mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid interaction apparatus , comprising: a wing having a first configuration with a first lift-independent profile drag coefficient and a second configuration with a second lift-independent profile drag coefficient that is less than the first lift-independent profile drag coefficient, wherein the first and second lift-independent profile drag coefficients are independent of the lift coefficient of the wing and independent of the free stream flow speed of the wing; a body having a longitudinal axis, wherein the body is coupled to the wing , the wing being configured to move substantially periodically in a lift- or thrust-producing periodic path relative to the body ; and an actuator configured to change the wing from the first configuration when moving in a first direction relative to the body , to the second configuration when moving in a second direction relative to the body , the second direction having a substantial component parallel to the longitudinal axis of the body . a wing having a first configuration with a first lift-independent profile drag coefficient and a second configuration with a second lift-independent profile drag coefficient that is less than the first lift-independent profile drag coefficient, wherein the first and second lift-independent profile drag coefficients are independent of the lift coefficient of the wing and independent of the free stream flow speed of the wing; a body having a longitudinal axis, wherein the body is coupled to the wing , the wing being configured to move substantially periodically in a lift- or thrust-producing periodic path relative to the body ; and an actuator configured to change the wing from the first configuration when moving in a first direction relative to the body , to the second configuration when moving in a second direction relative to the body , the second direction having a substantial component parallel to the longitudinal axis of the body .
A field-assembled satellite communications terminal , comprising: a. a plurality of discrete, modular aperture blocks , each aperture block comprising: i. an electrically steered antenna aperture ; ii. a plurality of interconnection ports for power and data communications between the plurality of aperture blocks, said plurality of interconnection ports being removably connectable; and b. a signal processing system configured to receive, process and generate signals to and from the antenna apertures , c. wherein the aperture blocks are removably connectable to each other; characterised by : the aperture blocks are arranged to self-configure to form a combined electrically-steered antenna, and a controller within each of the plurality of aperture blocks configured to automatically measure a relative distance and orientation between each block and each of its adjacent connected blocks to calibrate the combined electrically-steered antenna. a. a plurality of discrete, modular aperture blocks , each aperture block comprising: i. an electrically steered antenna aperture ; ii. a plurality of interconnection ports for power and data communications between the plurality of aperture blocks, said plurality of interconnection ports being removably connectable; and i. an electrically steered antenna aperture ; ii. a plurality of interconnection ports for power and data communications between the plurality of aperture blocks, said plurality of interconnection ports being removably connectable; and b. a signal processing system configured to receive, process and generate signals to and from the antenna apertures , c. wherein the aperture blocks are removably connectable to each other;
A method of managing playback of adaptive bitrate streaming video, comprising: pausing playback of a segment of an adaptive bitrate streaming video variant at a client device when a playback point marking the current playback time in said segment reaches a download point marking the latest point in said segment downloaded into a buffer by said client device; marking a stall time that marks a point in time in said segment at which playback was paused; determining a remaining playback time from said stall time to the end of said segment, based on a data playback rate; determining a remaining download time to download the remainder of said segment based on a data transfer rate; selecting an offset time between zero and said remaining playback time, inclusive; determining a wait time by subtracting said remaining playback time from said remaining download time and adding said offset time; determining a resume time by adding to said stall time said wait time multiplied by said remaining playback time divided by said remaining download time; and waiting to resume playback at least until said download point reaches said resume time. pausing playback of a segment of an adaptive bitrate streaming video variant at a client device when a playback point marking the current playback time in said segment reaches a download point marking the latest point in said segment downloaded into a buffer by said client device; marking a stall time that marks a point in time in said segment at which playback was paused; determining a remaining playback time from said stall time to the end of said segment, based on a data playback rate; determining a remaining download time to download the remainder of said segment based on a data transfer rate; selecting an offset time between zero and said remaining playback time, inclusive; determining a wait time by subtracting said remaining playback time from said remaining download time and adding said offset time; determining a resume time by adding to said stall time said wait time multiplied by said remaining playback time divided by said remaining download time; and waiting to resume playback at least until said download point reaches said resume time.
