mhurhangee/ep-ind-claims huggingface dataset:
Device (100, 101) for forming a fabric recessed selvedge on shuttleless looms comprising substantially - a taking and cutting group, consisting of at least one foot and at least one cutter, which is held upright in order to take and cut to size at least one tail of a weft yarn protruding from one edge of a fabric, - at least one hooking group, which includes at least one hook or needle, said tail of the weft yarn being wrapped around said hook or needle and being dragged and folded toward the center of the fabric, between the warp yarns arranged for the insertion of the weft tails, - at least two first rods (7, 8), parallel to each other and moving according to an alternate translational motion, which are able to drive said taking and cutting group, - at least one second rod, parallel to said first rods (7, 8) and moving according to a rotational or translational motion, which is able to drive said hooking group, wherein each of said first (7, 8) and second rods is linked to a respective carriage (10, 11, 12), driven in turn to linearly translate by means of at least one respective pair of first combined cams (13, 14, 15), which act on corresponding first probe means (13', 14', 15'), while said hooking group is driven according to an oscillating rotary motion by means of at least one pair of second combined cams acting, through second probe means, on at least one lever, which drives in rotation at least one sleeve, said second rod being longitudinally inserted into said sleeve, wherein said first (13, 14, 15) and second combined cams are mounted on at least one drive shaft, characterized in that said drive shaft is driven by at least one first toothed pulley of the device (100, 101), which is connected, via a toothed belt equipped with a belt-tensioner of the device (100, 101), with at least one second toothed pulley of the device (100, 101), which is mounted on a shaft coming out a gearbox able to take the motion from a command placed below said fabric, and characterized in that said belt-tensioner is movable so as to allow sliding of said taking and cutting group with respect to a support plate (1") of the device (100, 101). - a taking and cutting group, consisting of at least one foot and at least one cutter, which is held upright in order to take and cut to size at least one tail of a weft yarn protruding from one edge of a fabric, - at least one hooking group, which includes at least one hook or needle, said tail of the weft yarn being wrapped around said hook or needle and being dragged and folded toward the center of the fabric, between the warp yarns arranged for the insertion of the weft tails, - at least two first rods (7, 8), parallel to each other and moving according to an alternate translational motion, which are able to drive said taking and cutting group, - at least one second rod, parallel to said first rods (7, 8) and moving according to a rotational or translational motion, which is able to drive said hooking group,
Cutting device, comprising a cutting bar and a moveable cutting knife with knife ends, wherein the cutting device is arranged on a removal apparatus (30; 14), which is provided on the pivoting arm of a feed-mixing wagon, and is suitable for the removal of feed stored in a flat silo, and wherein, by the cutting device - in the case of a self-propelled feed-mixing wagon, the feed is guided preferably by a downstream conveyor roller within a housing to a conveyor belt, which is integrated in the pivoting arm, for forwarding the feed into a mixing space, or - in the case of a feed-mixing wagon attached behind a tractor, the feed is thrown by a conveyor drum, which is fitted with throwing tools, along a directing apparatus directly into the mixing space, and wherein - the cutting device comprises an end wall to which at least one lateral cutting knife is attached; - the end-side cutting knife and the lateral cutting knives are arranged on the end wall; - the lateral cutting knife comprises a cutting edge which extends from a cutting-edge starting point to a cutting-edge end point, wherein - the cutting edge has the contour of a circular arc which extends from the cutting-edge starting point to the cutting-edge end point and has a circle centre point and a radius; - the circular arc together with a boundary, which extends from the cutting-edge starting point to the circle centre point, and together with a further boundary from the cutting-edge end point to the circle centre point, defines a circular sector, wherein the circular sector between the boundaries (56; 57) comprises an angle (μ) which is at least 45°, characterized in that a cutting edge is provided on the cutting knife, said cutting edge being directed from the cutting-edge starting point of the cutting edge in the direction of an edge and extending approximately as far as the edge. - in the case of a self-propelled feed-mixing wagon, the feed is guided preferably by a downstream conveyor roller within a housing to a conveyor belt, which is integrated in the pivoting arm, for forwarding the feed into a mixing space, or - in the case of a feed-mixing wagon attached behind a tractor, the feed is thrown by a conveyor drum, which is fitted with throwing tools, along a directing apparatus directly into the mixing space, - the cutting device comprises an end wall to which at least one lateral cutting knife is attached; - the end-side cutting knife and the lateral cutting knives are arranged on the end wall; - the lateral cutting knife comprises a cutting edge which extends from a cutting-edge starting point to a cutting-edge end point, wherein - the cutting edge has the contour of a circular arc which extends from the cutting-edge starting point to the cutting-edge end point and has a circle centre point and a radius; - the circular arc together with a boundary, which extends from the cutting-edge starting point to the circle centre point, and together with a further boundary from the cutting-edge end point to the circle centre point, defines a circular sector, wherein the circular sector between the boundaries (56; 57) comprises an angle (μ) which is at least 45°,
