mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a fabricated part having complex geometry, the method comprising: generating a digital model of a tooling having a complex geometry; additively manufacturing a tooling based on the digital model from tooling material; laying-up fabrication materials on the tooling; curing the fabrication materials on the tooling to form a fabricated part; and removing the tooling from the fabricated part, characterized in that the removing the tooling from the fabricated part further comprises breaking the tooling, and in that the fabricated part is an aircraft, oil rig, or vehicle part. generating a digital model of a tooling having a complex geometry; additively manufacturing a tooling based on the digital model from tooling material; laying-up fabrication materials on the tooling; curing the fabrication materials on the tooling to form a fabricated part; and removing the tooling from the fabricated part, characterized in that the removing the tooling from the fabricated part further comprises breaking the tooling, and in that the fabricated part is an aircraft, oil rig, or vehicle part.
A modular pocket insert to align and closely inductively couple a primary inductive coil and related primary drive circuits to a secondary inductive coil and related secondary charging circuits for the inductively coupled transmission of power between the coils so to transmit power to an electrically powered pocket-stowed portable device having a rechargeable energy storage component electrically connected to the secondary inductive coil and secondary charging circuits associated with the device, the mounting structure for mounting in a pocket on a tactical garment, wherein the pocket includes an opening into the pocket and the garment includes electrical conductors for electrical connection between the pocket and a central power supply and a power management system located remote from the pocket, the mounting structure comprising: a substantially rigid non-magnetic, non-electrically conductive insert adapted for mounting into the pocket so as to be stable within the pocket and stable relative to the garment to accommodate electrical connection between said insert and the electrical conductor of the garment, said insert including an electrical connector adapted for said electrical connection, and wherein said insert includes a primary power inductive coil and a primary power drive circuit, and wherein said insert includes surfaces which are shaped to support the portable device in the pocket and when so supported said surfaces precisely align said primary power inductive coil in said insert with the secondary inductive coil in the portable device, and hold the device stable within said insert, and wherein said surfaces define an entry way which, when said insert is said mounted in the pocket, is aligned with the opening into the pocket, whereby a user conveying the portable device into the pocket will mate the portable device into the insert and thereby bring said primary coil into closely inductively coupled proximity and alignment with the secondary coil, whereby single handed operation by a user is enabled. a substantially rigid non-magnetic, non-electrically conductive insert adapted for mounting into the pocket so as to be stable within the pocket and stable relative to the garment to accommodate electrical connection between said insert and the electrical conductor of the garment, said insert including an electrical connector adapted for said electrical connection, and wherein said insert includes a primary power inductive coil and a primary power drive circuit, and wherein said insert includes surfaces which are shaped to support the portable device in the pocket and when so supported said surfaces precisely align said primary power inductive coil in said insert with the secondary inductive coil in the portable device, and hold the device stable within said insert,
Valve for a motor vehicle, which comprises a valve body through which a fluid can flow having a supply line which can be supplied with fluid by means of an adjustable pump apparatus, and having a first discharge line and having at least one further, second discharge line to supply one respectively assigned first and at least one further, second user with the fluid, characterised in that the valve comprises a first check valve disposed at the first discharge line and a second second check valve disposed at the second discharge line, wherein at a first pressure, which is smaller than a predetermined second pressure, a grommet is laid over a pipe element such that the outlet of said pipe element is closed, wherein the first check valve at the second pressure prevents a flowing of the fluid from the supply line into the first discharge line, while the second check valve at the second pressure permits a flowing of the fluid from the supply line into the second discharge line and from a predetermined third pressure, which is higher than the second pressure, the first check valve permits a flowing of the fluid from the supply line into the first discharge line, while the second check valve at the third pressure prevents a flowing of the fluid from the supply line into the second discharge line, wherein the second check valve is in the form of an resilient grommet which is fitted over the pipe element of the valve, wherein the resilient grommet has at least one through opening which is releasable at the second predetermined pressure by means of deformation, said through opening being disposed such that it does not overlap the outlet of the pipe element.
