mhurhangee/ep-ind-claims huggingface dataset:
An external flap connection assembly for a turbine engine nozzle comprising; a slider track; an external flap having a retaining member including a protruding slider block, wherein said slider block is received in said slider track; characterised in that: said retaining member comprises a retainer slot, a cavity, and a plurality of retaining member fastener holes, wherein the slider block is received in said cavity and wherein a retainer piece, having a plurality of retainer piece fastener holes, is received in said retainer slot, and a plurality of fasteners are received in said fastener holes (224,244). said retaining member comprises a retainer slot, a cavity, and a plurality of retaining member fastener holes, wherein the slider block is received in said cavity and wherein a retainer piece, having a plurality of retainer piece fastener holes, is received in said retainer slot, and a plurality of fasteners are received in said fastener holes (224,244).
Amino acid sequence that is an immunoglobulin single variable domain capable of binding to human serum albumin that has: - a CDR1 according to Abm that is the amino acid sequence GGTFSTYVMG (SEQ ID NO: 12); and - a CDR2 according to Abm that is the amino acid sequence AISQNSIHTY (SEQ ID NO: 13); and - a CDR3 according to Abm that is the amino acid sequence SRFTSWYTADYEYDY (SEQ ID NO: 14), wherein the amino acid sequence is a VHH or a humanized VHH. - a CDR1 according to Abm that is the amino acid sequence GGTFSTYVMG (SEQ ID NO: 12); and - a CDR2 according to Abm that is the amino acid sequence AISQNSIHTY (SEQ ID NO: 13); and - a CDR3 according to Abm that is the amino acid sequence SRFTSWYTADYEYDY (SEQ ID NO: 14),
A vertically variable armrest adjustment mechanism (200, 500, 700) for an armrest of a vehicle seat, comprising: a control adapted to be disposed in an armrest; a lock actuated to an engaged and disengaged position by the control; a rack disposed in a generally vertical direction; and a one-way bearing acting as pinion to the rack and having at least a first rotational state and a second rotational state, wherein the first rotational state of the one-way bearing is a locked state where the lock is in the engaged position and prevents the one-way bearing from rotating, preventing the rack from a downward movement, which is adapted to prevent an armrest from a downward vertical movement, and wherein the second rotational state of the one-way bearing is a free state where the lock is in the engaged position and a force is applied in the upward direction, the one-way bearing can rotate, allowing the rack an upward movement, which is adapted to allow an armrest a upward vertical movement, and wherein the vertically variable armrest adjustment mechanism (200, 500, 700) is adapted to adjust the height of an armrest to an infinite number of vertical positions along the rack. a control adapted to be disposed in an armrest; a lock actuated to an engaged and disengaged position by the control; a rack disposed in a generally vertical direction; and a one-way bearing acting as pinion to the rack and having at least a first rotational state and a second rotational state, wherein the first rotational state of the one-way bearing is a locked state where the lock is in the engaged position and prevents the one-way bearing from rotating, preventing the rack from a downward movement, which is adapted to prevent an armrest from a downward vertical movement, and wherein the second rotational state of the one-way bearing is a free state where the lock is in the engaged position and a force is applied in the upward direction, the one-way bearing can rotate, allowing the rack an upward movement, which is adapted to allow an armrest a upward vertical movement, and wherein the vertically variable armrest adjustment mechanism (200, 500, 700) is adapted to adjust the height of an armrest to an infinite number of vertical positions along the rack.
A process of manufacturing an electrical connection of an exhaust gas system of an internal combustion engine, comprising - a bushing having a geometric central axis, - an electrical conductor passing through said bushing along the geometric central axis, and - an insulating layer electrically insulating said bushing from said conductor, characterized in that the entire insulating layer is made of a material having a lower hardness than the material of which the bushing is made, and that the bushing, the insulating layer and the electric conductor are arranged coaxially in respect to the geometric central axis and then pressed together by mechanical cold transformation, wherein the pressure acts on an external circumferential surface of the bushing of the electrical connection and is directed in a radial direction inwards towards the geometric central axis. - a bushing having a geometric central axis, - an electrical conductor passing through said bushing along the geometric central axis, and - an insulating layer electrically insulating said bushing from said conductor, the entire insulating layer is made of a material having a lower hardness than the material of which the bushing is made, and that the bushing, the insulating layer and the electric conductor are arranged coaxially in respect to the geometric central axis and then pressed together by mechanical cold transformation, wherein the pressure acts on an external circumferential surface of the bushing of the electrical connection and is directed in a radial direction inwards towards the geometric central axis.