An assembly comprising: a skid tube (110, 112) for a helicopter landing gear (110, 112), the skid tube having a recess; and a skid shoe assembly comprising: a body disposed in the recess, the body having one or more layers of wear resistant, non-metallic or partially metallic material, wherein at least one of the layers of wear resistant, non-metallic or partially metallic material comprises a first layer, and wherein the first layer comprises a coupling mechanism, wherein the coupling mechanism couples the body to the skid tube (110, 112); and a shear-bearing mechanism comprising the recess in the skid tube (110, 112) and operable to direct a portion of the shear forces away from the body when the body frictionally engages the contact surface, wherein the body withstands shear forces when frictionally engaging a contact surface; and wherein the body substantially prevents friction-related damage to a surface of the skid tube (110, 112) to which the body is coupled. a skid tube (110, 112) for a helicopter landing gear (110, 112), the skid tube having a recess; and a skid shoe assembly comprising: a body disposed in the recess, the body having one or more layers of wear resistant, non-metallic or partially metallic material, wherein at least one of the layers of wear resistant, non-metallic or partially metallic material comprises a first layer, and wherein the first layer comprises a coupling mechanism, wherein the coupling mechanism couples the body to the skid tube (110, 112); and a shear-bearing mechanism comprising the recess in the skid tube (110, 112) and operable to direct a portion of the shear forces away from the body when the body frictionally engages the contact surface, a body disposed in the recess, the body having one or more layers of wear resistant, non-metallic or partially metallic material, wherein at least one of the layers of wear resistant, non-metallic or partially metallic material comprises a first layer, and wherein the first layer comprises a coupling mechanism, wherein the coupling mechanism couples the body to the skid tube (110, 112); and a shear-bearing mechanism comprising the recess in the skid tube (110, 112) and operable to direct a portion of the shear forces away from the body when the body frictionally engages the contact surface,
A method for analyzing a subject-visit group of ECG waveforms, the method comprising: selecting, by a computer, a subject-visit group from a plurality of subject-visit groups; scanning, by the computer, each ECG waveform of the subject-visit group for artifact and annotating ECG waveforms containing artifact; determining, by the computer, if caliper positions (CP1, CP2) are present in each ECG waveform and adding caliper positions to ECG waveforms lacking caliper positions, wherein a set of two caliper positions (CP1, CP2) are used to measure the length of an interval of the ECG waveform; assigning, by the computer, a grouping metric to each ECG waveform; and segregating, by the computer, ECG waveforms according to their grouping metric for display and evaluation. selecting, by a computer, a subject-visit group from a plurality of subject-visit groups; scanning, by the computer, each ECG waveform of the subject-visit group for artifact and annotating ECG waveforms containing artifact; determining, by the computer, if caliper positions (CP1, CP2) are present in each ECG waveform and adding caliper positions to ECG waveforms lacking caliper positions, wherein a set of two caliper positions (CP1, CP2) are used to measure the length of an interval of the ECG waveform; assigning, by the computer, a grouping metric to each ECG waveform; and segregating, by the computer, ECG waveforms according to their grouping metric for display and evaluation.
A machine for dispensing a beverage having: - an outlet for dispensing said beverage; - a user-recipient support movable within such machine from a position for supporting a smaller user-recipient under the outlet to a position for placing a larger user-recipient under the outlet; and - means for stopping movement of the user-recipient support in at least one of said positions, wherein the stopping means comprise a means (57,58) for fastening the user-recipient support in said at least one of said positions, and wherein the user-recipient support is pivotable from said smaller user-recipient position to said larger user-recipient position along a generally vertical axis. - an outlet for dispensing said beverage; - a user-recipient support movable within such machine from a position for supporting a smaller user-recipient under the outlet to a position for placing a larger user-recipient under the outlet; and - means for stopping movement of the user-recipient support in at least one of said positions,
An intermediary server (101,201,301,502) for providing secure access to a web page of a web-based service to a client terminal (110,111,210,240,241) upon request of one of a web server (120-122,220,221,503) and a client terminal (110,111,210,240,241) comprising a web browser, the intermediary server (101,201,301,502) comprising: an operating system configured to run an instance (304,305,504) of a web browser engine; the web browser engine is configured to produce an image of the web page rendered in the instance (304,305,504) of the web browser engine, and to transmit an access web page to the web browser of the client terminal (110,111,210,240,241); and the access web page is configured to retrieve the image from the web browser engine, and to display the image in the web browser. an operating system configured to run an instance (304,305,504) of a web browser engine; the web browser engine is configured to produce an image of the web page rendered in the instance (304,305,504) of the web browser engine, and to transmit an access web page to the web browser of the client terminal (110,111,210,240,241); and the access web page is configured to retrieve the image from the web browser engine, and to display the image in the web browser.