A spectral camera for producing a spectral output and having an objective lens for producing an image, an optical duplicator for producing optical copies of the image on different optical channels, an array of filters for passing a different passband of the optical spectrum for different ones of the optical channels, and one sensor array arranged to detect the filtered image copies simultaneously on different parts of the sensor array, the camera also having a field stop for defining an outline of the image copies projected on the sensor array, wherein the sensor array has a planar structure without perpendicular physical barriers for preventing cross talk between each of the adjacent optical channels, and wherein the outlines and alignments of the projected image copies on the sensor array are such that at least some adjacent ones of the projected image copies fit together without leaving sensor elements unused by being obscured by such barriers, characterized in that: the array of filters is integrated on the sensor array, and the sensor array comprises sensor elements arranged in the array having no gaps in between sensing elements for read out circuitry or other circuitry, wherein the array of filters comprises thin films acting as fabry perot cavities having a thickness of half the wavelength of the desired transmission wavelength, and comprises reflecting surfaces on both sides of the cavities, said reflecting surfaces comprising bragg stacks; wherein the array of filters and the optical duplicator are arranged to provide different magnification for different ones of the projected image copies; wherein the spectral camera is arranged so that at least some of the projected image copies are complete unsegmented copies of the entire image; and wherein the spectral camera is arranged so that at least some of the projected image copies are segments of the entire image, and the camera has a digital processing part for electrically processing the detected segments to stitch them together. the array of filters is integrated on the sensor array, and the sensor array comprises sensor elements arranged in the array having no gaps in between sensing elements for read out circuitry or other circuitry, wherein the array of filters comprises thin films acting as fabry perot cavities having a thickness of half the wavelength of the desired transmission wavelength, and comprises reflecting surfaces on both sides of the cavities, said reflecting surfaces comprising bragg stacks; wherein the array of filters and the optical duplicator are arranged to provide different magnification for different ones of the projected image copies; wherein the spectral camera is arranged so that at least some of the projected image copies are complete unsegmented copies of the entire image; and wherein the spectral camera is arranged so that at least some of the projected image copies are segments of the entire image, and the camera has a digital processing part for electrically processing the detected segments to stitch them together.
A method for implementing program changes required by a change of a use profile of a wireless terminal device of a cellular network comprising a user interface, the use profile comprising a list of programs required in the wireless terminal device at a certain use situation, the method comprising: - the wireless terminal device detects a need to change the use profile of the wireless terminal device to another use profile, and; - the wireless terminal device tests the availability of programs according to the another use profile of the wireless terminal device, characterized in that if a result of the testing accomplished by the wireless terminal device about the availability of the programs in the wireless terminal device is that the wireless terminal device does not comply with the another use profile with regard to at least one program, the method further comprises: - the wireless terminal device transmits a message concerning the non-compliance of programs detected by the wireless terminal device through a telecommunications network to a server managing the changes of the use profile of wireless terminal devices; - the server transmits the at least one program according to the another use profile of the wireless terminal device, if a program has been found to be lacking by the wireless terminal device as an OTA message to the wireless terminal device; - the server transmits functional instructions from the server to the wireless terminal device as OTA messages, and; - the wireless terminal device utilizes (25, 26, 27) the at least one program or the received functional instructions for implementing the program changes required by the another use profile. - the wireless terminal device detects a need to change the use profile of the wireless terminal device to another use profile, and; - the wireless terminal device tests the availability of programs according to the another use profile of the wireless terminal device, - the wireless terminal device transmits a message concerning the non-compliance of programs detected by the wireless terminal device through a telecommunications network to a server managing the changes of the use profile of wireless terminal devices; - the server transmits the at least one program according to the another use profile of the wireless terminal device, if a program has been found to be lacking by the wireless terminal device as an OTA message to the wireless terminal device; - the server transmits functional instructions from the server to the wireless terminal device as OTA messages, and; - the wireless terminal device utilizes (25, 26, 27) the at least one program or the received functional instructions for implementing the program changes required by the another use profile.