A compound of formula wherein X is oxygen or N-R 1; R 1 is selected from the group consisting of hydrogen, C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, C 1 -C 8 alkylcarbonyl, C 1 -C 8 alkoxycarbonyl, aryl, heteroaryl, heterocyclyl and benzyl each optionally substituted with one or more R 2; each R 2 is independently selected from the group consisting of halogen, cyano, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy, C 1 -C 4 haloalkoxy, C 1 -C 4 alkylcarbonyl, C 1 -C 4 alkoxycarbonyl, carboxylic acid, aminocarbonyl, C 1 -C 4 aminocarbonyl and C 3 -C 4 cycloalkyl; W, Y and Z are each independently hydrogen, methyl, trifluoromethyl or fluorine; and U is hydrogen or methyl; or salts thereof. wherein X is oxygen or N-R 1; R 1 is selected from the group consisting of hydrogen, C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, C 1 -C 8 alkylcarbonyl, C 1 -C 8 alkoxycarbonyl, aryl, heteroaryl, heterocyclyl and benzyl each optionally substituted with one or more R 2; each R 2 is independently selected from the group consisting of halogen, cyano, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy, C 1 -C 4 haloalkoxy, C 1 -C 4 alkylcarbonyl, C 1 -C 4 alkoxycarbonyl, carboxylic acid, aminocarbonyl, C 1 -C 4 aminocarbonyl and C 3 -C 4 cycloalkyl; W, Y and Z are each independently hydrogen, methyl, trifluoromethyl or fluorine; and U is hydrogen or methyl; or salts thereof.
A table arrangement for use in an aircraft seat module, the table arrangement comprising: - a housing that has an open configuration and a closed configuration, - a table, which, when in a stowed configuration is at least partially housed in the housing, and when in a presented configuration, is partially protruding from the housing, and - an activation mechanism for opening and closing the housing, characterised in that the activation mechanism is linked by a mechanical linkage to the table or housing such that when the activation mechanism closes the housing, relative movement is caused between the table and the housing such that the table changes from the presented configuration to the stowed configuration, wherein the activation mechanism comprises a door of the housing for closing the housing, such that when the activation mechanism closes the housing, the door is moved to cover an aperture through which the table can protrude. - a housing that has an open configuration and a closed configuration, - a table, which, when in a stowed configuration is at least partially housed in the housing, and when in a presented configuration, is partially protruding from the housing, and - an activation mechanism for opening and closing the housing, characterised in that the activation mechanism is linked by a mechanical linkage to the table or housing such that when the activation mechanism closes the housing, relative movement is caused between the table and the housing such that the table changes from the presented configuration to the stowed configuration, wherein the activation mechanism comprises a door of the housing for closing the housing, such that when the activation mechanism closes the housing, the door is moved to cover an aperture through which the table can protrude.
An Output Signal Switching Device (OSSD) having - at least one pair of electric output terminals, the pair of electric output terminals comprising a first output terminal and a second output terminal, - first voltage reducing means providing a first voltage which is lower in magnitude than the supply voltage, - second voltage reducing means providing a second voltage which is lower in magnitude than the first voltage, characterized in that the second voltage is applied to the first output terminal and the first voltage is applied to the second output terminal, wherein switching means (28, 30) are provided which are adapted to separate the second voltage from the first output terminal and/or the first voltage from the second output terminal, if the magnitude of the voltage at the second output terminal is equal to or higher than the magnitude of the supply voltage and/or if the magnitude of the voltage at the first output terminal is equal to or higher than the magnitude of the first voltage. - at least one pair of electric output terminals, the pair of electric output terminals comprising a first output terminal and a second output terminal, - first voltage reducing means providing a first voltage which is lower in magnitude than the supply voltage, - second voltage reducing means providing a second voltage which is lower in magnitude than the first voltage, the second voltage is applied to the first output terminal and the first voltage is applied to the second output terminal,
A displacement sensor comprising a magnetic field source, which generates a magnetic field, and a magnetic field sensor arrangement, for contactlessly detecting a relative position of the magnetic field source and the magnetic field sensor arrangement with respect to each other, wherein the magnetic field source and the magnetic field sensor arrangement are movable relative to each other, wherein the magnetic field sensor arrangement comprises a first magnetic field sensor for generating a first position signal and a second magnetic field sensor for generating a second position signal; wherein each of the magnetic field sensors (108, 110) comprises at least one magnetic field probe for detecting a magnetic flux density of the magnetic field, an evaluation unit for evaluating an output signal of the magnetic field probe, and a communication interface for emitting and receiving communication signals, and wherein the first and the second magnetic field sensor are connected to each other via a data bus for transmitting said communication signals, wherein the first magnetic field sensor is configured as master and the second magnetic field sensor is identical to the first magnetic field sensor, wherein the first magnetic field sensor and the second magnetic field sensor are wired up to form a multimaster architecture, wherein the first magnetic field sensor has an output driver unit which can be operated to output an output signal based on the first and the second position signals, and wherein the second magnetic field sensor is configured to be operated to output a complementary output signal which is redundant in relation to said output signal. wherein the magnetic field sensor arrangement comprises a first magnetic field sensor for generating a first position signal and a second magnetic field sensor for generating a second position signal; wherein each of the magnetic field sensors (108, 110) comprises at least one magnetic field probe for detecting a magnetic flux density of the magnetic field, an evaluation unit for evaluating an output signal of the magnetic field probe, and a communication interface for emitting and receiving communication signals, and wherein the first and the second magnetic field sensor are connected to each other via a data bus for transmitting said communication signals, wherein the first magnetic field sensor is configured as master and the second magnetic field sensor is identical to the first magnetic field sensor, wherein the first magnetic field sensor and the second magnetic field sensor are wired up to form a multimaster architecture, wherein the first magnetic field sensor has an output driver unit which can be operated to output an output signal based on the first and the second position signals, and wherein the second magnetic field sensor is configured to be operated to output a complementary output signal which is redundant in relation to said output signal.
