30,74) manually operable to cause movement of the slider with respect to the ring socket, characterized in that the locking mechanism comprises a coupling (28,44,44') between the actuator (30,74) and the slider and wherein the coupling is arranged to introduce play in the locking mechanism.
A method of assembling an electrical connector assembly, the method comprising: providing a connector defining a front end, an opposing rear end, and a plurality of cavities defined in the connector and extending from the front end to the rear end; inserting a plug at least partially into one of the plurality of cavities for sealing the cavity; and characterized by ultrasonically welding the plug to the connector. providing a connector defining a front end, an opposing rear end, and a plurality of cavities defined in the connector and extending from the front end to the rear end; inserting a plug at least partially into one of the plurality of cavities for sealing the cavity; and characterized by ultrasonically welding the plug to the connector.
A method for manufacturing a high-strength steel sheet, comprising continuously annealing a steel sheet containing, by mass%, 0.03% to 0.35% C, 0.01% to 0.50% Si, 3.6% to 8.0% Mn, 0.01% to 1.0% Al, 0.10% or less P, and 0.010% or less S, and optionally one or more selected from among 0.001% to 0.005% B, 0.005% to 0.05% Nb, 0.005% to 0.05% Ti, 0.001% to 1.0% Cr, 0.05% to 1.0% Mo, 0.05% to 1.0% Cu, 0.05% to 1.0% Ni, 0.001% to 0.20% Sn, 0.001% to 0.20% Sb, 0.001% to 0.10% Ta, 0.001% to 0.10% W, and 0.001% to 0.10% V, the remainder being Fe and inevitable impurities, wherein in a heating step, the steel sheet is heated at a heating rate of 7°C/s or more in a temperature range corresponding to an annealing furnace inside temperature of 450°C to A°C (where 500 ≤ A ≤ 600), the maximum end-point temperature of the steel sheet in an annealing furnace is 600°C to 700°C, the transit time of the steel sheet in a temperature range corresponding to a steel sheet temperature of 600°C to 700°C is 30 seconds to 10 minutes, and the concentration of hydrogen in an atmosphere is 20% by volume or more.
A sample mounting plate used for mass spectrometry by MALDI process and comprising one or more sample mounting spots for mounting a sample thereon, on a substrate, wherein a hydrophilic surface of a first hydrophilic film (2A or 2a) is formed in the sample mounting spots on a face of the substrate where the sample mounting spots are provided, a hydrophobic surface of a hydrophobic film is formed outside the hydrophilic surface, and a groove exposing a second hydrophilic film or a hydrophilic member, which has higher hydrophilicity than that of the first hydrophilic film (2A or 2a), is formed at a boundary between the hydrophilic surface and the hydrophobic surface.
A table device for a motor vehicle, preferably a commercial vehicle, having: a table top; a movement element, preferably a carriage, to which the table top is fitted such that it can be folded; a vertical guide, on which the movement element is movably guided; and a servo assistance device, which is connected to the movement element to reduce the force for moving and/or holding the movement element and the table top attached thereto; characterized in that the servo assistance device has a preferably movably guided counterweight, which is connected to the movement element as a counterweight for the movement element and/or the table top; and a pull cable, which connects the counterweight to the movement element, wherein the pull cable is designed as a block and tackle. a table top; a movement element, preferably a carriage, to which the table top is fitted such that it can be folded; a vertical guide, on which the movement element is movably guided; and a servo assistance device, which is connected to the movement element to reduce the force for moving and/or holding the movement element and the table top attached thereto; a preferably movably guided counterweight, which is connected to the movement element as a counterweight for the movement element and/or the table top; and a pull cable, which connects the counterweight to the movement element, wherein the pull cable is designed as a block and tackle.
Image-processing switch, having • an evaluation circuit which is connected on the input side to at least one infrared camera which detects images on an area marked on a wall, which is connected to a reference memory in which at least one specific off-line defined image is stored, and which acts on the output side of at least one electrical load (7, 9) via a bus system, • wherein a comparison is carried out between a currently detected image and a stored image, and • wherein the load (7, 9) initiates a switching operation when the evaluation circuit finds significant similarity between the currently detected image and the stored image, • characterized in that the presence duration of the detected image is the criteria for the switching operation to be carried out in such a way as to bring about switching on/off of an electrical load for a short presence duration of the detected image and dimming of illumination for a longer presence duration of the detected image. • an evaluation circuit which is connected on the input side to at least one infrared camera which detects images on an area marked on a wall, which is connected to a reference memory in which at least one specific off-line defined image is stored, and which acts on the output side of at least one electrical load (7, 9) via a bus system, • wherein a comparison is carried out between a currently detected image and a stored image, and • wherein the load (7, 9) initiates a switching operation when the evaluation circuit finds significant similarity between the currently detected image and the stored image, • characterized in that the presence duration of the detected image is the criteria for the switching operation to be carried out in such a way as to bring about switching on/off of an electrical load for a short presence duration of the detected image and dimming of illumination for a longer presence duration of the detected image.
