mhurhangee/ep-ind-claims huggingface dataset:
Device for supporting and limiting a closing and/or opening movement of a leaf of a window or a door, with an arm hinged at one end to the leaf and at the other end to the frame, which is arranged such as to pivot at the frame and is attached to the leaf in a sliding guide element, comprising a drive rod fitting and a coupling means (16, 19), which can be moved by means of the drive rod fitting, and which can be coupled to and decoupled from the arm, wherein the drive rod fitting comprises a drive rod component with a drive rod, secured to which is a bolt pivot (8,14), which engages through a fore-end track of the drive rod component in a longitudinal hole, and secured to the drive rod is a claw of the coupling means, which, as a result, can also be displaced along the fore-end track, and the joint of the leaf can be displaced by means of the drive rod fitting, characterized in that a damping element of changeable length engages at the arm, at a distance interval from its pivot bearing, on the frame at a contact effect point, and the damping element is assigned to the arm with changes of speed in its deployment movement.
An eye testing and image capture device for testing and examination of an eye comprising: an image display device to display an image for viewing by an eye to be tested; an image capture device to capture an image of the eye to be examined; a beam splitter positioned to split light between the image capture device and the image display device; and a lighting array for illuminating the eye to be tested and imaged wherein the lighting array comprises a first array positioned at a first angle to the eye and a second array positioned at a second angle to the eye and the first array and second array comprise two or more different light types, wherein each of the first array and the second array are comprised in a respective lighting housing wherein each of the two or more different light types comprise respective lower light sources (137a, 139a) and upper light sources (137b, 139b) which are individually complementarily illuminated in a series of captured images so that a light artefact is eliminated or at least reduced. an image display device to display an image for viewing by an eye to be tested; an image capture device to capture an image of the eye to be examined; a beam splitter positioned to split light between the image capture device and the image display device; and a lighting array for illuminating the eye to be tested and imaged wherein the lighting array comprises a first array positioned at a first angle to the eye and a second array positioned at a second angle to the eye and the first array and second array comprise two or more different light types, wherein each of the first array and the second array are comprised in a respective lighting housing wherein each of the two or more different light types comprise respective lower light sources (137a, 139a) and upper light sources (137b, 139b) which are individually complementarily illuminated in a series of captured images so that a light artefact is eliminated or at least reduced.
An image capturing unit comprising: a substrate; a frame mounted on the substrate and having an opening and a reference chart section; a sensor section, including a two-dimensional image sensor, mounted on the substrate for imaging the reference chart section and, through the opening, a subject located outside the frame; and an illumination light source that illuminates the subject and the reference chart section, wherein the illumination light source is mounted on the substrate on a center line (Lo) between the opening and the reference chart section; and at least a part of the sensor section is located on the center line (Lo) so that the imaging condition of the two-dimensional image sensor is line symmetric. a substrate; a frame mounted on the substrate and having an opening and a reference chart section; a sensor section, including a two-dimensional image sensor, mounted on the substrate for imaging the reference chart section and, through the opening, a subject located outside the frame; and an illumination light source that illuminates the subject and the reference chart section, wherein the illumination light source is mounted on the substrate on a center line (Lo) between the opening and the reference chart section; and at least a part of the sensor section is located on the center line (Lo) so that the imaging condition of the two-dimensional image sensor is line symmetric.
A container refrigeration apparatus comprising: a casing fitted to an open end of a container body, the casing including an external casing near outside of the container body, and an internal casing near inside of the container body, the internal casing being fixed to the external casing, left and right edge portions of the external casing each including a column member that is continuous from an upper end to a lower end of the casing, left and right edge portions of the internal casing each including a side plate, the column member and the associated side plate being fixed together, the internal casing having a protrusion forming part of a lower portion of the casing between the left and right edge portions of the internal casing and protruding toward the inside of the container body, characterized in that each side plate is continuous from the upper end to the lower end of the casing and in that a width of the side plate is wider than a width of the protrusion when the casing is viewed from its side. a casing fitted to an open end of a container body, the casing including an external casing near outside of the container body, and an internal casing near inside of the container body, the internal casing being fixed to the external casing, left and right edge portions of the external casing each including a column member that is continuous from an upper end to a lower end of the casing, left and right edge portions of the internal casing each including a side plate, the column member and the associated side plate being fixed together, the internal casing having a protrusion forming part of a lower portion of the casing between the left and right edge portions of the internal casing and protruding toward the inside of the container body, characterized in that each side plate is continuous from the upper end to the lower end of the casing and in that a width of the side plate is wider than a width of the protrusion when the casing is viewed from its side.
