mhurhangee/ep-ind-claims huggingface dataset:
An emergency vision apparatus, comprising: a) a housing for attachment underneath an instrument panel in a cockpit, the housing including a front opening, a front cover for the front opening, a bottom portion of the front cover being pivotably attached to the housing to allow the front cover to open and rotate downwardly; b) a blower within the housing; c) an inflatable enclosure made of airtight material and having an expanded form when deployed and a deflated form when not in use, the enclosure when in the deflated form is stored within the housing; d) first and second clear members (12, 14) disposed at respective first and second ends of the enclosure to enable a user to see through the enclosure when expanded and observe a visual source of information at a distal end of the enclosure while smoke or other particulate matter is in the environment; e) a first switch operably associated with the blower to activate the blower and thereby inflate the enclosure to the expanded form when the enclosure is to be deployed; and f) a tubular air passageway connecting the blower and the enclosure. a) a housing for attachment underneath an instrument panel in a cockpit, the housing including a front opening, a front cover for the front opening, a bottom portion of the front cover being pivotably attached to the housing to allow the front cover to open and rotate downwardly; b) a blower within the housing; c) an inflatable enclosure made of airtight material and having an expanded form when deployed and a deflated form when not in use, the enclosure when in the deflated form is stored within the housing; d) first and second clear members (12, 14) disposed at respective first and second ends of the enclosure to enable a user to see through the enclosure when expanded and observe a visual source of information at a distal end of the enclosure while smoke or other particulate matter is in the environment; e) a first switch operably associated with the blower to activate the blower and thereby inflate the enclosure to the expanded form when the enclosure is to be deployed; and f) a tubular air passageway connecting the blower and the enclosure.
A method for measuring optical properties of a target comprising: providing a display screen; illuminating the target with an illumination area on the display screen, wherein the target is in contact with the display screen; providing a sensor positioned behind the display screen to receive light reflected from the target and transmitted back through the display screen; analysing signals from the sensor during illumination to determine the optical properties of the target; characterized by: varying the size of the illumination area; wherein analysing signals from the sensor comprises comparing signals detected for each size of the illumination area. providing a display screen; illuminating the target with an illumination area on the display screen, wherein the target is in contact with the display screen; providing a sensor positioned behind the display screen to receive light reflected from the target and transmitted back through the display screen; analysing signals from the sensor during illumination to determine the optical properties of the target; characterized by: varying the size of the illumination area; wherein analysing signals from the sensor comprises comparing signals detected for each size of the illumination area.
Anchor comprising a fluke which can be introduced into an anchoring ground in accordance with a direction of penetration by exerting a pulling force on an anchor line connected to the anchor, and a measuring coupling which during introduction of the fluke forms part of a force transfer between the anchor line and the fluke, wherein the measuring coupling is provided with a first coupling member that is connected to the fluke, a second coupling member that is connected to the anchor line, a hollow coupling bar that couples the coupling members to one another, wherein the coupling members in the longitudinal direction of the coupling bar engage onto the coupling bar at different places in order to be able to deform it, and a measuring body (60; 160) extending through the hollow coupling bar and which at least at its outer ends is subjected to a deformation by the deforming coupling bar, wherein the measuring body is provided with deformation sensors (80; 180) for recording deformation parameters of the measuring body (60; 160), wherein the measuring body has a central part that is situated all around and free from the inside of the hollow coupling bar, characterized in that said central part has a substantially constant thickness of material, wherein local weakenings (101, 105; 201-208) are present in the material of the central part, wherein the deformation sensors (80; 180) are placed in, on or near the local weakenings (101, 105; 201-208) in order to record deformation parameters of deformation of the measuring body in, on or near the local weakenings.
Releasable porthole having a peripheral wall on an entire circumference of this porthole, said peripheral wall being intended to be inserted into a release seal, characterised in that said peripheral wall comprises at least a first section and a second section which are located in the extension of each other outside a release phase, said first section having a first flank separated from a second flank of the second section by a space along a separation line, said first section extending in thickness from a first inner face intended to face a cabin of a vehicle towards a first outer face intended to face an external environment located outside said vehicle, said second section extending in thickness from a second internal face intended to face said cabin towards a second external face intended to face said external environment, an adhesive film being disposed in said space by being glued to the first flank and to the second flank, said porthole comprising a connecting strip fixed to the first internal face and to the second internal face covering said space to allow rotation of the first section with respect to the second section during a said release phase by deforming said adhesive film.
