mhurhangee/ep-ind-claims huggingface dataset:
A connector comprising: a rod-shaped pin contact a side of which makes contact with a mating contact of a mating connector; a housing that includes a through hole which extends from a top to a bottom thereof and through which the pin contact is positioned, the pin contact extending through the through hole to project beyond both the top and the bottom of the housing; and a sealing member that seals the through hole around the pin contact; characterised by a deflection limitation member fixed to the top or the bottom of the housing on a side of the housing that engages with the mating connector and arranged along a side of the pin contact and applying a reaction force against it resisting a force exerted on the side of the pin contact by contact with the mating contact so as to limit inclination of the pin contact, wherein the deflection limitation member does not make contact with the through hole or the sealing member and extends along a portion of the pin contact projecting from the housing nearer to a tip of the pin contact than to a base section which makes contact with the sealing member and applies the reaction force to the portion of the pin contact nearer to the tip thereof. a rod-shaped pin contact a side of which makes contact with a mating contact of a mating connector; a housing that includes a through hole which extends from a top to a bottom thereof and through which the pin contact is positioned, the pin contact extending through the through hole to project beyond both the top and the bottom of the housing; and a sealing member that seals the through hole around the pin contact; characterised by a deflection limitation member fixed to the top or the bottom of the housing on a side of the housing that engages with the mating connector and arranged along a side of the pin contact and applying a reaction force against it resisting a force exerted on the side of the pin contact by contact with the mating contact so as to limit inclination of the pin contact, wherein the deflection limitation member does not make contact with the through hole or the sealing member and extends along a portion of the pin contact projecting from the housing nearer to a tip of the pin contact than to a base section which makes contact with the sealing member and applies the reaction force to the portion of the pin contact nearer to the tip thereof.
A mechanical seal assembly, comprising: - at least one mechanical seal with a rotating seal ring and a stationary seal ring, the rotating seal ring and the stationary seal ring defining a sealing gap between them, characterized by - a Tesla pump for delivering a barrier and/or cooling medium of the mechanical seal, which is co-rotating with the rotating seal ring. - at least one mechanical seal with a rotating seal ring and a stationary seal ring, the rotating seal ring and the stationary seal ring defining a sealing gap between them, characterized by - a Tesla pump for delivering a barrier and/or cooling medium of the mechanical seal, which is co-rotating with the rotating seal ring.
A turbine engine comprising: a compressor section, combustor section, and turbine section in serial flow arrangement, with the combustor section including a fuel nozzle assembly comprising: a fuel nozzle terminating at a nozzle tip, the fuel nozzle defining a longitudinal axis, and including a fuel passage, wherein the fuel passage extends along the longitudinal axis; a swirler, the swirler being an annular swirler circumscribing the fuel nozzle and defining a swirler passage, and comprising a forward wall, an aft wall, and a center wall provided between the forward wall and the aft wall; a set of vanes provided within the swirler, wherein the set of vanes includes a first set of vanes extending between the forward wall and the center wall, and a second set of vanes extending between the center wall and the aft wall; and a lip extending downstream from the set of vanes relative to a flow of air through the swirler; wherein the lip extends from the center wall; wherein the nozzle tip is positioned aft of the aft end of the lip relative to the longitudinal axis and the swirler passage extends between the aft end of the lip and the nozzle tip; and wherein the aft end of the lip is positioned forward of the aft wall relative to the longitudinal axis; characterized in that the fuel passage terminates at the nozzle tip. a fuel nozzle terminating at a nozzle tip, the fuel nozzle defining a longitudinal axis, and including a fuel passage, wherein the fuel passage extends along the longitudinal axis; a swirler, the swirler being an annular swirler circumscribing the fuel nozzle and defining a swirler passage, and comprising a forward wall, an aft wall, and a center wall provided between the forward wall and the aft wall; a set of vanes provided within the swirler, wherein the set of vanes includes a first set of vanes extending between the forward wall and the center wall, and a second set of vanes extending between the center wall and the aft wall; and a lip extending downstream from the set of vanes relative to a flow of air through the swirler; wherein the lip extends from the center wall; wherein the nozzle tip is positioned aft of the aft end of the lip relative to the longitudinal axis and the swirler passage extends between the aft end of the lip and the nozzle tip; and wherein the aft end of the lip is positioned forward of the aft wall relative to the longitudinal axis; characterized in that the fuel passage terminates at the nozzle tip.
