mhurhangee/ep-ind-claims huggingface dataset:
Process (100, 200, 300) for preparing propylene, wherein a first material stream is provided using a steam cracking method and one or more fractionations (10a, 10b, 90a), which first material stream is rich in ethylene, wherein a second material stream is provided using a synthesis gas production method, which second material stream contains carbon monoxide and hydrogen, wherein at least part of the ethylene from the first material stream is reacted with at least part of the carbon monoxide and the hydrogen from the second material stream to form propanal using a hydroformylation to obtain a third material stream, and wherein at least part of the propanal in the third material stream is converted to propylene, the ethylene being provided by means of the steam cracking method in a first component mixture, the propylene being provided in a second component mixture, characterized in that at least part of the first component mixture is subjected to a first fractionation (10a, 10b) to obtain the first material stream, and in that at least part of the second component mixture is subjected to one or more fractionation steps of the first fractionation (10a, 10b) or a second fractionation to obtain a pure propylene stream.
Rim for vehicle wheels comprising a noise reducing system fixed to an inner surface of said rim, wherein said noise reducing system comprises: - a noise reducing element developing along a main portion of a circumferential development of the inner surface of said rim, and - a protective sheath covering at least a main portion of a free surface of said noise reducing element, said free surface being left free by said inner surface of the rim, wherein said protective sheath is air permeable, characterized in that said protective sheath is a coating layer sprayed substantially on a surface of said noise reducing element and in that said protective sheath is made of a rubber material and/or a foamed material. - a noise reducing element developing along a main portion of a circumferential development of the inner surface of said rim, and - a protective sheath covering at least a main portion of a free surface of said noise reducing element, said free surface being left free by said inner surface of the rim, wherein said protective sheath is air permeable,
A compound represented by formula below or a pharmaceutically acceptable salt thereof: wherein L 1 and L 2 independently represent an alkylene group having 3 to 10 carbon atoms; R 1 and R 2 independently represent an alkyl group having 4 to 22 carbon atoms or an alkenyl group having 4 to 22 carbon atoms; X 1 represents a single bond or -CO-O-; and the ring P represents any of formulae (P-1) to (P-5) below: wherein R 3 represents an alkyl group having 1 to 3 carbon atoms.
An apparatus for regulating transmission power of a repeater in an LTE - LONG TERM EVOLUTION - system, the apparatus comprising: a synchronization signal detector that detects a synchronization signal of a reception signal received through an IF/RF receiver of the repeater; a synchronization signal power measurer that measures a size of power of the synchronization signal detected through the synchronization signal detector; and an amplification controller that calculates a gain of an amplifier of the repeater for maintaining coverage of the repeater based on the size of the power of the synchronization signal measured through the synchronization signal power measurer, and controls the amplifier of the repeater according to the calculated gain, wherein the repeater is provided to be electrically connected to the synchronization signal detector, the synchronization signal power measurer, the amplification controller, and the amplifier, and the synchronization signal detector detects the synchronization signal by causing the reception signal received through the IF/RF receiver to pass through a low pass filter having a bandwidth of the synchronization signal and estimating a timing of the synchronization signal from the passing signal. a synchronization signal detector that detects a synchronization signal of a reception signal received through an IF/RF receiver of the repeater; a synchronization signal power measurer that measures a size of power of the synchronization signal detected through the synchronization signal detector; and an amplification controller that calculates a gain of an amplifier of the repeater for maintaining coverage of the repeater based on the size of the power of the synchronization signal measured through the synchronization signal power measurer, and controls the amplifier of the repeater according to the calculated gain, wherein the repeater is provided to be electrically connected to the synchronization signal detector, the synchronization signal power measurer, the amplification controller, and the amplifier, and the synchronization signal detector detects the synchronization signal by causing the reception signal received through the IF/RF receiver to pass through a low pass filter having a bandwidth of the synchronization signal and estimating a timing of the synchronization signal from the passing signal.
