mhurhangee/ep-ind-claims huggingface dataset:
An image display method of an image display apparatus, the image display method comprising: decoding an input image signal; separating the decoded input image signal into a data broadcasting signal and an additional image signal associated with the data broadcasting signal, the additional image signal being received as OSD data; dividing, by a formatter, the data broadcasting signal into a left-eye image signal and a right-eye image signal for a first screen; processing, by an OSD generator, the received OSD data and outputting a 3D OSD signal for a second screen; mixing, by a mixer, the image signal for the first screen with the 3D OSD signal for the second screen and outputting the mixed signal to an image display unit; detecting, by the image display apparatus, a user's eye level; displaying, by the image display unit, the data broadcasting signal as the first screen and the additional image signal as a 3D object on the second screen at a distance from the first screen, wherein a position and a slope of the 3D object is determined in accordance with a reference point, wherein the slope is a display angle relative to a surface of a display unit of the image display apparatus, and wherein said reference point is the user's eye level, wherein the step of displaying includes, when the user's eye level is detected to be low, setting the slope of the 3D object to be tilted toward the user based on the detected user's eye level so that an angle between a user's line of sight and a line normal to the 3D object decreases. decoding an input image signal; separating the decoded input image signal into a data broadcasting signal and an additional image signal associated with the data broadcasting signal, the additional image signal being received as OSD data; dividing, by a formatter, the data broadcasting signal into a left-eye image signal and a right-eye image signal for a first screen; processing, by an OSD generator, the received OSD data and outputting a 3D OSD signal for a second screen; mixing, by a mixer, the image signal for the first screen with the 3D OSD signal for the second screen and outputting the mixed signal to an image display unit; detecting, by the image display apparatus, a user's eye level; displaying, by the image display unit, the data broadcasting signal as the first screen and the additional image signal as a 3D object on the second screen at a distance from the first screen, wherein a position and a slope of the 3D object is determined in accordance with a reference point, wherein the slope is a display angle relative to a surface of a display unit of the image display apparatus, and wherein said reference point is the user's eye level, wherein the step of displaying includes, when the user's eye level is detected to be low, setting the slope of the 3D object to be tilted toward the user based on the detected user's eye level so that an angle between a user's line of sight and a line normal to the 3D object decreases.
System of lenses for projecting at least one light source comprising, from said source and in the direction of propagation of the light, at least one first group of optical elements made up of at least one first convergent lens, called primary lens, in contact with said light source, obtained from a material exhibiting a high constringence, greater than 40, and exhibiting a ratio between its thickness along the optical axis and its width greater than 0.5, a second group of optical elements made up of at least one divergent lens obtained from a material exhibiting a low constringence, less than 40, a pupil and a third group of optical elements made up of at least one convergent reflector or of at least one convergent lens obtained from a material exhibiting a high constringence, greater than 40.
Linkable chair comprising a frame which supports a seat surface part forming a seat surface, and comprising in each case a linking element on each of the two opposite sides of the chair, transverse to the sitting direction which, in a right-angle x-y-z coordinate system, is defined as the z-direction, wherein the x-direction and the z-direction span the plane of the seat surface and the y-direction extends perpendicular to this plane, wherein the linking element on one side of the chair corresponds to the linking element on the other side of the chair so that adjacent chairs arranged next to one another can be linked together by means of the linking elements, wherein the respective linking element is configured in the form of a hook which has a base part which is connected with one end on the seat surface part or the frame and has at its other end a hook part which extends approximately in the z-direction, wherein the base part is oriented obliquely outwards at an acute angle to the y-direction, as seen from the seat surface part, wherein the hook part, on one side of the seat surface part, starting from the end of the base part, is oriented extending in the z-direction, wherein the base part, on one side of the seat surface part, is offset by at least the cross-sectional dimension thereof, as seen in the z-direction, with respect to the base part of the linking element on the other side of the seat surface part, as seen in the z-direction, and characterised in that the hook part, on the other side of the seat surface part, starting from the end of the base part, is oriented extending in the direction opposite the z-direction, and in that at least one of the two linking elements has a locking element provided thereon which, when a linking element on one side of the chair engages into a linking element of the other side of another chair, prevents displacement of the two linked chairs in the z-direction.