A smoking substitute device, comprising: a puff measurement means configured to measure a puff duration associated with a user puff action; and a controller configured to change an operating temperature of a heating element of the smoking substitute device, based on the measured puff duration; characterised in that: the change of temperature occurs during the user puff action or during a subsequent user puff action. a puff measurement means configured to measure a puff duration associated with a user puff action; and a controller configured to change an operating temperature of a heating element of the smoking substitute device, based on the measured puff duration;
A spindle drive for a motorized adjustment of an adjustment element of a motor vehicle, comprising a tubular or semi-shell-shaped spindle drive housing and an annular or disk-shaped connecting part inserted and secured in one end region of the spindle drive housing, the connecting part being connected via a damping element made of an elastic damping material (15, 15') to a connector for discharging axial drive movements, characterized in that the connecting part has a coaxial recess which has a circumferential groove in its inner, circumferential wall, the connector projecting axially into the recess of the connecting part with its end region facing the spindle drive housing and having a circumferential flange projecting radially into the groove, a gap (13, 14) being arranged between the side walls of the groove and the side walls of the flange, the damping element being arranged in the gap (13, 14).
A processing device, the processing device configured to: provide a symbol sequence for display on a display of a electronic apparatus; receive a first input representing user actuation of a input device, the input device having an elongated touch-sensitive sensor area and being configured to distinguish a plurality of user actuations at a plurality of positions along a main axis of said elongated touch-sensitive sensor area, wherein each sensor position among said plurality of sensor positions is associated with a respective symbol position in said symbol sequence; determine a current sensor input position based on the received first input at a first pressure level; determining a current symbol held by a symbol position with which said current sensor position is associated; selecting a range of symbols from said symbol sequence neighbouring the current symbol, said range including said current symbol; determining a most probable next input symbol in said range of symbols by applying a symbol prediction functionality; marking said most probable next input symbol as being available for selection; and selecting the marked symbol to be displayed in response to receiving a second input at a second pressure level harder than the first pressure level and at the current sensor input position. provide a symbol sequence for display on a display of a electronic apparatus; receive a first input representing user actuation of a input device, the input device having an elongated touch-sensitive sensor area and being configured to distinguish a plurality of user actuations at a plurality of positions along a main axis of said elongated touch-sensitive sensor area, wherein each sensor position among said plurality of sensor positions is associated with a respective symbol position in said symbol sequence; determine a current sensor input position based on the received first input at a first pressure level; determining a current symbol held by a symbol position with which said current sensor position is associated; selecting a range of symbols from said symbol sequence neighbouring the current symbol, said range including said current symbol; determining a most probable next input symbol in said range of symbols by applying a symbol prediction functionality; marking said most probable next input symbol as being available for selection; and selecting the marked symbol to be displayed in response to receiving a second input at a second pressure level harder than the first pressure level and at the current sensor input position.
A system for slurry coating leveling, the system comprising: a guide frame; a scrapper apparatus coupled to the guide frame, the scrapper apparatus comprising a plurality of scrapper fingers aligned substantially parallel to each other; and a contour guide coupled to the scrapper fingers, the contour guide configured to guide movement of the scrapper fingers across a surface of a component comprising a slurry coating, wherein the scrapper fingers conform to a contour profile of the surface to level the slurry coating on the surface of the component, characterised in that the scrapper fingers each comprise a guide probe that is offset from a scrapper finger end to define a desired slurry thickness. a guide frame; a scrapper apparatus coupled to the guide frame, the scrapper apparatus comprising a plurality of scrapper fingers aligned substantially parallel to each other; and a contour guide coupled to the scrapper fingers, the contour guide configured to guide movement of the scrapper fingers across a surface of a component comprising a slurry coating, wherein the scrapper fingers conform to a contour profile of the surface to level the slurry coating on the surface of the component, characterised in that the scrapper fingers each comprise a guide probe that is offset from a scrapper finger end to define a desired slurry thickness.