Bunker silo comprising building blocks designed to form a wall of the bunker silo , said building blocks comprising a hollow body in the form of a block provided with a front wall , a rear wall and two lateral walls opposite one another (4a; 4b), the first lateral wall being provided with male coupling means and the opposite second lateral wall being provided with female coupling means having a complementary shape such that the frontal faces of adjacent building blocks can be assembled with one another by way of the male coupling means engaging in the female coupling means, the building block further comprising an intermediate wall that extends between the front wall and the rear wall , characterized in that the upper face of the intermediate wall has a protruding retaining rib that is intended to be placed against a frontal lateral surface of an overlying building block.
Alight source device comprising: a plurality of solid-state light sources ; and a cooling member comprising a cooling jacket , wherein the plurality of solid-state light sources is disposed, respectively, on opposite exterior surfaces of of the same cooling jacket, and the cooling jacket is configured to cool the plurality of solid-state light sources disposed on the opposite exterior surfaces of the cooling jacket, wherein the plurality of solid-state light sources includes a first solid-state light source and a second solid-state light source , and wherein the first solid-state light source and the second solid-state light source are disposed on opposite first and second exterior surfaces of the same cooling jacket, respectively, and wherein the first and second exterior surfaces face in opposite directions. a plurality of solid-state light sources ; and a cooling member comprising a cooling jacket , wherein the plurality of solid-state light sources is disposed, respectively, on opposite exterior surfaces of of the same cooling jacket, and the cooling jacket is configured to cool the plurality of solid-state light sources disposed on the opposite exterior surfaces of the cooling jacket, wherein the plurality of solid-state light sources includes a first solid-state light source and a second solid-state light source , and wherein the first solid-state light source and the second solid-state light source are disposed on opposite first and second exterior surfaces of the same cooling jacket, respectively, and wherein the first and second exterior surfaces face in opposite directions.
A power terminal comprising: a body , which is formed in a curved shape to have a predetermined curvature radius (R3); a pin portion electrically connected to a power source and configured to extend in a first axial direction from the body ; and a coupling portion formed at one side of the body and coupled to a coil of a stator; a first protrusion configured to protrude from the body in a second axial direction, which is opposite to the first axial direction; and a second protrusion configured to protrude from the body in the second axial direction, wherein the first protrusion and the second protrusion are coupled to an insulator of a stator , wherein the second protrusion is disposed to be spaced apart radially toward the inside from the body , wherein the second protrusion and the pin portion are spaced apart in opposite radial directions with respect to the body , wherein the body , the pin portion , the coupling portion , the first protrusion , and the second protrusion are integrally formed, wherein only the pin portion is disposed to be radially outwardly spaced apart from an outer circumferential surface of the body at a predetermined interval (d1). a body , which is formed in a curved shape to have a predetermined curvature radius (R3); a pin portion electrically connected to a power source and configured to extend in a first axial direction from the body ; and a coupling portion formed at one side of the body and coupled to a coil of a stator; a first protrusion configured to protrude from the body in a second axial direction, which is opposite to the first axial direction; and a second protrusion configured to protrude from the body in the second axial direction, wherein the first protrusion and the second protrusion are coupled to an insulator of a stator , wherein the second protrusion is disposed to be spaced apart radially toward the inside from the body , wherein the second protrusion and the pin portion are spaced apart in opposite radial directions with respect to the body , wherein the body , the pin portion , the coupling portion , the first protrusion , and the second protrusion are integrally formed, wherein only the pin portion is disposed to be radially outwardly spaced apart from an outer circumferential surface of the body at a predetermined interval (d1).
