mhurhangee/ep-ind-claims huggingface dataset:
An imaging system, comprising: an X-ray source for emitting an X-ray beam; an X-ray detector; a sample position; and a computer arranged to process the input from the detector and output information about the sample based on the input from the detector and the relative positions of X-ray source, X-ray detector and sample; wherein the imaging system is arranged to operate in an X-ray diffraction, XRD, mode carrying out angle dispersive X-ray diffraction on the sample by measuring the X-ray diffraction as a function of diffraction angle 2θ using the X-ray detector, and to operate in a computed tomography, CT, mode; characterised in that the X-ray detector is a two-dimensional photon counting X-ray detector; further characterised by a goniometer for positioning the X-ray source, X-ray detector and a sample at the sample position relative to one another; wherein the X-ray source uses a Cr, Co, Cu, Mo or Ag target; and the imaging system is arranged to operate in the CT mode by measuring the absorption of the sample as a function of position across the sample with the two-dimensional X-ray detector. an X-ray source for emitting an X-ray beam; an X-ray detector; a sample position; and a computer arranged to process the input from the detector and output information about the sample based on the input from the detector and the relative positions of X-ray source, X-ray detector and sample; wherein the imaging system is arranged to operate in an X-ray diffraction, XRD, mode carrying out angle dispersive X-ray diffraction on the sample by measuring the X-ray diffraction as a function of diffraction angle 2θ using the X-ray detector, and to operate in a computed tomography, CT, mode; characterised in that the X-ray detector is a two-dimensional photon counting X-ray detector; further characterised by a goniometer for positioning the X-ray source, X-ray detector and a sample at the sample position relative to one another; wherein the X-ray source uses a Cr, Co, Cu, Mo or Ag target; and the imaging system is arranged to operate in the CT mode by measuring the absorption of the sample as a function of position across the sample with the two-dimensional X-ray detector.
Sun visor assembly comprising a first shell and a second shell arranged to be coupled together and comprising connection means for keeping said first and second shells coupled together once they have been assembled to each other, so as to constitute a body structure of the sun visor; whereby said first shell comprises a second pair of guide rails for guiding a cover along at least a part of said first shell, to a position in which the cover is placed over a mirror so as to cover the mirror, wherein said second pair of guide rails are arranged to prevent movement of the cover in a direction perpendicular to an inner major surface of the first shell; characterised in that said first shell further comprises a first pair of guide rails for guiding the mirror along at least a part of said first shell to a mirror position, and mirror retaining means for retaining said mirror in said mirror position; wherein said first pair of guide rails are arranged to prevent movement of the mirror in a direction perpendicular to said inner major surface of the first shell.
Method for accessing, through a multi-path access network, from a terminal, a service made available over a communication network by a service provider, characterized in that said access method comprises the steps consisting: - for the service provider, in supplying a mediation module for the information concerning at least data relating to the address (@,P) of said service in the communication network, - for the mediation module, in determining at least one path identifier to be used by the terminal to access said service, and in associating said path identifier with said information supplied by the service provider, - for the terminal, in receiving, from the mediation module, upon the discovery of the service, said path identifier associated with said information. - for the service provider, in supplying a mediation module for the information concerning at least data relating to the address (@,P) of said service in the communication network, - for the mediation module, in determining at least one path identifier to be used by the terminal to access said service, and in associating said path identifier with said information supplied by the service provider, - for the terminal, in receiving, from the mediation module, upon the discovery of the service, said path identifier associated with said information.
A transmitting apparatus for communicating with a plurality of receiving apparatuses (2-1 to 2-m) comprising: a plurality of transmission antennas (15-1 to 15-T) capable of forming a plurality of beams respectively directed to the plurality of receiving apparatuses (2-1 to 2-m); characterized by a precoder to perform precoding on signals transmitted from the transmission antennas (15-1 to 15-T) such that received power in third receiving apparatuses, which are the receiving apparatuses excluding a first receiving apparatus serving as a transmission destination of a transmission signal among the receiving apparatuses (2-1 to 2-m) and two or more second receiving apparatuses among the receiving apparatuses (2-1 to 2-m), is equal to or smaller than a threshold; wherein received power in the second receiving apparatuses is larger than the threshold. a plurality of transmission antennas (15-1 to 15-T) capable of forming a plurality of beams respectively directed to the plurality of receiving apparatuses (2-1 to 2-m); characterized by a precoder to perform precoding on signals transmitted from the transmission antennas (15-1 to 15-T) such that received power in third receiving apparatuses, which are the receiving apparatuses excluding a first receiving apparatus serving as a transmission destination of a transmission signal among the receiving apparatuses (2-1 to 2-m) and two or more second receiving apparatuses among the receiving apparatuses (2-1 to 2-m), is equal to or smaller than a threshold; wherein received power in the second receiving apparatuses is larger than the threshold.