A method performed by a terminal for reporting a measurement report in a communication system, the method comprising: receiving channel state information reference signal, CSI-RS, configuration information for measurement on a CSI-RS, the CSI-RS configuration information including an index of a CSI-RS resource for the CSI-RS and information associated with a synchronization signal; measuring the CSI-RS based on the CSI-RS configuration information; and transmitting the measurement report based on measurement result for the CSI-RS, wherein a timing for the CSI-RS is based on a timing of a cell associated with the synchronization signal based on the information associated with the synchronization signal. receiving channel state information reference signal, CSI-RS, configuration information for measurement on a CSI-RS, the CSI-RS configuration information including an index of a CSI-RS resource for the CSI-RS and information associated with a synchronization signal; measuring the CSI-RS based on the CSI-RS configuration information; and transmitting the measurement report based on measurement result for the CSI-RS, wherein a timing for the CSI-RS is based on a timing of a cell associated with the synchronization signal based on the information associated with the synchronization signal.
A security element (12,40) for an optical authenticity check by machine with light that includes a predetermined test wavelength, the security element comprising a layer that is composed of a highly conductive material and that includes a one- or two-dimensional grating pattern composed of a periodic arrangement of a plurality of grating elements whose lateral dimensions (d) and/or lateral separations (a 0) are smaller than the test wavelength, and the security element (12,40) being configured for an optical authenticity check by machine with light from the visible spectral range or with light from the spectral range of the near infrared, characterized in that the highly conductive layer having the grating pattern is configured such that the light incident at a predetermined test angle in the authenticity check excites surface polaritons and/ or cavity resonances in the highly conductive layer.
A cytometry system, comprising: a microfluidic handling system capable of sequentially presenting single sperm cells without labels in a fluid medium to a measurement volume; at least one laser source configured to emit a mid-infrared light beam at one or more wavelengths that induce bond vibrations in the sperm cell DNA; wherein the microfluidic handling system comprises a single cell flow architecture enabling presentation of the single sperm cell to the at least one laser source; beam shaping optics using lenses to focus the mid-IR light through an aperture of roughly 20 microns and to direct the emitted mid-infrared light beam to a spot in the measurement volume and through each sequential sperm cell contained therein in turn; a detection facility configured to quantitatively measure an amount of mid-infrared light transmitted through each of the sperm cells individually; and a processor configured to analyze the measured transmitted mid-infrared light relative to a bond vibration signature of the DNA to determine the DNA content carried by each of the sperm cells and thereby, identify each sperm cell as carrying an X-chromosome or Y-chromosome. a microfluidic handling system capable of sequentially presenting single sperm cells without labels in a fluid medium to a measurement volume; at least one laser source configured to emit a mid-infrared light beam at one or more wavelengths that induce bond vibrations in the sperm cell DNA; wherein the microfluidic handling system comprises a single cell flow architecture enabling presentation of the single sperm cell to the at least one laser source; beam shaping optics using lenses to focus the mid-IR light through an aperture of roughly 20 microns and to direct the emitted mid-infrared light beam to a spot in the measurement volume and through each sequential sperm cell contained therein in turn; a detection facility configured to quantitatively measure an amount of mid-infrared light transmitted through each of the sperm cells individually; and a processor configured to analyze the measured transmitted mid-infrared light relative to a bond vibration signature of the DNA to determine the DNA content carried by each of the sperm cells and thereby, identify each sperm cell as carrying an X-chromosome or Y-chromosome.
Safety barrier for a walkway or working platform, comprising at least two support posts (1, 2), which are articulated at their feet (3, 4), in each case by means of a first pivot joint (5, 6), on the walkway or working platform, characterised in that each of the support posts (1, 2) has an angle lever (8, 9) in the region of the foot (3, 4), the distal end of which away from the support post is coupled, by means of a second pivot joint (10, 11), with a rigid rod connecting the angle levers of all the support posts.
A NdFeB system sintered magnet with a c axis oriented in one direction, characterized in that: a median of a grain size of crystal grains at a section perpendicular to the c axis is 4.5 μm or smaller; and an area ratio of the crystal grains having grain sizes of 1.8 μm or smaller on the aforementioned section is 5 % or lower. a median of a grain size of crystal grains at a section perpendicular to the c axis is 4.5 μm or smaller; and an area ratio of the crystal grains having grain sizes of 1.8 μm or smaller on the aforementioned section is 5 % or lower.