A program of a graphical user interface (GUI) application capable of providing a GUI in a case where a printer driver that does not have a function of providing a GUI is selected, the program, when executed by a computer, causing the computer to execute: acquiring print data that includes: drawing data generated by a drawing application; and setting data including information indicating a print setting, wherein the print data is output from the drawing application in a case where a print request is output, in response to user instruction, by an operating system installed on the computer, acquiring at least either of the setting data and capability data, wherein the capability data includes information indicating a capability of the printer driver; determining whether first information is included in the at least either of the acquired setting data and the capability data; and controlling whether to provide or not provide a GUI displaying a first display item in accordance with the determination result of whether or not the first information is included, wherein, in case of the setting data being acquired, as the first information, information indicating that a print preview screen is to be displayed is included in the setting data, the print preview screen based on the drawing data is provided as the first display item, and wherein in a case where the information indicating that the print preview screen is to be displayed is not included in the setting data, the print preview screen is not provided. acquiring print data that includes: drawing data generated by a drawing application; and setting data including information indicating a print setting, wherein the print data is output from the drawing application in a case where a print request is output, in response to user instruction, by an operating drawing data generated by a drawing application; and setting data including information indicating a print setting, wherein the print data is output from the drawing application in a case where a print request is output, in response to user instruction, by an operating system installed on the computer, acquiring at least either of the setting data and capability data, wherein the capability data includes information indicating a capability of the printer driver; determining whether first information is included in the at least either of the acquired setting data and the capability data; and controlling whether to provide or not provide a GUI displaying a first display item in accordance with the determination result of whether or not the first information is included, wherein, in case of the setting data being acquired, as the first information, information indicating that a print preview screen is to be displayed is included in the setting data, the print preview screen based on the drawing data is provided as the first display item, and wherein in a case where the information indicating that the print preview screen is to be displayed is not included in the setting data, the print preview screen is not provided.
Measurement system for determining at least one pressure parameter in a bodily tissue in a brain or a muscle comprising: - at least one measuring device to be applied to the body, - an optical unit for emitting and detecting at least four light waves with different wavelengths, whereby at least one of the wavelengths of the light waves lies in the range of the absorption of a constituent of the bodily tissue, - at least one light guide between optical unit and the at least one measuring device for transmission of light waves with different wavelengths, and - an evaluation unit for evaluating measuring wave signals which are received and transmitted by the measuring device, - whereby light waves with different wavelengths emitted by the optical unit are able to be radiated into an optical measurement volume in the bodily tissue by means of the at least one measuring device and the measuring wave signals received from the optical measurement volume by the measuring device are transmittable to the evaluation unit, whereby - the evaluation unit is designed to process the received measuring wave signals based on the absorption of the emitted light waves - in order to determine a pulsatility of a concentration parameter measured in the measurement volume, and whereby - the evaluation unit comprises a transformation algorithm designed to determine a pressure parameter in the body tissue from the pulsatility of the concentration parameter by a comparison operation of the change or course of an amplitude of the pulsatility with a reference pressure-volume curve. - at least one measuring device to be applied to the body, - an optical unit for emitting and detecting at least four light waves with different wavelengths, whereby at least one of the wavelengths of the light waves lies in the range of the absorption of a constituent of the bodily tissue, - at least one light guide between optical unit and the at least one measuring device for transmission of light waves with different wavelengths, and - an evaluation unit for evaluating measuring wave signals which are received and transmitted by the measuring device, - whereby light waves with different wavelengths emitted by the optical unit are able to be radiated into an optical measurement volume in the bodily tissue by means of the at least one measuring device and the measuring wave signals received from the optical measurement volume by the measuring device are transmittable to the evaluation unit, - the evaluation unit is designed to process the received measuring wave signals based on the absorption of the emitted light waves - in order to determine a pulsatility of a concentration parameter measured in the measurement volume, and - the evaluation unit comprises a transformation algorithm designed to determine a pressure parameter in the body tissue from the pulsatility of the concentration parameter by a comparison operation of the change or course of an amplitude of the pulsatility with a reference pressure-volume curve.
A tire for a motor vehicle, comprising: a carcass structure comprising at least one carcass ply , said carcass structure comprising a crown portion and two axially opposite side portions terminating in beads for mounting the tire on a rim; a tread band ; and a belt structure interposed between said carcass structure and said tread band , wherein each bead includes an elongated cord, characterized in that the elongated cord is a polymeric cord consisting of a first yarn having a melting or decomposition point T 1 , and a second yarn having a melting point T 2 wherein T 1 > T 2 , and T 2 is greater than 40°C.