Print head for applying a coating agent to a component, in particular for applying a paint to a motor vehicle body component, having a) a nozzle plate, b) at least one nozzle in the nozzle plate for dispensing the coating agent, and c) a valve drive (5, 6, 9) d) a valve element movable relative to the nozzle plate for controlling the release of coating agent through the nozzle, d1) wherein the movable valve element closes the nozzle in a closed position, d2) whereas the movable valve element releases the nozzle in an opened position, d3) wherein the valve element is plate-shaped and can be displaced by the valve drive (5, 6, 9); characterized in that e) in the closed position, the valve element rests on the underside of the nozzle plate remote from the valve drive (5, 6, 9). a) a nozzle plate, b) at least one nozzle in the nozzle plate for dispensing the coating agent, and c) a valve drive (5, 6, 9) d) a valve element movable relative to the nozzle plate for controlling the release of coating agent through the nozzle, d1) wherein the movable valve element closes the nozzle in a closed position, d2) whereas the movable valve element releases the nozzle in an opened position, d3) wherein the valve element is plate-shaped and can be displaced by the valve drive (5, 6, 9); characterized in that d1) wherein the movable valve element closes the nozzle in a closed position, d2) whereas the movable valve element releases the nozzle in an opened position, d3) wherein the valve element is plate-shaped and can be displaced by the valve drive (5, 6, 9); e) in the closed position, the valve element rests on the underside of the nozzle plate remote from the valve drive (5, 6, 9).
A device for producing a composite molded part having a planar structure, in particular a planar decorative structure, enveloping at least a part of the composite molded part, in particular a part of the surface of the composite molded part, and an at least partially injected support structure, comprising a matrix for receiving the planar structure in a non-composite state, a punch and a matrix slider, wherein punch, matrix, and matrix slider are arranged so as to be movable relative to one another, such that in a closed state, they define a cavity together, which essentially corresponds to the shape of the composite molded part to be produced, wherein an edge folding arrangement having a first curved region (12, 13) defining the folded edge and having a second region (8, 9, 10, 15, 17, 20, 21), spaced at a distance from the first, which fixes and/or pinches off and/or completely severs the edge-folded border of the planar structure, is formed by at least one region and/or on at least one region of one of the components matrix slider, punch and/or matrix, characterized in that the punch has an element for fixing the planar structure that is movable in a direction parallel to the matrix slider in the region of its side wall, which region is facing the matrix slider. an edge folding arrangement having a first curved region (12, 13) defining the folded edge and having a second region (8, 9, 10, 15, 17, 20, 21), spaced at a distance from the first, which fixes and/or pinches off and/or completely severs the edge-folded border of the planar structure, is formed by at least one region and/or on at least one region of one of the components matrix slider, punch and/or matrix, characterized in that the punch has an element for fixing the planar structure that is movable in a direction parallel to the matrix slider in the region of its side wall, which region is facing the matrix slider.
A driver assisting system for a motor vehicle, comprising an infrared and/or visible range imaging means adapted to record images of a region surrounding the motor vehicle, an object detection means adapted to detect objects in the recorded images by processing images from said infrared and/or visible range imaging means, an object processing means (16, 17) for applying further processing to objects detected in the recorded images by said object detection means, wherein said further processing comprises object tracking in a tracking means, and a driver assisting means, comprising at least one of a display means, a warning means, a safety system and/or a dynamic vehicle control system and being controlled depending on the result of said object detection and object processing, wherein controlling said driver assisting means comprises displaying information relating to an identified object, providing a collision warning to the driver and/or activating or controlling said safety system and/or said dynamic vehicle control system, characterized in that said driver assisting system further comprises a detection performance estimating means adapted to provide an estimation of the detection performance of said object detection means using a result from said object processing means (16, 17), wherein said detection performance is estimated using a result from said tracking means, wherein an indication is made to the driver via said driver assisting means, and/or the driver assisting means is temporarily turned off, if the detection performance fulfils a predetermined condition, and wherein said detection performance is estimated depending on at least one of - the frequency of missed detections in a track of a detected object over time; - the distance at which a detected object is detected first; - the height of a detected object in the image when this object is detected first; - the track length of a detected object in the image. - the frequency of missed detections in a track of a detected object over time; - the distance at which a detected object is detected first; - the height of a detected object in the image when this object is detected first; - the track length of a detected object in the image.