Vehicle tyre - in particular a car tyre - with a directional tread profile comprising at least two profile strips (1, 2), which are arranged next to one another in the axial direction A, are made to extend over the circumference of the pneumatic vehicle tyre and are separated from one another by a circumferential groove, wherein the profile strips (1, 2) are delimited outwards in the radial direction R by a radially outer surface, forming the ground contact area, and the circumferential groove is delimited radially inwards by a groove base and axially on both sides of the groove base respectively by a groove wall, wherein each of the two profile strips (1, 2) is delimited in the axial direction A towards the circumferential groove by a profile strip flank (14, 15), which forms the groove wall arranged facing this profile strip (1, 2), wherein, in at least one of these profile strip flanks (14, 15) delimiting the circumferential groove, bar- or rib-shaped stiffening elements are formed, arranged one behind the other such that they are distributed over the circumference of the vehicle tyre, incorporated both in the profile strip flank and in the groove base, made to extend from the profile strip flank into the circumferential groove and ending in the circumferential groove at a distance a from the other profile strip flank delimiting the circumferential groove, wherein the stiffening elements are aligned with their longitudinal extent, formed from the profile strip flank to the end of their extent, so as to include an angle of inclination α in relation to the axial direction A of the vehicle tyre, characterized in that the longitudinal extent of the stiffening elements formed from the profile strip flank to the end of their extent respectively has a circumferential directional component of an orientation corresponding to the direction of rotation D during forward travel of the directional tread profile.
Aqueous conversion solution for the anti-corrosive treatment of metallic substrates as a pre-treatment for a further coating, consisting of - at least one compound which dissociates into zirconium- or titanium-fluorine complexes in aqueous solution, - at least one water-soluble compound which releases metal cations, selected from the group consisting of: iron, copper, silver or nickel ions, and - a water-soluble alkoxysilane which has at least one epoxy group, - an optional buffer system for adjustment of the pH value, characterised in that - the conversion solution is substantially free of phosphate and chromium - the alkoxysilane, for formation of an adhesion-promoting phase, is a [3-2(2,3-epoxypropoxy)-propyl]-trimethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-triethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-methyldiethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-methyldimethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-dimethylethoxysilane or a combination thereof, and - in the aqueous conversion solution, the use of silanes which have amino groups is dispensed with, wherein a reaction of amino groups of a subsequent lacquer layer with the epoxy groups of the adhesion-promoting phase can take place. - at least one compound which dissociates into zirconium- or titanium-fluorine complexes in aqueous solution, - at least one water-soluble compound which releases metal cations, selected from the group consisting of: iron, copper, silver or nickel ions, and - a water-soluble alkoxysilane which has at least one epoxy group, - an optional buffer system for adjustment of the pH value, characterised in that - the conversion solution is substantially free of phosphate and chromium - the alkoxysilane, for formation of an adhesion-promoting phase, is a [3-2(2,3-epoxypropoxy)-propyl]-trimethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-triethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-methyldiethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-methyldimethoxysilane, a [3-2(2,3-epoxypropoxy)-propyl]-dimethylethoxysilane or a combination thereof, and - in the aqueous conversion solution, the use of silanes which have amino groups is dispensed with, wherein a reaction of amino groups of a subsequent lacquer layer with the epoxy groups of the adhesion-promoting phase can take place.
An end effector assembly of a tissue resecting device, comprising: a proximal hub housing, an inner drive core at least partially disposed within the proximal hub housing; a cutting member extending distally from the proximal hub housing and engaged with the inner drive core such that rotation of the inner drive core rotates the cutting member; and a lock and release mechanism operably coupled between the inner drive core and the proximal hub housing, the lock and release mechanism transitionable between a locked condition rotationally fixing the inner drive core and the proximal hub housing relative to one another thereby rotationally locking the cutting member, and a release condition enabling relative rotation between the inner drive core and the proximal hub housing thereby enabling rotation of the cutting member, and wherein the lock and release mechanism includes a proximal stop ring, a distal stop ring rotationally fixed relative to proximal stop ring, and a biasing member disposed between proximal and distal stop rings (152, 154). a proximal hub housing, an inner drive core at least partially disposed within the proximal hub housing; a cutting member extending distally from the proximal hub housing and engaged with the inner drive core such that rotation of the inner drive core rotates the cutting member; and a lock and release mechanism operably coupled between the inner drive core and the proximal hub housing, the lock and release mechanism transitionable between a locked condition rotationally fixing the inner drive core and the proximal hub housing relative to one another thereby rotationally locking the cutting member, and a release condition enabling relative rotation between the inner drive core and the proximal hub housing thereby enabling rotation of the cutting member, and wherein the lock and release mechanism includes a proximal stop ring, a distal stop ring rotationally fixed relative to proximal stop ring, and a biasing member disposed between proximal and distal stop rings (152, 154).