An irrigation apparatus for dispersing liquid through a plant growing medium, the apparatus comprising: a geometrically shaped container of variable size having an outer wall with an inner surface, an open top, and a base portion configured to cover the plant growing medium, wherein the base portion is configured with a plurality of holes for receiving liquid therethrough; the container being configured with at least one center opening therethrough) having an inner wall for receiving a plant, the at least one center opening having at least one longitudinal opening extending therefrom to the outer wall to allow placement of the container on the plant or to allow removal of the container from the plant; wherein the container is configured with a plurality of geometrically shaped stakes of variable size extending therefrom the base portion for providing stability for the apparatus to be secured in the plant growing medium; characterized in that the plurality of holes are configured as raised half-circles or louvers to block light and receive air, water, and nutrients. a geometrically shaped container of variable size having an outer wall with an inner surface, an open top, and a base portion configured to cover the plant growing medium, wherein the base portion is configured with a plurality of holes for receiving liquid therethrough; the container being configured with at least one center opening therethrough) having an inner wall for receiving a plant, the at least one center opening having at least one longitudinal opening extending therefrom to the outer wall to allow placement of the container on the plant or to allow removal of the container from the plant; wherein the container is configured with a plurality of geometrically shaped stakes of variable size extending therefrom the base portion for providing stability for the apparatus to be secured in the plant growing medium; characterized in that the plurality of holes are configured as raised half-circles or louvers to block light and receive air, water, and nutrients.
A device for setting a rail switch that comprises a tongue device with two stock rails and tongue rails assigned to the stock rails, wherein a plurality of, particularly at least three setting devices are arranged offset in the longitudinal rail direction, and wherein the setting devices are mechanically coupled to one another by means of a coupling rod assembly in such a way that they are driven equidirectionally, characterized in that the coupling rod assembly respectively comprises between two adjacent setting devices (9, 10) a separate double rod assembly consisting of two parallel and longitudinally moveable coupling rods (19, 20) that mechanically couple the two adjacent setting devices (9, 10) to one another and extend between the two stock rails (1, 2), wherein the two parallel coupling rods (19, 20) feature cranked end sections (21, 22).
A suction-type gripping device (1; 1*; 100), comprising: - a suction-cup; - a plurality of pins, which are axially movable with respect to said suction-cup and have a first end that face the inside thereof; - a guide matrix (6; 6*) comprising a first arrangement of holes, each housing a respective pin of said plurality in an axially slidable way, said suction-cup being coupled to said guide matrix (6; 6*); - a first chamber within which a piston is mounted axially mobile, and wherein said first chamber can be supplied by means of a first supply port for axial movement of said piston; - a second chamber provided within said piston, said piston including a second arrangement of holes, each housing a respective pin of said plurality in an axially slidable way, so that said second chamber receives second ends of the pins, wherein said second chamber is configured to be supplied by means of a second supply port for axial movement of said pins; and - a locking assembly (16; 16*) set between said guide matrix (6; 6*) and said piston, said locking assembly (16; 16*) being traversed by said pins and being configured for exerting an action of radial constriction on them in response to an axial deformation imparted by means of said piston, and wherein moreover said suction-cup is in fluid communication with a suction port, which is configured for the connection to a negative-pressure source. - a suction-cup; - a plurality of pins, which are axially movable with respect to said suction-cup and have a first end that face the inside thereof; - a guide matrix (6; 6*) comprising a first arrangement of holes, each housing a respective pin of said plurality in an axially slidable way, said suction-cup being coupled to said guide matrix (6; 6*); - a first chamber within which a piston is mounted axially mobile, and wherein said first chamber can be supplied by means of a first supply port for axial movement of said piston; - a second chamber provided within said piston, said piston including a second arrangement of holes, each housing a respective pin of said plurality in an axially slidable way, so that said second chamber receives second ends of the pins, wherein said second chamber is configured to be supplied by means of a second supply port for axial movement of said pins; and - a locking assembly (16; 16*) set between said guide matrix (6; 6*) and said piston, said locking assembly (16; 16*) being traversed by said pins and being configured for exerting an action of radial constriction on them in response to an axial deformation imparted by means of said piston,
A theater comprising a motion base and a control system operable to coordinate a media presentation with movement of the motion base, seats on the motion base, wherein the seats are provided in tiers, and the tiers of seating are arranged in curved rows on the motion base, wherein the motion base provides tilt, pitch and roll movements: characterized by: all of the tiers of seating face radially inwardly; a continuous dome-shaped screen around the seats; and multiple 2D and/or 3D projectors arranged to provide seamless edge blended images on the screen. characterized by: all of the tiers of seating face radially inwardly; a continuous dome-shaped screen around the seats; and multiple 2D and/or 3D projectors arranged to provide seamless edge blended images on the screen.