A method to determine the magnitude M A of a signal component with frequency ω A from a set of N digital samples of an input signal acquired at a sampling rate R, said input signal having a discrete spectral representation containing n bins with frequencies ω 1,...,ω n and corresponding magnitudes M 1,...,M n, said spectral representation being derivable from said input signal by means of a transform, characterized in that • an extraction bin with index k ∈[1,..., n] and frequency ω k ≠ω A is chosen from the spectral representation, and the magnitude M k of this extraction bin is determined; • an allocation factor is determined, said allocation factor indicating a portion M ks of a sinusoidal signal with frequency ω A and unity magnitude that is allocated to the extraction bin when the transform is applied to said sinusoidal signal to generate a spectral representation out of said sinusoidal signal; • the magnitude M A of the signal component is determined from the magnitude M k of the extraction bin in combination with the allocation factor by M A = M K /M KS. • an extraction bin with index k ∈[1,..., n] and frequency ω k ≠ω A is chosen from the spectral representation, and the magnitude M k of this extraction bin is determined; • an allocation factor is determined, said allocation factor indicating a portion M ks of a sinusoidal signal with frequency ω A and unity magnitude that is allocated to the extraction bin when the transform is applied to said sinusoidal signal to generate a spectral representation out of said sinusoidal signal; • the magnitude M A of the signal component is determined from the magnitude M k of the extraction bin in combination with the allocation factor by M A = M K /M KS.
Automatic tilt command system of a hydraulically driven boom moveably connected with one end to a chassis of a working machine, wherein a tiltable tool is attachable to the other end, the system further comprising: - a first electronic control valve for controlling a fluid flow to and from a boom lift cylinder for moving of the boom; - a second electronic control valve for controlling a fluid flow to and from a tilt cylinder for tilting the tool; - a control unit for receiving input signals with regard to moving the boom, which control unit transmits based on the received input signals actuating signals to the first electronic control valve in order to move the boom, and transmits in parallel corresponding tilting signals to the second electronic control valve, which are based on a predetermined fluid flow ratio defined by the fluid flow for the boom movement and the fluid flow for tool levelling, so that the tool maintains its inclination angle with respect to the horizontal, characterised in that the control unit applies the predetermined flow ratio based on available hydraulic flow determined by an electronic load sharing unit. - a first electronic control valve for controlling a fluid flow to and from a boom lift cylinder for moving of the boom; - a second electronic control valve for controlling a fluid flow to and from a tilt cylinder for tilting the tool; - a control unit for receiving input signals with regard to moving the boom, which control unit transmits based on the received input signals actuating signals to the first electronic control valve in order to move the boom, and transmits in parallel corresponding tilting signals to the second electronic control valve, which are based on a predetermined fluid flow ratio defined by the fluid flow for the boom movement and the fluid flow for tool levelling, so that the tool maintains its inclination angle with respect to the horizontal, characterised in that the control unit applies the predetermined flow ratio based on available hydraulic flow determined by an electronic load sharing unit.
Buckle system, comprising a buckle and a buckle tongue which can be inserted into the buckle, an RFID transponder being arranged in or on the buckle tongue and an RFID reader unit being arranged in the buckle and designed in such away that coupling between the RFID reader unit and the RFID transponder is only possible when the buckle tongue is inserted into the buckle, characterized in that the RFID transponder is arranged in a housing made of plastics material so as to be held on a metal plate of the buckle tongue and so as to be spaced apart from the plate.