A gas blower device for blowing gas onto a surface of a traveling strip, comprising: - a plenum in the form of a hollow box for containing gas and comprising two side surfaces, a back surface and a front surface opposite to the back surface, the front surface having a profile of convex type, symmetric with respect to a mid-plane perpendicular to the plane of the strip, so that a middle ridge of said front surface is located at the smallest distance from the plane of the strip, the front surface further presenting a plurality of tubular nozzles protruding at the front surface and having a gas outlet orifice facing in use the traveling strip, all the outlet orifices being essentially in a plane parallel to the strip plane; - a gas intake tube for feeding the plenum with gas; characterised in that all the tubular nozzles have the same length, said length being defined as the length between the gas inlet and the gas outlet of a nozzle, so that the root or the inlet of the tubular nozzles is inevitably located inside the plenum, the tubular nozzles passing without connection through an orifice inside the front surface and having said root connected to an internal connection plate within the plenum. - a plenum in the form of a hollow box for containing gas and comprising two side surfaces, a back surface and a front surface opposite to the back surface, the front surface having a profile of convex type, symmetric with respect to a mid-plane perpendicular to the plane of the strip, so that a middle ridge of said front surface is located at the smallest distance from the plane of the strip, the front surface further presenting a plurality of tubular nozzles protruding at the front surface and having a gas outlet orifice facing in use the traveling strip, all the outlet orifices being essentially in a plane parallel to the strip plane; - a gas intake tube for feeding the plenum with gas;
A modular, space-efficient lavatory for an aircraft comprising: a narrow base; a widening portion of the lavatory that expands the lavatory width from the narrow base; an expanded upper portion of the lavatory having a width that is greater than the narrow base, whereby a void is created below the upper portion adjacent the narrow base; wherein the narrow base is straight and rises up from the floor of the aircraft to the widening portion as the lavatory expands and establishes the expanded upper portion, characterised in that the expanded upper portion provides additional storage space which is accessible from the aisle of the aircraft and which is in form of a lockable cabinet, a pull out drawer or a shelf for supplies and/or equipment, and in that the expanded upper portion provides additional space for a lavatory occupant at eye level. a narrow base; a widening portion of the lavatory that expands the lavatory width from the narrow base; an expanded upper portion of the lavatory having a width that is greater than the narrow base, whereby a void is created below the upper portion adjacent the narrow base; wherein the narrow base is straight and rises up from the floor of the aircraft to the widening portion as the lavatory expands and establishes the expanded upper portion, characterised in that the expanded upper portion provides additional storage space which is accessible from the aisle of the aircraft and which is in form of a lockable cabinet, a pull out drawer or a shelf for supplies and/or equipment, and in that the expanded upper portion provides additional space for a lavatory occupant at eye level.
Use of a gold complex of formula I with trigonal planar coordination geometry as a triplet emitter in an optoelectronic device in the form of an organic light emitting diode or a light emitting electrochemical cell [(L-L)(L')Au] 0/1+ [Anion] 0/1 Formula with (L-L): a first ligand that is bidentate, (L'): a second ligand that is mono- or bidentate, Au: a gold central ion and Anion: a counter ion that is present in case of [(L-L)(L')Au] 1+. (L-L): a first ligand that is bidentate, (L'): a second ligand that is mono- or bidentate, Au: a gold central ion and Anion: a counter ion that is present in case of [(L-L)(L')Au] 1+.