An islanding detection system for multiple inverters(131,170) operating in parallel, the multiple inverters(131,170) at least comprising a first inverter and a second inverter connected in parallel, the islanding detection system comprising: a first current detection circuit arranged on a grid side or an AC side of the second inverter; and a controller connected to the first current detection circuit and the first inverter, characterised in that the controller is configured to determine whether to perform a distributed islanding detection or a centralized islanding detection on the first inverter and the second inverter according to a grid voltage signal and a current detection signal of the first current detection circuit. a first current detection circuit arranged on a grid side or an AC side of the second inverter; and a controller connected to the first current detection circuit and the first inverter, characterised in that the controller is configured to determine whether to perform a distributed islanding detection or a centralized islanding detection on the first inverter and the second inverter according to a grid voltage signal and a current detection signal of the first current detection circuit.
An air conditioning system comprising: a first air conditioning device installed in a predetermined space and configured to change an air state in the predetermined space in accordance with a direction inputted by voice to an input-output device that is voice operable; a second air conditioning device installed in the predetermined space and configured to change the air state in the predetermined space in accordance with the direction inputted by voice to the input-output device; and a setting unit configured to set a predetermined condition, wherein, upon acquisition of direction information indicating the direction not specifying a device, the air conditioning system is configured to perform processing in response to the direction with use of an air conditioning device selected from the first air conditioning device and the second air conditioning device in accordance with the predetermined condition set in advance, characterized in that the predetermined condition includes a condition of performing selection in accordance with the air state in the predetermined space. a first air conditioning device installed in a predetermined space and configured to change an air state in the predetermined space in accordance with a direction inputted by voice to an input-output device that is voice operable; a second air conditioning device installed in the predetermined space and configured to change the air state in the predetermined space in accordance with the direction inputted by voice to the input-output device; and a setting unit configured to set a predetermined condition, wherein, upon acquisition of direction information indicating the direction not specifying a device, the air conditioning system is configured to perform processing in response to the direction with use of an air conditioning device selected from the first air conditioning device and the second air conditioning device in accordance with the predetermined condition set in advance, characterized in that the predetermined condition includes a condition of performing selection in accordance with the air state in the predetermined space.
Dispensing closure comprising a base and a cover, being attached to said base by a hinge and being movable between an opened and a closed position, said cover comprising an outer side-wall, wherein said outer side-wall of said cover comprises a push-button region, wherein said push-button region has, in a first position, a flat or convex outer surface and is adapted such that it can be pushed by a user at least partly in an inward direction from said first position into a second position, wherein said push-button region has, in said second position, at least partly a concave outer surface, characterized in that said base has a groove on its upper side, said groove and said cover being adapted such that a lower rim of said cover is partly or completely covered by inner side-walls of said groove, when said cover is in its closed position.
A composition which is a polyolefin composition comprising: (a) a polyolefin polymer; (b) 1,3:2,4-bis- O -[(3,4-dichlorophenyl)methylene]-D-glucitol; and (c) an additional acetal component selected from 1,3:2,4-bis- O -[(2,4-dichlorophenyl)methylene]-D-glucitol, 1,3:2,4-bis- O -[(2,3-dichlorophenyl)methylene]-D-glucitol, 1,3-O-[(2,4-dichlorophenyl)methylene]-2,4- O -[(3,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(3,4-dichlorophenyl)methylene]-2,4- O -[(2,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(2,3-dichlorophenyl)methylene]-2,4- O -[(3,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(3,4-dichlorophenyl)methylene]-2,4- O -[(2,3-dichlorophenyl) methylene]-D-glucitol, and mixtures thereof, wherein the ratio of (b):(c) is ≥ 1:1. (a) a polyolefin polymer; (b) 1,3:2,4-bis- O -[(3,4-dichlorophenyl)methylene]-D-glucitol; and (c) an additional acetal component selected from 1,3:2,4-bis- O -[(2,4-dichlorophenyl)methylene]-D-glucitol, 1,3:2,4-bis- O -[(2,3-dichlorophenyl)methylene]-D-glucitol, 1,3-O-[(2,4-dichlorophenyl)methylene]-2,4- O -[(3,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(3,4-dichlorophenyl)methylene]-2,4- O -[(2,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(2,3-dichlorophenyl)methylene]-2,4- O -[(3,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(3,4-dichlorophenyl)methylene]-2,4- O -[(2,3-dichlorophenyl) methylene]-D-glucitol, and mixtures thereof, wherein the ratio of (b):(c) is ≥ 1:1. 1,3:2,4-bis- O -[(2,4-dichlorophenyl)methylene]-D-glucitol, 1,3:2,4-bis- O -[(2,3-dichlorophenyl)methylene]-D-glucitol, 1,3-O-[(2,4-dichlorophenyl)methylene]-2,4- O -[(3,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(3,4-dichlorophenyl)methylene]-2,4- O -[(2,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(2,3-dichlorophenyl)methylene]-2,4- O -[(3,4-dichlorophenyl) methylene]-D-glucitol, 1,3- O -[(3,4-dichlorophenyl)methylene]-2,4- O -[(2,3-dichlorophenyl) methylene]-D-glucitol, and mixtures thereof,