An oral care composition comprising an abrasive system, wherein the abrasive system comprises (a) a first particulate abrasive comprising at least 20 wt% pumice, based on the weight of the oral care composition, having an average particle size of from 20 to 300 microns; and (b) a second particulate abrasive comprising calcium carbonate having an average particle size of from 2 to 13 microns, wherein at least 80 wt% of the pumice, based on the weight of the pumice, has an average particle size of from 90 to 300 microns. (a) a first particulate abrasive comprising at least 20 wt% pumice, based on the weight of the oral care composition, having an average particle size of from 20 to 300 microns; and (b) a second particulate abrasive comprising calcium carbonate having an average particle size of from 2 to 13 microns,
A support member (60, 160, 260) for a drive belt (30, 130, 230) of a passenger conveyor (10, 10a, 10b), comprising: at least one engagement portion (62, 162, 262) having a length substantially equal to the width (w) of the drive belt (30, 130, 230), and a coupling element (65, 165, 265) provided at each end of the at least one engagement portion (62, 162, 262), each coupling element (65, 165, 265) configured to engage with a corresponding coupling element of a conveyance element (14, 14a, 14b) of the passenger conveyor (10, 10a, 10b), wherein the or each engagement portion (62, 162, 262) is configured to fit within a recess of the drive belt (30, 130, 230), wherein each coupling element (65, 165, 265) is provided in a coupling portion (64, 164, 163, 264, 263), characterised by each coupling portion (64, 164, 163, 264, 263) having a cross-sectional area (A2, A3) that is larger than a cross-sectional area of the or each engagement portion (62, 162, 262). at least one engagement portion (62, 162, 262) having a length substantially equal to the width (w) of the drive belt (30, 130, 230), and a coupling element (65, 165, 265) provided at each end of the at least one engagement portion (62, 162, 262), each coupling element (65, 165, 265) configured to engage with a corresponding coupling element of a conveyance element (14, 14a, 14b) of the passenger conveyor (10, 10a, 10b), wherein the or each engagement portion (62, 162, 262) is configured to fit within a recess of the drive belt (30, 130, 230), wherein each coupling element (65, 165, 265) is provided in a coupling portion (64, 164, 163, 264, 263), characterised by each coupling portion (64, 164, 163, 264, 263) having a cross-sectional area (A2, A3) that is larger than a cross-sectional area of the or each engagement portion (62, 162, 262).
An agricultural system, comprising: an agricultural baler comprising: a pick-up arrangement for collecting plant matter, the pick-up arrangement comprising at least one roller (302, 304) for feeding crop into the baler; a pick-up drive shaft for moving the roller (302, 304) at a desired rotational speed, wherein the pick-up drive shaft is connected to the roller (302, 304) via at least one clutch (324, 340) for selectively transferring power between the pick-up drive shaft and the roller (302, 304); a control unit (44, 344); characterised in that the control unit (44, 344) is configured to: receive clutch-status-data indicative of an engagement status of the at least one clutch (324, 340); determine a speed-control-signal for varying the rotational speed of the pick-up drive shaft on the basis of the clutch-status-data; and provide the speed-control-signal to a driveline for driving the pick-up drive shaft. an agricultural baler comprising: a pick-up arrangement for collecting plant matter, the pick-up arrangement comprising at least one roller (302, 304) for feeding crop into the baler; a pick-up drive shaft for moving the roller (302, 304) at a desired rotational speed, wherein the pick-up drive shaft is connected to the roller (302, 304) via at least one clutch (324, 340) for selectively transferring power between the pick-up drive shaft and the roller (302, 304); a pick-up arrangement for collecting plant matter, the pick-up arrangement comprising at least one roller (302, 304) for feeding crop into the baler; a pick-up drive shaft for moving the roller (302, 304) at a desired rotational speed, wherein the pick-up drive shaft is connected to the roller (302, 304) via at least one clutch (324, 340) for selectively transferring power between the pick-up drive shaft and the roller (302, 304); a control unit (44, 344); characterised in that the control unit (44, 344) is configured to: receive clutch-status-data indicative of an engagement status of the at least one clutch (324, 340); determine a speed-control-signal for varying the rotational speed of the pick-up drive shaft on the basis of the clutch-status-data; and provide the speed-control-signal to a driveline for driving the pick-up drive shaft. receive clutch-status-data indicative of an engagement status of the at least one clutch (324, 340); determine a speed-control-signal for varying the rotational speed of the pick-up drive shaft on the basis of the clutch-status-data; and provide the speed-control-signal to a driveline for driving the pick-up drive shaft.
A method of monitoring an implementation of a first circuit design (2910, 3110) in an integrated circuit comprising a plurality of configurable circuits for configurably performing a plurality of operations, said method comprising: converting the first circuit design (2910, 3110) into a second circuit design (2930, 3130), wherein the converting comprises eliminating at least one circuit element (2912, 3112) from the first circuit design (2910, 3110); characterized by generating a set of records for reconstructing output values of the eliminated circuit element (2912, 3112); defining a configuration to implement the second circuit design (2930, 3130) in the integrated circuit using said plurality of configurable circuits; when the integrated circuit is configured by the defined configuration, reading a set of circuit values from the integrated circuit; and reconstructing a set of output values for the at least one eliminated circuit element (2912, 3112) using the set of records for the at least one eliminated circuit element (2912, 3112) and the set of circuit values read from the integrated circuit. converting the first circuit design (2910, 3110) into a second circuit design (2930, 3130), wherein the converting comprises eliminating at least one circuit element (2912, 3112) from the first circuit design (2910, 3110); characterized by generating a set of records for reconstructing output values of the eliminated circuit element (2912, 3112); defining a configuration to implement the second circuit design (2930, 3130) in the integrated circuit using said plurality of configurable circuits; when the integrated circuit is configured by the defined configuration, reading a set of circuit values from the integrated circuit; and reconstructing a set of output values for the at least one eliminated circuit element (2912, 3112) using the set of records for the at least one eliminated circuit element (2912, 3112) and the set of circuit values read from the integrated circuit.