An apparatus comprising: means for detecting a first object in a first image of a sequence of images using a neural network, wherein the means for detecting the first object provides an object area indicative of a first location of the first object; and means for tracking the first object, wherein the means for tracking the first object further comprises: means for generating a predicted future location of the first object; and means for generating an updated location of the first object using the neural network; characterised by; the means for generating the predicted future location of the first object generates multiple prediction instances in time for each updated location generated by the means for generating the updated location of the first object using the neural network, wherein the predicted future location in the next time instance is based on the previous predicted future location until new updated location of the first object is received from the neural network. means for detecting a first object in a first image of a sequence of images using a neural network, wherein the means for detecting the first object provides an object area indicative of a first location of the first object; and means for tracking the first object, wherein the means for tracking the first object further comprises: means for generating a predicted future location of the first object; and means for generating an updated location of the first object using the neural network; characterised by; the means for generating the predicted future location of the first object generates multiple prediction instances in time for each updated location generated by the means for generating the updated location of the first object using the neural network, wherein the predicted future location in the next time instance is based on the previous predicted future location until new updated location of the first object is received from the neural network. means for generating an updated location of the first object using the neural network; characterised by; the means for generating the predicted future location of the first object generates multiple prediction instances in time for each updated location generated by the means for generating the updated location of the first object using the neural network, wherein the predicted future location in the next time instance is based on the previous predicted future location until new updated location of the first object is received from the neural network.
An imaging method, comprising: receiving, at a vapor-cell sensor, input optical signals and electromagnetic radiation from at least a test device to generate an output optical signal; processing the output optical signal at a single pixel camera to generate camera output data; and by operation of a computer system, constructing an image of the electromagnetic radiation based on the camera output data. receiving, at a vapor-cell sensor, input optical signals and electromagnetic radiation from at least a test device to generate an output optical signal; processing the output optical signal at a single pixel camera to generate camera output data; and by operation of a computer system, constructing an image of the electromagnetic radiation based on the camera output data.
A method of controlling a fluid transportation network that comprises one or more network sections (F, Fa, Fb, Fn, F6), each network section (F, Fa, Fb, Fn, F6) being connected to a fluid transportation circuit (C, C1, C2) through a respective supply line (L, La, Lb, Ln, L1, L2) and comprising one or more parallel zones (Z1, Z2), the method comprising: arranging in the supply lines (L, La, Lb, Ln, L1, L2) or respective return lines (LR, LRa, LRb, LRn, LR1, LR2) of each of the network sections (F, Fa, Fb, Fn, F6) a pressure regulating device (PR, PRa, PRb, PRn, PR1, PR2); anc characterized in arranging a pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2) to implement each of the zones (Z1, Z2) as a pressure independent branch of the respective network section (F, Fa, Fb, F6); and controlling by a first processing unit (RE, REa, REb, REn, RE1, RE2, 10) the pressure regulating devices (PR, PRa, PRb, PRn, PR1, PR2) of each of the network sections (F, Fa, Fb, Fn, F6) to operate the pressure independent branches of the respective network section (F, Fa, Fb, Fn, F6) within a specified pressure range, defined by device specifications of the pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2). arranging in the supply lines (L, La, Lb, Ln, L1, L2) or respective return lines (LR, LRa, LRb, LRn, LR1, LR2) of each of the network sections (F, Fa, Fb, Fn, F6) a pressure regulating device (PR, PRa, PRb, PRn, PR1, PR2); anc characterized in arranging a pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2) to implement each of the zones (Z1, Z2) as a pressure independent branch of the respective network section (F, Fa, Fb, F6); and controlling by a first processing unit (RE, REa, REb, REn, RE1, RE2, 10) the pressure regulating devices (PR, PRa, PRb, PRn, PR1, PR2) of each of the network sections (F, Fa, Fb, Fn, F6) to operate the pressure independent branches of the respective network section (F, Fa, Fb, Fn, F6) within a specified pressure range, defined by device specifications of the pressure invariant regulating system (PI1, PI2) in each of the zones (Z1, Z2).