An apparatus for noninvasive measurement of a concentration of a fluorescent analyte in the blood of a patient comprising: a light source for alternately providing excitation of the analyte and the blood at a first wavelength range and a second wavelength range, the first and second excitation wavelength ranges selected such that the analyte exhibits a difference in emission intensities at the first and second excitation wavelength ranges and such that light absorbance of blood at the first and second wavelength ranges is similar; one or more detectors for detecting a portion of the emission spectra of the fluorescent analyte at the first excitation wavelength range and the second excitation wavelength range; and a processor adapted to determine a derived signal representative of the concentration of the analyte based on the difference between the portion of the emission spectra excited at the first excitation wavelength range and the second excitation wavelength range. a light source for alternately providing excitation of the analyte and the blood at a first wavelength range and a second wavelength range, the first and second excitation wavelength ranges selected such that the analyte exhibits a difference in emission intensities at the first and second excitation wavelength ranges and such that light absorbance of blood at the first and second wavelength ranges is similar; one or more detectors for detecting a portion of the emission spectra of the fluorescent analyte at the first excitation wavelength range and the second excitation wavelength range; and a processor adapted to determine a derived signal representative of the concentration of the analyte based on the difference between the portion of the emission spectra excited at the first excitation wavelength range and the second excitation wavelength range.
Fluid pressure regulator (1; 1') comprising an opening positioned between a first environment at a first pressure (Pin) and a second environment at a second pressure (Pout), valve means for opening/closing said opening for regulating a flow of said fluid between said first environment and said second environment through said opening and first electromagnetic driving means for driving said valve means away from said opening, second driving means (24; 56) being provided for driving said valve means towards said opening, said fluid pressure regulator further comprising chamber means, for receiving a first portion of said valve means, which first portion is slidable in said chamber means, characterized in that said first portion comprises a first active surface and a second active surface that are mutually opposite to each other and respectively face said first electromagnetic driving means and said second driving means, and hole means to enable said fluid to pass into said chamber means between said first active surface and said second active surface.
Linear synchronous motor, comprising a long stator comprising coil windings and a runner which has a multiplicity of successive magnets in the longitudinal direction (x) of the linear synchronous motor, wherein the long stator is formed from a multiplicity of long-stator sections, each comprising multiple coil windings arranged in succession in the longitudinal direction (x) and which are separated from one another by gaps (5, 5'), wherein, over a multiplicity of successive long-stator sections, the overall length L G of in each case one long-stator section and one adjoining gap (5, 5') is constant, and wherein the length L L measured over all of the magnets of the runner in the longitudinal direction (x) is an integer multiple of the overall length L G, characterized in that the successive magnets have, with respect to their respective center, a spacing L M, wherein the gaps (5, 5') between the successive long-stator sections are smaller than half of the spacing between the successive magnets.
An image editing apparatus having editing functions for editing at least one still image (32, 32a-32d) on a screen of a display section, the image editing apparatus comprising: a touch panel provided over the screen of the display section, the touch panel detecting a position of a touch operation when the position over the screen is pressed by the touch operation; a judgment section for determining which of the editing functions is requested to be executed, the judgment section determining the editing function requested to be executed, in accordance with how a second touch operation is performed when the second touch operation is performed after a first touch operation is performed on a portion of the still image on the screen; and a display controller for controlling a display on the display section, the display controller executing the editing function determined by the judgment section, characterized in that one of the editing functions is a cropping function for cutting off a part of the still image, and the judgment section determines that execution of the cropping function on the still image is requested when the second touch operation is performed outside of the still image after the first touch operation is performed on the portion of the still image, and the display controller cuts off the part of the still image along a boundary (37, 42) when a position of the second touch operation is moved to traverse the still image after the judgment section determines that the execution of the cropping function is requested, and the boundary is set based on a trajectory of the second touch operation. a touch panel provided over the screen of the display section, the touch panel detecting a position of a touch operation when the position over the screen is pressed by the touch operation; a judgment section for determining which of the editing functions is requested to be executed, the judgment section determining the editing function requested to be executed, in accordance with how a second touch operation is performed when the second touch operation is performed after a first touch operation is performed on a portion of the still image on the screen; and a display controller for controlling a display on the display section, the display controller executing the editing function determined by the judgment section, characterized in that one of the editing functions is a cropping function for cutting off a part of the still image, and the judgment section determines that execution of the cropping function on the still image is requested when the second touch operation is performed outside of the still image after the first touch operation is performed on the portion of the still image, and the display controller cuts off the part of the still image along a boundary (37, 42) when a position of the second touch operation is moved to traverse the still image after the judgment section determines that the execution of the cropping function is requested, and the boundary is set based on a trajectory of the second touch operation.