A method for producing a semifinished product, which comprises or is an inlay for a document, comprising the steps: providing at least one first plastic material and providing at least one second plastic material different to the first plastic material, carrying out an injection-compression molding method using the first and second plastic materials (15, 20) in order to form the inlay, wherein the inlay has a uniform thickness perpendicularly to its planar extent. providing at least one first plastic material and providing at least one second plastic material different to the first plastic material, carrying out an injection-compression molding method using the first and second plastic materials (15, 20) in order to form the inlay, wherein the inlay has a uniform thickness perpendicularly to its planar extent.
A method of suppressing an acoustic reverberation in an audio signal, wherein an audio signal is provided, wherein a first level measurement of the audio signal is performed with a first settling time and with a first decay time, said first level measurement being selected such that the first level measurement has an exponential decay behaviour and which being implemented by a recursive first-order low-pass filter, wherein at least temporarily during the first level measurement, a second level measurement of the audio signal out with a second settling time identical to the first settling time and with a second decay time which is greater than the first decay time, said second level measurement being selected in such a way that the second level measurement has an exponential decay behaviour and being implemented by a recursive low-pass filter of the first order, wherein, upon a contribution of a sound event in the audio signal, an acoustic reverberation of the sound event in the audio signal is suppressed by attenuating the audio signal, and wherein the attenuation of the audio signal for suppressing the acoustic reverberation in the audio signal is controlled by means of a monotonically increasing function of the difference from the first level measurement and the second level measurement. wherein an audio signal is provided, wherein a first level measurement of the audio signal is performed with a first settling time and with a first decay time, said first level measurement being selected such that the first level measurement has an exponential decay behaviour and which being implemented by a recursive first-order low-pass filter, wherein at least temporarily during the first level measurement, a second level measurement of the audio signal out with a second settling time identical to the first settling time and with a second decay time which is greater than the first decay time, said second level measurement being selected in such a way that the second level measurement has an exponential decay behaviour and being implemented by a recursive low-pass filter of the first order, wherein, upon a contribution of a sound event in the audio signal, an acoustic reverberation of the sound event in the audio signal is suppressed by attenuating the audio signal, and wherein the attenuation of the audio signal for suppressing the acoustic reverberation in the audio signal is controlled by means of a monotonically increasing function of the difference from the first level measurement and the second level measurement.
Case for a timepiece, said case comprising at least one movable indicator internal to a sealed compartment closed by at least one crystal, said movable indicator being controlled by a bezel comprised in said case and external to said compartment and operated by a user, wherein said bezel drives by friction at least one intermediate wheel set which is guided in a sealed manner inside a partition of said case between said inner compartment and the medium external to said compartment by sealing means, and said intermediate wheel set drives by friction said inner movable indicator by friction drive means, and wherein said friction drive means are distinct from said sealing means, wherein said at least one intermediate wheel set can move with only one degree of freedom to pivot about an intermediate axis, and wherein said sealing means comprise at least one O-ring sealing gasket of revolution about said intermediate axis, and wherein said intermediate wheel set includes first axial stop means in the direction of said intermediate axis cooperating with first axial stop means comprised in said partition, characterized in that said first axial stop means comprise, on at least one side of said partition, a flange immobilised by clamping means and/or by at least one screw to axially immobilise said intermediate wheel set with no play relative to said partition.