A belt-type continuously variable transmission device comprising: a fixed umbrella body being fixed to a driving shaft in an axially undisplaceable manner and including an umbrella surface that is coaxial with the driving shaft; a movable umbrella body being mounted to the driving shaft in an axially displaceable manner and including an umbrella surface, the umbrella surface being coaxial with the driving shaft and facing the umbrella surface of the fixed umbrella body to define a belt groove in conjunction with the umbrella surface; a roller weight being pressed on a back side of the umbrella surface of the movable umbrella body, the roller weight being configured to displace the movable umbrella body toward the fixed umbrella body, as the roller weight radially moves away from the driving shaft by a centrifugal force that is generated during rotation of the driving shaft; and a guide path being formed on the back side of the umbrella surface of the movable umbrella body and including guide surfaces (86a, 87a) and an end face, the guide surface (86a, 87a) being configured to guide radial movement of the roller weight while restricting circumferential displacement of the roller weight, the guide surface being connected to the end face by a recessed surface that is recessed at the end face; the recessed surface is formed to a hub of the movable umbrella body; the end face being configured to restrict radial movement of the roller weight is formed to the hub, continuously from a cam surface of the movable umbrella body; characterized in that the end faces between a pair of the cam surfaces are continued to each other by a ridge that is parallel to a rotation axis (Rx) of the driving shaft. a fixed umbrella body being fixed to a driving shaft in an axially undisplaceable manner and including an umbrella surface that is coaxial with the driving shaft; a movable umbrella body being mounted to the driving shaft in an axially displaceable manner and including an umbrella surface, the umbrella surface being coaxial with the driving shaft and facing the umbrella surface of the fixed umbrella body to define a belt groove in conjunction with the umbrella surface; a roller weight being pressed on a back side of the umbrella surface of the movable umbrella body, the roller weight being configured to displace the movable umbrella body toward the fixed umbrella body, as the roller weight radially moves away from the driving shaft by a centrifugal force that is generated during rotation of the driving shaft; and a guide path being formed on the back side of the umbrella surface of the movable umbrella body and including guide surfaces (86a, 87a) and an end face, the guide surface (86a, 87a) being configured to guide radial movement of the roller weight while restricting circumferential displacement of the roller weight, the guide surface being connected to the end face by a recessed surface that is recessed at the end face; the recessed surface is formed to a hub of the movable umbrella body; the end face being configured to restrict radial movement of the roller weight is formed to the hub, continuously from a cam surface of the movable umbrella body;
A tamping unit for tamping sleepers of a track, comprising oppositely positioned tamping tools (14, 17) which are connected in each case to a squeezing cylinder (9, 15) for generating a squeezing motion, wherein an eccentric drive is provided for generating a vibratory motion, characterized in that a first of the squeezing cylinders (9, 15) is connected mechanically to the eccentric drive, and that a first pressure chamber of the first squeezing cylinder is connected hydraulically via a connecting line (22, 27) to a second pressure chamber of a second of the squeezing cylinders (9, 15) in order to transmit a pressure change, generated in the first pressure chamber by means of the eccentric drive, to the second pressure chamber.
An implantable cardioverter-defibrillator system comprising: an implantable cardioverter-defibrillator configured to be implanted subcutaneously in a patient; a defibrillation lead having a proximal portion coupled to the implantable cardioverter-defibrillator and a distal portion having a defibrillation electrode, the implantable cardioverter-defibrillator configured to deliver a defibrillation shock to a heart of the patient via the defibrillation electrode; and a pacing lead that includes a distal portion having one or more electrodes (32, 34) and a proximal portion coupled to the implantable cardioverter-defibrillator, the distal portion of the pacing lead configured to deliver pacing pulses from a substernal space to the heart of the patient, the substernal space including an anterior mediastinum. an implantable cardioverter-defibrillator configured to be implanted subcutaneously in a patient; a defibrillation lead having a proximal portion coupled to the implantable cardioverter-defibrillator and a distal portion having a defibrillation electrode, the implantable cardioverter-defibrillator configured to deliver a defibrillation shock to a heart of the patient via the defibrillation electrode; and a pacing lead that includes a distal portion having one or more electrodes (32, 34) and a proximal portion coupled to the implantable cardioverter-defibrillator, the distal portion of the pacing lead configured to deliver pacing pulses from a substernal space to the heart of the patient, the substernal space including an anterior mediastinum.