Computer-implemented method comprising the steps of - receiving at least one first MRI image of an examination object, the at least one first MRI image showing a liver or a portion of a liver of the examination object, blood vessels (A, V) in the liver being depicted with contrast enhancement as a result of a hepatobiliary contrast agent, - receiving at least one second MRI image of the same examination object, the at least one second MRI image showing the same liver or the same portion of the liver in the hepatobiliary phase, healthy liver cells (P) being depicted with contrast enhancement as a result of the hepatobiliary contrast agent, characterized in that the method further comprises the following steps: - generating at least one third MRI image by combining the at least one first MRI image with the at least one second MRI image and levelling out the difference in contrast between the blood vessels (A, V) depicted with contrast enhancement in the at least one first MRI image and the healthy liver cells (P) depicted with contrast enhancement in the at least one second MRI image , - displaying and/or outputting the at least one third MRI image and/or storing the at least one third MRI image in a data memory. - receiving at least one first MRI image of an examination object, the at least one first MRI image showing a liver or a portion of a liver of the examination object, blood vessels (A, V) in the liver being depicted with contrast enhancement as a result of a hepatobiliary contrast agent, - receiving at least one second MRI image of the same examination object, the at least one second MRI image showing the same liver or the same portion of the liver in the hepatobiliary phase, healthy liver cells (P) being depicted with contrast enhancement as a result of the hepatobiliary contrast agent, - generating at least one third MRI image by combining the at least one first MRI image with the at least one second MRI image and levelling out the difference in contrast between the blood vessels (A, V) depicted with contrast enhancement in the at least one first MRI image and the healthy liver cells (P) depicted with contrast enhancement in the at least one second MRI image , - displaying and/or outputting the at least one third MRI image and/or storing the at least one third MRI image in a data memory.
System for washing the internal enclosure of equipment for cooling or freezing or cooking food products, cosmetic products or pharmaceutical products, which equipment is provided with a ventilation system comprising at least one fan, washing being carried out by means of cleaning fluids, wherein at least one of the fans of the equipment has been modified to allow cleaning fluids to pass through the fan, the fan in operation then allowing the cleaning fluids to be sprayed into the enclosure, the centrifugal force generated by the rotation of the fan generating an impact and a spraying coverage of the fluids, making it possible either to provide a supplemental cleaning action to that obtained by means of the existing washing system or to provide a cleaning action substituting that of the existing washing system, characterized in that , for at least one of the modified fans, the modification comprises one or more independent ducts, extending parallel to the shaft, along the shaft of the fan, their end opening out above a distribution disc, which disc is positioned around the shaft and secured to the shaft, between the end of said ducts and the fan blades, this disc being able to be smooth or to have specific shapes, the cleaning fluid being able to be conveyed within the independent duct(s), the disc being capable, in particular via its centrifugal effect, of spraying the fluid above or even also below the disc.
Method for manufacturing a wound rotor or stator having more than four poles, preferably a rotor, the rotor or stator comprising teeth provided with pole shoes , the method comprising the following steps, for each pole: a) producing a partial winding by winding at least one conductor over the portion of the tooth of this pole extending axially along this pole between the pole shoes of this pole and a plane (P min ) at right angles to the axis of the pole and tangential to a pole shoe of an adjacent pole, b) pushing back the duly produced partial winding towards the base of the tooth, and freeing said portion of the tooth having been used for the winding, c) repeating the step a) to produce another partial winding on the duly released portion of tooth. a) producing a partial winding by winding at least one conductor over the portion of the tooth of this pole extending axially along this pole between the pole shoes of this pole and a plane (P min ) at right angles to the axis of the pole and tangential to a pole shoe of an adjacent pole, b) pushing back the duly produced partial winding towards the base of the tooth, and freeing said portion of the tooth having been used for the winding, c) repeating the step a) to produce another partial winding on the duly released portion of tooth.