Method for equalizing an audio-frequency signal broadcast in a broadcasting environment by a broadcasting system comprising at least one loudspeaker, the method being characterised in that it comprises: - estimating (E220, E220') a frequency profile of a noise signal representing a background noise present in the broadcasting environment, based on, on the one hand, a signal, called the captured signal, captured by at least one microphone implemented in the broadcasting environment and, on the other hand, said audio-frequency signal; - determining a desired frequency profile for said broadcast audio-frequency signal; - determining an acoustic frequency mask representing, for each frequency component, a difference between said frequency profile of said noise signal and said desired frequency profile; and - equalising the audio-frequency signal via a weighting of a spectrum of the audio-frequency signal by applying a frequency-weighting mask that is a function of the acoustic frequency mask, delivering the equalised audio-frequency signal. - estimating (E220, E220') a frequency profile of a noise signal representing a background noise present in the broadcasting environment, based on, on the one hand, a signal, called the captured signal, captured by at least one microphone implemented in the broadcasting environment and, on the other hand, said audio-frequency signal; - determining a desired frequency profile for said broadcast audio-frequency signal; - determining an acoustic frequency mask representing, for each frequency component, a difference between said frequency profile of said noise signal and said desired frequency profile; and - equalising the audio-frequency signal via a weighting of a spectrum of the audio-frequency signal by applying a frequency-weighting mask that is a function of the acoustic frequency mask, delivering the equalised audio-frequency signal.
A method for estimating a health risk associated with serotonin depletion, comprising determining the relative proportions of bifidobacteria and clostridia in total fecal microbiota of fecal sample obtained from target, and calculating a ratio of said bifidobacteria to said clostridia in the sample wherein the calculated ratio higher than 1 indicates that the target's health risk is not increased and wherein the calculated ratio of less than 1 indicates that the target's health risk is increased, and wherein the health risk is selected from the group consisting of melancholy, apathy, depression, insomnia, change of appetite and chronic fatigue.
A preparatory material for forming an insulating bag extending longitudinally over a height H according to a longitudinal axis L of the preparatory material, in the form of a flexible bag adapted to contain an insulator injected thanks to an air stream, comprising: - a vapor-barrier flexible membrane, - a rainscreen flexible membrane, - an air outlet device, the membranes being coupled together over two opposite first edges extending according to the longitudinal axis L, the air outlet device having an oblong shape which extends longitudinally on either side of a middle area at mid-height of the height H, the air outlet device being in the form of a rectangular flexible strip, characterised in that the preparatory material comprises an external flap sealing the air outlet device, by being positioned completely over the air outlet device, when the insulating bag is filled. - a vapor-barrier flexible membrane, - a rainscreen flexible membrane, - an air outlet device,
A method comprising: establishing at least one session for delivery of: a first component of a multimedia content item; and a second component of the multimedia content item; receiving, during the at least one session, a first transmission of data fragments of the first component and a second transmission of data fragments of the second component; synchronizing the first transmission of data fragments and the second transmission of data fragments to form synchronized data fragments; providing the synchronized data fragments for rendering of the multimedia content item; identifying an inactivity event after the rendering; after the identifying of the inactivity event, maintaining the at least one session in an active state and requesting that delivery of the first transmission of data fragments and the second transmission of data fragments be stopped; identifying an activity event after the requesting; and communicating a resumption request for resumption of delivery of the first transmission of data fragments and the second transmission of data fragments, wherein the resumption request causes resumption of sending data fragments from a resumption point associated with a time of the inactivity event. establishing at least one session for delivery of: a first component of a multimedia content item; and a second component of the multimedia content item; a first component of a multimedia content item; and a second component of the multimedia content item; receiving, during the at least one session, a first transmission of data fragments of the first component and a second transmission of data fragments of the second component; synchronizing the first transmission of data fragments and the second transmission of data fragments to form synchronized data fragments; providing the synchronized data fragments for rendering of the multimedia content item; identifying an inactivity event after the rendering; after the identifying of the inactivity event, maintaining the at least one session in an active state and requesting that delivery of the first transmission of data fragments and the second transmission of data fragments be stopped; identifying an activity event after the requesting; and communicating a resumption request for resumption of delivery of the first transmission of data fragments and the second transmission of data fragments, wherein the resumption request causes resumption of sending data fragments from a resumption point associated with a time of the inactivity event.
An apparatus for dispensing tire sealant from a container by means of a pressure source, wherein the pressure source and the container are situated in a housing (1, 1.1), wherein the container is connected exchangeably to the pressure source in the housing (1, 1.1), characterized in that the pressure source has a connection piece, into which a nipple associated with the container engages in a sealing manner, or vice versa, wherein the nipple is provided on a valve, which is mounted on the container, and wherein the container together with the valve and the nipple is connected exchangeably to the pressure source in the housing (1, 1.1) via the connection piece.