A method of scanning a 3D object, comprising: via a user interface, receiving a user's input to perform a scanning operation and in response thereto: using a light projector, projecting structured light onto the surface of a physical object about target positions on the surface of the physical object; and using a camera arranged at a distance from the light projector and at a viewing angle with respect to the light projector, recording a sequence of first images of at least a portion of the surface of the physical object including a light scatter region illuminated by the structured light being projected at the target positions on the surface of the physical object; characterized in retrieving a trained image processing network configured during training to output data comprising estimates of the location, in the one or more first images, of the target positions on the surface of the physical object in response to receiving one or more first images, including at least image intensity from the light scatter regions, in the sequence of images; using the trained image processing network, processing first images including the light scatter regions in the sequence of images, to generate an estimate of the locations in the one or more first images of the target positions on the surface of the physical object; and using triangulation, based on the estimate of the locations, in the one or more first images, of the target positions on the surface of the physical object, generating a partial or complete computer-readable, point cloud or three-dimensional model of the surface of the physical object. via a user interface, receiving a user's input to perform a scanning operation and in response thereto: using a light projector, projecting structured light onto the surface of a physical object about target positions on the surface of the physical object; and using a camera arranged at a distance from the light projector and at a viewing angle with respect to the light projector, recording a sequence of first images of at least a portion of the surface of the physical object including a light scatter region illuminated by the structured light being projected at the target positions on the surface of the physical object; characterized in retrieving a trained image processing network configured during training to output data comprising estimates of the location, in the one or more first images, of the target positions on the surface of the physical object in response to receiving one or more first images, including at least image intensity from the light scatter regions, in the sequence of images; using the trained image processing network, processing first images including the light scatter regions in the sequence of images, to generate an estimate of the locations in the one or more first images of the target positions on the surface of the physical object; and using triangulation, based on the estimate of the locations, in the one or more first images, of the target positions on the surface of the physical object, generating a partial or complete computer-readable, point cloud or three-dimensional model of the surface of the physical object.
A variable output pump (200;300), comprising: a fluid input (270;370) and a fluid output (271;371); a control stage pump (203;303) having an input portion and an output portion, wherein the input portion of the control stage pump (203;303) is in fluid communication with the fluid input (270;370); a main stage pump (201;301) having an input portion and an output portion, wherein the input portion of the main stage pump (201;301) is in fluid communication with the fluid input (270;370) and with the output portion of the control stage pump (203;303), and wherein the output portion of the main stage pump (201;301) is in fluid communication with the fluid output (271;371); a differential linkage (202;302) in mechanical communication (260,261;360,361) with the control stage pump (203;303) and the main stage pump (201;301); and a control valve (205;305) arranged in serial fluid communication between the output portion of the control stage pump (203;303) and the input portion of the main stage pump (201;301). a fluid input (270;370) and a fluid output (271;371); a control stage pump (203;303) having an input portion and an output portion, wherein the input portion of the control stage pump (203;303) is in fluid communication with the fluid input (270;370); a main stage pump (201;301) having an input portion and an output portion, wherein the input portion of the main stage pump (201;301) is in fluid communication with the fluid input (270;370) and with the output portion of the control stage pump (203;303), and wherein the output portion of the main stage pump (201;301) is in fluid communication with the fluid output (271;371); a differential linkage (202;302) in mechanical communication (260,261;360,361) with the control stage pump (203;303) and the main stage pump (201;301); and a control valve (205;305) arranged in serial fluid communication between the output portion of the control stage pump (203;303) and the input portion of the main stage pump (201;301).