A flushing method of a toilet, where a flushing is triggered by actuating an actuation element, wherein a parameter of the flushing can be set on the actuation element, characterized in that the actuation element comprises exactly two actuation sensors (2, 3) for detecting an input of a user and exactly two optical display elements (4, 5), that the method comprises the step of transferring the actuation element from an operating mode into a setting mode, in which said parameter can be set, with the simultaneous activation of the two actuation sensors (2, 3) over a preset time interval, that the method further comprises the step for changing the display configuration of at least one of the display elements (4, 5) as soon as the actuation element has been transferred into the setting mode, and that in the step of changing the display configuration the color of the display elements changes.
A method for determining a deblurred image, the method implemented at least in part by a data processing system and comprising: a) receiving a sharp image of a scene captured with a short exposure time; b) receiving a blurred image of the scene captured with a longer exposure time than the sharp image, wherein the blurred image has a higher level of motion blur than the sharp image; c) determining a blur kernel responsive to the sharp image and the blurred image; d) determining one or more reference differential images responsive to the sharp image, wherein each pixel of a particular reference differential image is determined by computing a difference between the corresponding pixel in the sharp image and a nearby pixel in the sharp image at a predefined relative position, wherein each reference digital image is associated with a different predefined relative position; e) defining an energy function that includes an image differential term that is a function of differences between the reference differential images and a corresponding set of candidate differential images computed for a candidate deblurred image, wherein the candidate differential images for the candidate deblurred image are computed using the predefined relative positions associated with the corresponding reference differential images; f) determining a deblurred image responsive to the blurred image and the blur kernel by evaluating candidate deblurred images using the energy function; and g) storing the deblurred image in a processor-accessible memory system. a) receiving a sharp image of a scene captured with a short exposure time; b) receiving a blurred image of the scene captured with a longer exposure time than the sharp image, wherein the blurred image has a higher level of motion blur than the sharp image; c) determining a blur kernel responsive to the sharp image and the blurred image; d) determining one or more reference differential images responsive to the sharp image, wherein each pixel of a particular reference differential image is determined by computing a difference between the corresponding pixel in the sharp image and a nearby pixel in the sharp image at a predefined relative position, wherein each reference digital image is associated with a different predefined relative position; e) defining an energy function that includes an image differential term that is a function of differences between the reference differential images and a corresponding set of candidate differential images computed for a candidate deblurred image, wherein the candidate differential images for the candidate deblurred image are computed using the predefined relative positions associated with the corresponding reference differential images; f) determining a deblurred image responsive to the blurred image and the blur kernel by evaluating candidate deblurred images using the energy function; and g) storing the deblurred image in a processor-accessible memory system.