Display stand for at least one watch, the display stand comprising an open support loop, and configured to support a wristwatch, when the strap is closed around the loop, the loop comprising at least one electrical switch, that can be actuated in one or other of two states by at least two push buttons (11, 12) integrated in the support loop, and wherein the state of the switch is determined according to the presence or absence of the watch around the loop, making it possible to manage the presence of the watch on the display stand, each push button being configured so as to be pressed in by a pressure exerted by the watch, when the watch is present around the loop, and released automatically, when the watch is removed from the loop, the loop is an open loop formed by a flat band made from an essentially rigid material, an angular space being formed between the ends (3, 4) of the loop, characterised in that each push button (11, 12) is positioned close to each of the ends (3, 4).
Device for the determination of eye movements, comprising: - a touch display; - a digital memory storing an image including at least one point of interest; - a processing device, configured to implement a repetition of steps of: - determination of the position of a point of contact of a user with the touch display and location of the corresponding position in the image in the course of display on the touch display; - generation of a degraded image on the basis of the stored image, the degraded image being: - substantially identical to the stored image in a sharp zone including the determined position of the point of contact and its surroundings; - degraded with a parameter of peripheral degradation beyond the sharp zone; - display on the touch display of the degraded image generated; - the recording of the successive positions of the point of contact with the touch display. - a touch display; - a digital memory storing an image including at least one point of interest; - a processing device, configured to implement a repetition of steps of: - determination of the position of a point of contact of a user with the touch display and location of the corresponding position in the image in the course of display on the touch display; - generation of a degraded image on the basis of the stored image, the degraded image being: - substantially identical to the stored image in a sharp zone including the determined position of the point of contact and its surroundings; - degraded with a parameter of peripheral degradation beyond the sharp zone; - substantially identical to the stored image in a sharp zone including the determined position of the point of contact and its surroundings; - degraded with a parameter of peripheral degradation beyond the sharp zone; - display on the touch display of the degraded image generated; - the recording of the successive positions of the point of contact with the touch display.
A beverage preparation device having a disk valve, comprising a valve housing and a disk stack disposed therein, having a cover disk that has at least one fluid opening, configured as a fluid inlet opening for fluid, in particular water and/or steam, and having at least one control disk that is disposed on a side of the cover disk facing away from an outer end side of the cover disk, the control disk being rotatable, manually and/or by means of a drive, about an axis of rotation relative to the cover disk between different selection positions, a pressure chamber being formed outside the fluid opening, within which pressure chamber a contact pressure is exertable, by means of the fluid flowing therethrough, on the outer end side of the cover disk along the axis of rotation in the direction of the control disk, and that the pressure chamber is limited in the radial direction with respect to the axis of rotation by an elastomer seal, which is supported on the cover disk in the axial direction, characterized in that a cross-sectional area of the pressure chamber enclosed by the elastomer seal and/or the portion of the pressure surface, able to be loaded with hydraulic pressure, of the outer cover disk adjacent to the fluid opening corresponds to at least 20 % of the axial projection surface of the cover disk, and/or is greater than a cross-sectional area of a fluid opening of the fluid opening.
A display comprising plural pixels, characterized in that each of the pixels includes a first sub-pixel, a second sub-pixel, and a third sub-pixel, each of the sub-pixels (11, 12, 13) includes a concavo-convex region (111, 121, 131) on a reflective surface on which incident light is reflected, wherein plural protrusions or recesses are arranged irregularly in the concavo-convex region (111, 121, 131), characterised in that in the first sub-pixel, the plural protrusions or recesses arranged in the concavo-convex region each have a first height or depth configured to display a first color, in the second sub-pixel, the plural protrusions or recesses arranged in the concavo-convex region each have a second height or depth configured to display a second color, and in the third sub-pixel, the plural protrusions or recesses arranged in the concavo-convex region each have a third height or depth configured to display a third color, wherein the area ratio of the protrusions or recesses in the concavo-convex region (111, 121, 131) is 20-80%.