A method for inspecting an object (302, 704), the method comprising: responsive to a presence of the object (302, 704) in an inspection area (312, 702), identifying in the inspection area a volume (326, 1000) that contains the object (302, 704), wherein the volume (326, 1000) has a plurality of portions (328, 1002); assigning a number of sensor systems (314, 315, 500, 708) to the plurality of portions (328, 1002) of the volume (326, 1000), wherein each sensor system (314, 315, 500, 708) in the number of sensor systems is assigned to a number of portions in the plurality of portions (328, 1002) of the volume (326, 1000) based on whether the each sensor system (314, 315, 500, 708) is able to generate data (324, 504) with a desired level of quality (332, 522) about a surface (321, 710) of the object in a particular portion in the plurality of portions (328, 1002); generating the data (324, 504) about the surface (321, 710) of the object (302, 704) using the number of sensor systems (314, 315, 500, 708) assigned to the plurality of portions (328, 1002) of the volume (326, 1000); and determining whether a number of inconsistencies is present on the surface (321, 710) of the object using the data (324, 504). responsive to a presence of the object (302, 704) in an inspection area (312, 702), identifying in the inspection area a volume (326, 1000) that contains the object (302, 704), wherein the volume (326, 1000) has a plurality of portions (328, 1002); assigning a number of sensor systems (314, 315, 500, 708) to the plurality of portions (328, 1002) of the volume (326, 1000), wherein each sensor system (314, 315, 500, 708) in the number of sensor systems is assigned to a number of portions in the plurality of portions (328, 1002) of the volume (326, 1000) based on whether the each sensor system (314, 315, 500, 708) is able to generate data (324, 504) with a desired level of quality (332, 522) about a surface (321, 710) of the object in a particular portion in the plurality of portions (328, 1002); generating the data (324, 504) about the surface (321, 710) of the object (302, 704) using the number of sensor systems (314, 315, 500, 708) assigned to the plurality of portions (328, 1002) of the volume (326, 1000); and determining whether a number of inconsistencies is present on the surface (321, 710) of the object using the data (324, 504).
A fan track liner assembly comprising: a gas turbine engine fan case having a cavity; a fan track body received in the cavity and having a first surface, an inner core and a second surface, the first surface is made of abradable material and is operable to engage a blade member, the inner core is made of collapsible material that is operable to be deformed during a catastrophic condition, the second surface has a profile that is configured to substantially mate with an inside surface of the fan case; a first mounting member extending from the fan track body; and a second mounting member extending from the fan track body; the fan track liner assembly being characterized by: a flexible material covering an opening extending between a fan case hook and a forward surface of the fan track body that leads into a void disposed between the fan track body and the inside surface of the fan case, the flexible material operable to yield into the void during a catastrophic event.
A method performed by a data processing apparatus in an interactive session in which images are captured, the method comprising: providing a first sequence of images for display in a first part of the interactive session in a first linear arrangement in the order in which the images of the first sequence were captured in the first part of the interactive session; receiving, during the first part of the interactive session, selection data specifying a selection of an image of the first linear arrangement of images; in response to receiving the selection data: providing a second sequence of images for display in a second part of the interactive session in a second linear arrangement, different from the first linear arrangement, in the order in which the images of the second sequence were captured in the second part of the interactive session, wherein the second part of the interactive session occurs after selection of an image of the first linear arrangement, and providing an indicator between the selected image of the first linear arrangement and the second linear arrangement for display at the selection point, representing that the second part of the interactive session relates to the portion of the first part of the interactive session associated with the selected image. providing a first sequence of images for display in a first part of the interactive session in a first linear arrangement in the order in which the images of the first sequence were captured in the first part of the interactive session; receiving, during the first part of the interactive session, selection data specifying a selection of an image of the first linear arrangement of images; in response to receiving the selection data: providing a second sequence of images for display in a second part of the interactive session in a second linear arrangement, different from the first linear arrangement, in the order in which the images of the second sequence were captured in the second part of the interactive session, wherein the second part of the interactive session occurs after selection of an image of the first linear arrangement, and providing an indicator between the selected image of the first linear arrangement and the second linear arrangement for display at the selection point, representing that the second part of the interactive session relates to the portion of the first part of the interactive session associated with the selected image.