An X-ray tube with an anode that conducts a high voltage and heats up during operation, wherein the anode is connected in a thermally conductive way to a heat sink having a base body (10.4) composed of a metal with a heat absorbing surface (12.4) for coupling to the anode as a heat source and a heat dissipating surface (14.4) enlarged by means of heat dissipating elements (16.4) connected to the base body (10.4), wherein the heat dissipating elements (16.4) are composed of an electrically insulating material having a thermal conductivity on the same order of magnitude as that of the metal of the base body (10.4), wherein the X-ray tube comprises an insulating medium surrounding the heat dissipating elements (16.4), wherein the heat dissipating elements (16.4) have a height starting from the base body (10.4) of the heat sink so that taking into account the high voltage and the insulating medium surrounding the heat dissipating elements (16.4), there is a sufficient insulation breakdown resistance relative to the surroundings of the X-ray tube, wherein the base body (10.4) is a body of rotation with an inner surface (12.4) of an axially extending recess adapted for coupling to the anode as the heat source, wherein the heat dissipating elements (16.4) are plate-shaped, characterized in that for each heat dissipating element (16.4), the base body (10.4) has a corresponding socket (18.4), which is dimensioned to accommodate (18.4) a connecting section (20.4) of each of the heat dissipating elements (16.4), the base body (10.4) has an outer surface (14.4) as part of the heat dissipating surface has the sockets (18.4) for the heat dissipating elements (16.4), and a heat dissipating element (16.4) is inserted into each of the sockets (18.4), the sockets (18.4) are axially extending slots or grooves into which are inserted the plate-shaped ceramic elements serving as the heat dissipating elements (16.4), the heat dissipating elements (16.4) are connected to the base body (10.4) in that the respective connecting section (20.4) is fastened in the associated socket (18.4) by means of a press fit or clamping.
A communication method performed by a first terminal device in device-to-device, D2D, communication, wherein the method comprises: determining, by the first terminal device, in a communication resource, a target resource, wherein the target resource is determined according to a modulus value of characteristic information, wherein the characteristic information comprises an identity of the first terminal device and an identity of a second terminal device; wherein the target resource comprises at least one of frequency domain resource of the reference signal, RS, and cyclic shift, CS, of the RS; and transmitting, by the first terminal device, the RS to the second terminal device by using the target resource. determining, by the first terminal device, in a communication resource, a target resource, wherein the target resource is determined according to a modulus value of characteristic information, wherein the characteristic information comprises an identity of the first terminal device and an identity of a second terminal device; wherein the target resource comprises at least one of frequency domain resource of the reference signal, RS, and cyclic shift, CS, of the RS; and transmitting, by the first terminal device, the RS to the second terminal device by using the target resource.
A method for normalizing an image, the method comprising: - acquiring a two-dimensional image of a plurality of particles, where the plurality of particles comprises a plurality of calibration particles and assay particles, wherein fluorescent dyes are evenly distributed throughout the calibration particles providing evenly distributed fluorescence in the reporter channel to provide a Gaussian distribution of light in an image corresponding to a calibration particle and wherein the assay particles have fluorescence solely on the surface of the assay particles and a non-Gaussian distribution of light; - identifying a calibration particle of the plurality of particles by correlating a portion of the image corresponding to the calibration particle to a Gaussian mathematical model; - measuring an intensity of the calibration particle; and - normalizing the intensity of the image based on the intensity of the calibration particle. - acquiring a two-dimensional image of a plurality of particles, where the plurality of particles comprises a plurality of calibration particles and assay particles, wherein fluorescent dyes are evenly distributed throughout the calibration particles providing evenly distributed fluorescence in the reporter channel to provide a Gaussian distribution of light in an image corresponding to a calibration particle and wherein the assay particles have fluorescence solely on the surface of the assay particles and a non-Gaussian distribution of light; - identifying a calibration particle of the plurality of particles by correlating a portion of the image corresponding to the calibration particle to a Gaussian mathematical model; - measuring an intensity of the calibration particle; and - normalizing the intensity of the image based on the intensity of the calibration particle.