A blender system for blending foodstuff, the blender system comprising a blender container, a lid operatively attachable to a top portion of the blender container, and an attachment member operatively attached to a portion of the blender container opposite the lid, characterized in that the attachment member comprises: a body comprising at least one identification tag, wherein the body supports an identification tag of the at least one identification tag and an annular track member operatively supports a loop antenna of the identification tag and wherein the identification tag comprises a radio frequency identification device.
A method for providing a location of a first User Equipment, UE, in a Voice over Wireless Fidelity, VoWIFI, call, the method being carried out by the first UE and comprising: sending a location request to an access point, AP, to which the first UE is attached to; receiving the location of the first UE from the AP, in response to the request; and sending the received location to a network node when establishing the VoWIFI call, wherein the received location has been shared by a second UE with the AP, the second UE being previously or currently attached to the AP and having knowledge of its location, wherein the location shared by the second UE is provided by one of a Global Positioning System, GPS, integrated in the second UE or by a cellular network of which the second UE is a subscriber, wherein the location received from the AP is determined from a plurality of locations shared by a plurality of second UEs with the AP, the plurality of second UEs having knowledge of their locations, wherein the determined location is the location received by a highest number of second UEs, and wherein the received location is shared with the AP by the plurality of second UEs attached to the AP, in response to a broadcast message from the AP, the broadcast message requesting for location information. sending a location request to an access point, AP, to which the first UE is attached to; receiving the location of the first UE from the AP, in response to the request; and sending the received location to a network node when establishing the VoWIFI call, wherein the received location has been shared by a second UE with the AP, the second UE being previously or currently attached to the AP and having knowledge of its location, wherein the location shared by the second UE is provided by one of a Global Positioning System, GPS, integrated in the second UE or by a cellular network of which the second UE is a subscriber, wherein the location received from the AP is determined from a plurality of locations shared by a plurality of second UEs with the AP, the plurality of second UEs having knowledge of their locations, wherein the determined location is the location received by a highest number of second UEs, and wherein the received location is shared with the AP by the plurality of second UEs attached to the AP, in response to a broadcast message from the AP, the broadcast message requesting for location information.
A method comprising generating a target color graded version (G 4) of an original picture from a first color transform (T 1) and a second color transform (T 2), wherein said first color transform (T 1) transforms said original picture (G 0) into a first color graded version of said original picture, said second color transform (T 2) transforms said original picture (G 0) to a second color graded version of said original picture, said method comprising: • Receiving at least one interpolating parameter (k) defining a fourth color transform (T 4), wherein said fourth color transform (T 4) is defined as a color transform obtained by applying a parametric function determined by said at least one interpolating parameter (k) to said first color transform and said second color transform (T 2), wherein a difference between a third color transform (T 3) and said fourth color transform (T 4) is below a predetermined value, and wherein said third color transform transforms said original picture into said target color graded version (G 3) of said picture; • Generating said fourth color transform (T 4) by an interpolation that applies the parametric function determined by said at least one interpolating parameter (k) to said first color transform and said second color transform (T 2); • Generating said target color graded version (G 4) of said original picture (G 0) by applying said fourth color transform (T 4) to said original picture. • Receiving at least one interpolating parameter (k) defining a fourth color transform (T 4), wherein said fourth color transform (T 4) is defined as a color transform obtained by applying a parametric function determined by said at least one interpolating parameter (k) to said first color transform and said second color transform (T 2), wherein a difference between a third color transform (T 3) and said fourth color transform (T 4) is below a predetermined value, and wherein said third color transform transforms said original picture into said target color graded version (G 3) of said picture; • Generating said fourth color transform (T 4) by an interpolation that applies the parametric function determined by said at least one interpolating parameter (k) to said first color transform and said second color transform (T 2); • Generating said target color graded version (G 4) of said original picture (G 0) by applying said fourth color transform (T 4) to said original picture.