Water-separating fuel filter comprising: - a housing including an upper wall, a lower wall having a bottom, the housing defining an inner volume and having a crude fuel inlet and a filtered fuel outlet; - a filter element placed in a top compartment of the inner volume, the filter element comprising an upper end, a lower end and a substantially annular filter medium extending about a central axis between the upper end and the lower end, the filter medium having an inner surface defining an inner space; - a support for fixing the filter element comprising a partition secured to the housing, said support extending away from the bottom, so as to allow for a bottom compartment of the inner volume wherein the separated water can collect, the partition defining the bottom compartment in relation to the top compartment; and - a water-separating element such as hydrophobic fabric, provided on the side nearest said inner surface or on an inner tube of the filter element and designed to separate the water in the inner space, the inner space communicating, on the one hand on the side nearest the lower end of the filter element, with the bottom compartment, and communicating on the other hand on the side nearest the upper end of the filter element, with the filtered fuel outlet; characterised in that the partition includes a central duct for communication between said inner space and the bottom compartment, whereby the lower end of the filter element is connected in a sealed manner to said support by a radial annular contact with said central duct of the partition. - a housing including an upper wall, a lower wall having a bottom, the housing defining an inner volume and having a crude fuel inlet and a filtered fuel outlet; - a filter element placed in a top compartment of the inner volume, the filter element comprising an upper end, a lower end and a substantially annular filter medium extending about a central axis between the upper end and the lower end, the filter medium having an inner surface defining an inner space; - a support for fixing the filter element comprising a partition secured to the housing, said support extending away from the bottom, so as to allow for a bottom compartment of the inner volume wherein the separated water can collect, the partition defining the bottom compartment in relation to the top compartment; and - a water-separating element such as hydrophobic fabric, provided on the side nearest said inner surface or on an inner tube of the filter element and designed to separate the water in the inner space, the inner space communicating, on the one hand on the side nearest the lower end of the filter element, with the bottom compartment, and communicating on the other hand on the side nearest the upper end of the filter element, with the filtered fuel outlet; characterised in that the partition includes a central duct for communication between said inner space and the bottom compartment, whereby the lower end of the filter element is connected in a sealed manner to said support by a radial annular contact with said central duct of the partition.
A method comprising: initiating an activation procedure for an optical network terminal, ONT, responsive to receiving at the ONT a wavelength configuration message from an optical line terminal, OLT, the wavelength configuration message comprising one set of acceptable wavelengths assigned to the optical network terminal each from a different one of a plurality of sub-bands of wavelengths assigned to a plurality of network terminals; identifying an instruction in the wavelength configuration message to modify a present wavelength used by the network terminal to a different wavelength within the set of acceptable wavelengths indicated in the wavelength configuration message; receiving at the optical network terminal an optical network unit identifier ONU-ID, assignment; identifying at the OLT a present signal quality transmitted from the optical network terminal based on a signal transmitted from a transmitter of the network terminal; determining at the OLT the current wavelength utilized by the network terminal is incorrect based on the signal quality of the signal transmitted from the transmitter of the optical network terminal; instructing the ONT by the OLT modify the present wavelength to the different wavelength; and transmitting by the ONU subsequent data messages from the network terminal at the different wavelength. initiating an activation procedure for an optical network terminal, ONT, responsive to receiving at the ONT a wavelength configuration message from an optical line terminal, OLT, the wavelength configuration message comprising one set of acceptable wavelengths assigned to the optical network terminal each from a different one of a plurality of sub-bands of wavelengths assigned to a plurality of network terminals; identifying an instruction in the wavelength configuration message to modify a present wavelength used by the network terminal to a different wavelength within the set of acceptable wavelengths indicated in the wavelength configuration message; receiving at the optical network terminal an optical network unit identifier ONU-ID, assignment; identifying at the OLT a present signal quality transmitted from the optical network terminal based on a signal transmitted from a transmitter of the network terminal; determining at the OLT the current wavelength utilized by the network terminal is incorrect based on the signal quality of the signal transmitted from the transmitter of the optical network terminal; instructing the ONT by the OLT modify the present wavelength to the different wavelength; and transmitting by the ONU subsequent data messages from the network terminal at the different wavelength.