Fencing system comprising: - support posts between which commonly called 3D wire panels are arranged in the form of a screen consisting of vertical wires tied to horizontal wires, wherein the vertical wires are provided with a fold at determined heights extending along one side of the panel and defining a horizontal recess; - a series of robust slats which are applied on the side of the fold between the vertical wires; - wherein the slats are pressed with a supporting partition (8") against the horizontal wires by means of a clamping bar between the slats and a horizontal wire at the level of the horizontal recess, - the slats are provided with a passage at their uppermost ends; - and the slats are kept in place individually by means of a fixing clamp which is provided with a fixing clamp detail intended for click-locking the fixing clamp onto a horizontal wire of the 3D panel, characterised in that the slats represent hollow profiles made from a synthetic material; wherein the fixing clamps engage with a lip in the form of a hook which protrudes upwards into the cavity of the slats through the passage in the afore-mentioned supporting partition (8") of the slats, and wherein the fixing clamps, next to the afore-mentioned first lip are provided with a second lip protruding upwards which, in mounted condition, is positioned along the outer side of the supporting partition (8"), wherein the supporting partition (8"} is enclosed between the two lips (18, 19) of the fixing clamps. - support posts between which commonly called 3D wire panels are arranged in the form of a screen consisting of vertical wires tied to horizontal wires, wherein the vertical wires are provided with a fold at determined heights extending along one side of the panel and defining a horizontal recess; - a series of robust slats which are applied on the side of the fold between the vertical wires; - wherein the slats are pressed with a supporting partition (8") against the horizontal wires by means of a clamping bar between the slats and a horizontal wire at the level of the horizontal recess, - the slats are provided with a passage at their uppermost ends; - and the slats are kept in place individually by means of a fixing clamp which is provided with a fixing clamp detail intended for click-locking the fixing clamp onto a horizontal wire of the 3D panel, characterised in that the slats represent hollow profiles made from a synthetic material; wherein the fixing clamps engage with a lip in the form of a hook which protrudes upwards into the cavity of the slats through the passage in the afore-mentioned supporting partition (8") of the slats, and wherein the fixing clamps, next to the afore-mentioned first lip are provided with a second lip protruding upwards which, in mounted condition, is positioned along the outer side of the supporting partition (8"), wherein the supporting partition (8"} is enclosed between the two lips (18, 19) of the fixing clamps.
A turbofan or turbojet gas turbine engine for mounting in or to a supersonic aircraft, the gas turbine engine defining a central axis, wherein the gas turbine engine comprises: a stage of compression airfoils rotatable about the central axis; a turbine (510, 512) coupled to the stage of compression airfoils for driving the stage of compression airfoils; a casing surrounding the stage of compression airfoils and defining an inlet, wherein the inlet is positioned upstream of the stage of compression airfoils and wherein the casing is a gas turbine engine casing; an engine casing surrounding the gas turbine engine, the engine casing configured as a nacelle; and a low-distortion inlet assembly mounted within the inlet, the low-distortion inlet assembly comprising one or more structural members mounted at predetermined locations around a circumference of the central axis within the inlet, the predetermined locations defining an airflow distortion exceeding a predetermined threshold; and at least one airflow modifying element configured within the inlet so as to reduce airflow distortion entering the stage of compression airfoils; characterized in that an airflow duct of the nacelle defines a non-linear centerline. a stage of compression airfoils rotatable about the central axis; a turbine (510, 512) coupled to the stage of compression airfoils for driving the stage of compression airfoils; a casing surrounding the stage of compression airfoils and defining an inlet, wherein the inlet is positioned upstream of the stage of compression airfoils and wherein the casing is a gas turbine engine casing; an engine casing surrounding the gas turbine engine, the engine casing configured as a nacelle; and a low-distortion inlet assembly mounted within the inlet, the low-distortion inlet assembly comprising one or more structural members mounted at predetermined locations around a circumference of the central axis within the inlet, the predetermined locations defining an airflow distortion exceeding a predetermined threshold; and at least one airflow modifying element configured within the inlet so as to reduce airflow distortion entering the stage of compression airfoils; one or more structural members mounted at predetermined locations around a circumference of the central axis within the inlet, the predetermined locations defining an airflow distortion exceeding a predetermined threshold; and at least one airflow modifying element configured within the inlet so as to reduce airflow distortion entering the stage of compression airfoils; characterized in that an airflow duct of the nacelle defines a non-linear centerline.