A bathroom screen comprising at least: - a fixed panel provided with fastening means for fastening to a supporting wall; - a mobile panel movable between an open position and a closed position, parallel to the fixed panel; - upper and lower fixed supports (61, 62) for guiding the mobile panel without the possibility of a lateral rocking motion; wherein - the fastening means of the fixed panel comprise, corresponding to one vertical end of said fixed panel, a securing profile with a U-shaped cross section, intended to be fixed to the supporting wall; characterized in that the fastening means of the fixed panel comprise - an edge profile fixed by gluing to said vertical end of the fixed panel and able to be frontally coupled to the securing profile; and - means for adjusting the position of the edge profile with respect to the securing profile; wherein - the mobile panel is provided with at least one upper support and one lower support, each one of which is provided with at least one movement wheel (31, 41) for moving along horizontal guides (51, 52), wherein - one horizontal guide is mounted on the upper end of the fixed panel and one horizontal guide is mounted on the floor; and wherein - the upper and lower supports (3, 4), provided with movement wheels, comprise impermeable protective covers (32, 42) which cover the top and sides of said movement wheels (31, 41). - a fixed panel provided with fastening means for fastening to a supporting wall; - a mobile panel movable between an open position and a closed position, parallel to the fixed panel; - upper and lower fixed supports (61, 62) for guiding the mobile panel without the possibility of a lateral rocking motion; wherein - the fastening means of the fixed panel comprise, corresponding to one vertical end of said fixed panel, a securing profile with a U-shaped cross section, intended to be fixed to the supporting wall; characterized in that the fastening means of the fixed panel comprise - an edge profile fixed by gluing to said vertical end of the fixed panel and able to be frontally coupled to the securing profile; and - means for adjusting the position of the edge profile with respect to the securing profile; wherein - the mobile panel is provided with at least one upper support and one lower support, each one of which is provided with at least one movement wheel (31, 41) for moving along horizontal guides (51, 52), wherein - one horizontal guide is mounted on the upper end of the fixed panel and one horizontal guide is mounted on the floor; and wherein - the upper and lower supports (3, 4), provided with movement wheels, comprise impermeable protective covers (32, 42) which cover the top and sides of said movement wheels (31, 41).
A pneumatic tire having a tread, sidewalls, a pair of beads and a belt structure located radially inward of the tread, the belt structure consisting of only three belts (54, 56, 58), wherein two of said belts (54, 56) are a pair of working belts, namely a first working belt located radially inwards of a second working belt, wherein the angle of the reinforcements in the working belts (54, 56) with respect to the circumferential direction of the tire is in a range from +/- 12 degrees to +/- 35 degrees, wherein the working belts (54, 56) are extensible in the sense that they comprise a reinforcement, cable or cord having a relative elongation at break of greater than 0.2% at 10% of the breaking load, when measured from a cord extracted from a cured tire, wherein the third belt is a relatively low angle belt having reinforcements angled at less than +/- 5 degrees with respect to the circumferential direction of the tire, and wherein the third belt is located between the working belts (54, 56), characterized in that first working belt is reinforced with wire or cord having a % elongation at 10% of the breaking load of greater than 0.4% as measured from a wire or cord taken from a cured tire.
A method of manufacturing a rigidizing layer for a soft robotic actuator (100, 206, 402a, 402b, 500) using a hot press having a bottom plate and a top plate, the method comprising: disposing a fabric sheet on the bottom plate of the hot press; disposing a layer of thermoplastic material (330a, 330b) on the fabric sheet, the layer of thermoplastic material (330a, 330b) having a plurality of slots formed in it; disposing a rigid slat (202, 302) in each of the slots in the layer of thermoplastic material (330a, 330b); disposing a compliant supportive layer on the layer of thermoplastic material (330a, 330b) and the slats (202, 302); operating the hot press to bond the fabric sheet, the layer of thermoplastic material (330a, 330b), and the compliant supportive layer together to form a bonded sheet; and cutting the rigidizing layer from the bonded sheet. disposing a fabric sheet on the bottom plate of the hot press; disposing a layer of thermoplastic material (330a, 330b) on the fabric sheet, the layer of thermoplastic material (330a, 330b) having a plurality of slots formed in it; disposing a rigid slat (202, 302) in each of the slots in the layer of thermoplastic material (330a, 330b); disposing a compliant supportive layer on the layer of thermoplastic material (330a, 330b) and the slats (202, 302); operating the hot press to bond the fabric sheet, the layer of thermoplastic material (330a, 330b), and the compliant supportive layer together to form a bonded sheet; and cutting the rigidizing layer from the bonded sheet.
A bubble forming mechanism comprising a first member defining a first member opening and having a top; a second member having a protruding surface approximately the size of said first member opening; said first member and said second member being movable relative to each other between a first position in which said first member and said second member are proximate each other such that said protruding surface of said second member is within said first member opening, and a position in which said first member and said second member are remote from each other; a bubble solution supply connected to said first member to supply bubble solution when activated; a wind supply providing wind to said first member when activated; a spring-loaded actuator which when depressed activates said bubble solution supply to supply bubble solution to said first member and activates said wind supply to provide wind to said first member, and when released deactivates said bubble solution supply and said wind supply; wherein, with said members (18, 50) in said proximate position, said actuator being depressed a first time to activate said bubble solution supply and said wind supply and move said members (18, 50) to said remote position, said actuator being released to deactivate said solution supply and said wind supply and move said members(18, 50) to said proximate position; and said actuator being depressed a second time to activate said wind supply and said bubble solution supply to supply bubble solution to said first member, such that, in use, gravity causes the bubble solution to form a film within said first member opening and over said protruding surface of said second member, and to move said members (18, 50) to said remote position, wherein wind from said wind supply causes said film to form a bubble.