A lens system for 3D video taking which has two lens devices (10R, 10L) and in which a baseline length of the two lens devices can be changed, characterized by comprising: a three-dimensionality manipulation unit for commanding of a degree of three-dimensionality of 3D video by a user; and a baseline length calculation unit for calculating a baseline length that is most suitable to produce 3D video data that conforms to shooting conditions - such as a zoom lens position, a focus lens position, a focal length, a subject distance - of camera devices (20R, 20L) to which the two lens devices are attached with the degree of three-dimensionality specified through the three-dimensionality manipulation unit, with the baseline length calculation unit using information indicating the degree of three-dimensionality and the shooting conditions, and outputting information of the calculated baseline length, wherein while images taken by the camera devices (20R, 20L) to which the two lens devices (10R, 10L) are attached are being recorded, the baseline length calculation unit calculates a most suitable baseline length using information indicating a degree of three-dimensionality specified immediately before a start of the recording of the images taken and shooting conditions that occur during the recording of the images taken, irrespective of whether the three-dimensionality manipulation unit is manipulated or not. a three-dimensionality manipulation unit for commanding of a degree of three-dimensionality of 3D video by a user; and a baseline length calculation unit for calculating a baseline length that is most suitable to produce 3D video data that conforms to shooting conditions - such as a zoom lens position, a focus lens position, a focal length, a subject distance - of camera devices (20R, 20L) to which the two lens devices are attached with the degree of three-dimensionality specified through the three-dimensionality manipulation unit, with the baseline length calculation unit using information indicating the degree of three-dimensionality and the shooting conditions, and outputting information of the calculated baseline length,
A closed-cell foamed rubber sheet comprising a rubber-based resin, which is obtained by the steps of: providing a foamable resin composition containing the rubber-based resin and a foaming agent, the rubber-based resin containing a rubber-based resin ingredient which is in a liquid state at normal temperature; irradiating the foamable resin composition with ionizing radiation to cross-link the foamable resin composition; and foaming the cross-linked foamable resin composition, wherein the foamable resin composition further contains 0.5 parts by weight or more of a powdery additive other than the foaming agent per 100 parts by weight of the rubber-based resin, and wherein the rubber-based resin is an acrylonitrile-butadiene rubber and the rubber-based resin ingredient which is in a liquid state at normal temperature is a liquid acrylonitrile-butadiene rubber, and wherein the amount of the rubber-based resin ingredient which is in a liquid state at normal temperature in the rubber-based resin is 0.5 to 50% by weight. providing a foamable resin composition containing the rubber-based resin and a foaming agent, the rubber-based resin containing a rubber-based resin ingredient which is in a liquid state at normal temperature; irradiating the foamable resin composition with ionizing radiation to cross-link the foamable resin composition; and foaming the cross-linked foamable resin composition, wherein the foamable resin composition further contains 0.5 parts by weight or more of a powdery additive other than the foaming agent per 100 parts by weight of the rubber-based resin, and wherein the rubber-based resin is an acrylonitrile-butadiene rubber and the rubber-based resin ingredient which is in a liquid state at normal temperature is a liquid acrylonitrile-butadiene rubber, and wherein the amount of the rubber-based resin ingredient which is in a liquid state at normal temperature in the rubber-based resin is 0.5 to 50% by weight.
A composition comprising: (i) one or more emulsion, latex, dispersion or solution aldehyde-functionalized polymers with a weight average molecular weight of at least 50,000 g/mole, (ii) at least one stabilizing agent comprising an inorganic salt selected from hydrated forms of magnesium sulfate, hydrated forms of magnesium chloride, hydrated forms of magnesium acetate, hydrated forms of zinc sulfate, and any combination of the foregoing, and (iii) water.
An oxadiazole derivative represented by a general formula, A m; wherein A m is a substituent represented by any of a general formula,, or; each of α, β 1, and β 2 represents an arylene group having 6 to 25 carbon atoms; each of Ar 1 to A r 6 represents an aryl group having 6 to 25 carbon atoms; each of R 1 to R 3 represents hydrogen, an alkyl group having 1 to 4 carbon atoms, or an aryl group having 6 to 25 carbon atoms; and R 4 represents an aryl group having 6 to 25 carbon atoms.