Acoustic panel comprising a first longitudinal edge (12.1), a first acoustically resistive layer, a second reflective layer, at least first and second cellular structures (18, 20) interposed between the first and second layers (14, 16), and at least a third acoustically resistive layer interposed between the first and second cellular structures (18, 20), the first acoustically resistive layer and the second reflective layer being contiguous at the first longitudinal edge (12.1), the first cellular structure having a first face (18.1), a second face (18.2) that is opposite to the first face (18.1) and that is in contact with the second reflective layer, and a first edge face (28.1) oriented toward the first longitudinal edge (12.1) of the acoustic panel, the second cellular structure comprising a first face (20.1) in contact with the first acoustically resistive layer and a second face (20.2) opposite to the first face (20.1), and also first and second edge faces (26.1, 26.2) connecting the first and second faces (20.1, 20.2), the first edge face (26.1) of the second cellular structure being oriented toward the first longitudinal edge (12.1) of the acoustic panel; wherein the first cellular structure comprises a set-back portion which extends from the first face (18.1) in the direction of the second face (18.2) and which forms a recess dimensioned to accommodate the second cellular structure and the third acoustically resistive layer, the second cellular structure being positioned in the recess in such a way that the first faces (18.1, 20.1) of the first and second cellular structures (18, 20) are coplanar and in contact with the first acoustically resistive layer, that the first edge faces (26.1, 28.1) of the first and second cellular structures (18, 20) are coplanar and that the second edge face (26.2) of the second cellular structure is in contact with the set-back portion.
Fuel injector, in particular common rail injector, having an injector housing in which a high pressure space is formed which can be supplied with pressurized fuel via a supply bore which is arranged in the injector housing, having at least one injection opening which is connected at least indirectly to the high pressure space, said injection opening being formed in the injector housing and has the purpose of injecting fuel into the combustion chamber of an internal combustion engine, having an injection element which opens or closes at least one injection opening, and having a measuring device for at least indirectly detecting the pressure in the high pressure space or the supply bore, wherein the measuring device is designed to detect elastic deformation of a deformation region which is arranged at least indirectly in an operative connection to the supply bore or the high pressure space, and wherein the measuring device has a sensor element which is connected to the surface of the deformation region via a bonded connection, characterized in that forces are applied to the sensor element in the direction of the deformation region by means of a support device (35; 40), wherein the support device (35; 40) is supported on the side of the sensor element facing away from the bonded connection on the sensor element via an elastic intermediate element.
An elongate wired circuit board for temperature measurement, said circuit board comprising: • a wiring-forming portion extending longitudinally along the circuit board and having two lateral ends; • a sensor-forming portion extending from one lateral end of the wiring-forming portion; • a connector-forming portion extending from the other lateral end of the wiring-forming portion, said connector-forming portion having connector wirings (19, 20) adapted to be connected to an electric resistance measuring device having the capability of temperature conversion; • an insulating layer; and • a conductor layer formed on the insulating layer, wherein • the insulating layer extends longitudinally in the wiring-forming portion and is formed to have a width larger than that of the wiring-forming portion in the sensor-forming portion and the connector-forming portion, • the conductor layer integrally includes a main wiring portion formed in the wiring-forming portion, a temperature detecting portion formed in the sensor-forming portion and extending from one lateral end of the main wiring portion, and a connector wiring portion formed in the connector-forming portion and extending from the other lateral end of the main wiring portion, and • the conductor layer is formed from a metal foil having a proportional relation between temperature and specific electric resistance. • a wiring-forming portion extending longitudinally along the circuit board and having two lateral ends; • a sensor-forming portion extending from one lateral end of the wiring-forming portion; • a connector-forming portion extending from the other lateral end of the wiring-forming portion, said connector-forming portion having connector wirings (19, 20) adapted to be connected to an electric resistance measuring device having the capability of temperature conversion; • an insulating layer; and • a conductor layer formed on the insulating layer, wherein • the insulating layer extends longitudinally in the wiring-forming portion and is formed to have a width larger than that of the wiring-forming portion in the sensor-forming portion and the connector-forming portion, • the conductor layer integrally includes a main wiring portion formed in the wiring-forming portion, a temperature detecting portion formed in the sensor-forming portion and extending from one lateral end of the main wiring portion, and a connector wiring portion formed in the connector-forming portion and extending from the other lateral end of the main wiring portion, and • the conductor layer is formed from a metal foil having a proportional relation between temperature and specific electric resistance.