A method for measuring interference level of VSAT TDMA terminals causing cross-polar and/or adjacent satellite interference in a communication link, the terminals communicating with a hub station via a first satellite, wherein a second satellite may be adjacent to the first satellite, wherein an interference guarding device connected to the communication link is performing the steps of: receiving a burst time plan from the hub station or establishing a burst time plan by receiving and decoding signals transmitted from the terminals to the hub station, selecting a particular terminal occurring in the burst time plan, receiving signals transmitted from said selected terminal to the hub station, receiving signals in said communication link, correlating the waveform of the signals transmitted from said selected terminal to the hub station with the waveform of signals received in said communication link to detect any interference that may be present in the communication link. receiving a burst time plan from the hub station or establishing a burst time plan by receiving and decoding signals transmitted from the terminals to the hub station, selecting a particular terminal occurring in the burst time plan, receiving signals transmitted from said selected terminal to the hub station, receiving signals in said communication link, correlating the waveform of the signals transmitted from said selected terminal to the hub station with the waveform of signals received in said communication link to detect any interference that may be present in the communication link.
A gel-form emulsified food comprising: 10 to 40% by mass of oil and/or fat; 0% by mass or more and less than 5% by mass of a carbohydrate; and 1 to 10% by mass of a protein, wherein the content of a medium chain fatty acid is 7 to 23% by mass. 10 to 40% by mass of oil and/or fat; 0% by mass or more and less than 5% by mass of a carbohydrate; and 1 to 10% by mass of a protein, wherein
Method for analysing a sample comprising at least a first and a second scale inhibitor, which scale inhibitors are synthetic organic compounds comprising at least one ionised group, the method comprising - optionally diluting and/or purifying the sample, - allowing the first and second scale inhibitors in the sample to interact with a reagent comprising lanthanide ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved luminescence measurement, - determining the total concentration of the first and the second scale inhibitor by using the detected sample signal, - determining the concentration of the first scale inhibitor in the sample, - determining the concentration of the second scale inhibitor mathematically by using the obtained results for the total concentration and for the first scale inhibitor concentration, wherein said concentrations of the scale inhibitors are determined in an industrial water system or industrial water system sample. - optionally diluting and/or purifying the sample, - allowing the first and second scale inhibitors in the sample to interact with a reagent comprising lanthanide ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved luminescence measurement, - determining the total concentration of the first and the second scale inhibitor by using the detected sample signal, - determining the concentration of the first scale inhibitor in the sample, - determining the concentration of the second scale inhibitor mathematically by using the obtained results for the total concentration and for the first scale inhibitor concentration,
A thrust reverser for an aircraft propulsion unit nacelle comprising at least one thrust reverser element which is movable between a retracted position in which the thrust reverser is inactive and a deployed position in which the thrust reverser is active, the thrust reverser comprising means for actuating said at least one thrust reverser element, characterized in that the actuating means comprise at least one deployment cylinder of said at least one thrust reverser element, and at least one single-acting retraction cylinder of said at least one thrust reverser element.
A method of ion implantation, comprising: flowing a carbon dopant source composition to an ion implanter configured for carbon doping of a substrate; and operating the ion implanter to generate carbon dopant species from the carbon dopant source composition and to implant the carbon dopant species in the substrate, wherein the carbon dopant source composition comprises COF 2; and wherein the carbon dopant source material is co-flowed to the ion implanter with at least one co-flow gas or is flowed to the ion implanter in mixture with at least one additional gas, characterised in that said at least one co-flow gas or at least one additional gas is selected from the group consisting of XeF 2, BF 3, SF 6, GeF 4, SiF 4, NF 3, HF, WF 6, and MoF 6. flowing a carbon dopant source composition to an ion implanter configured for carbon doping of a substrate; and operating the ion implanter to generate carbon dopant species from the carbon dopant source composition and to implant the carbon dopant species in the substrate, wherein the carbon dopant source composition comprises COF 2; and wherein the carbon dopant source material is co-flowed to the ion implanter with at least one co-flow gas or is flowed to the ion implanter in mixture with at least one additional gas, characterised in that said at least one co-flow gas or at least one additional gas is selected from the group consisting of XeF 2, BF 3, SF 6, GeF 4, SiF 4, NF 3, HF, WF 6, and MoF 6.