mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a rotor having a plurality of blades disposed in a circumferential array for rotation about an axis, each blade having a blade tip with a central portion extending axially between a leading edge and a trailing edge; and a case having a base layer surrounding the plurality of blades and axially spanning the blade tip, a leading edge insert in the base layer, the leading edge insert axially spanning the leading edge of the blade tip, and a trailing edge insert in the base layer, the trailing edge insert axially spanning the trailing edge of the blade tip, wherein the base layer includes a first abradable material having a first density, the leading edge insert includes a second abradable material having a second density lower than the first density, and the trailing edge insert includes a third abradable material having a third density lower than the first density, wherein the base layer extends forward of the leading edge insert and extends rearward of the trailing edge insert. a rotor having a plurality of blades disposed in a circumferential array for rotation about an axis, each blade having a blade tip with a central portion extending axially between a leading edge and a trailing edge; and a case having a base layer surrounding the plurality of blades and axially spanning the blade tip, a leading edge insert in the base layer, the leading edge insert axially spanning the leading edge of the blade tip, and a trailing edge insert in the base layer, the trailing edge insert axially spanning the trailing edge of the blade tip, wherein the base layer includes a first abradable material having a first density, the leading edge insert includes a second abradable material having a second density lower than the first density, and the trailing edge insert includes a third abradable material having a third density lower than the first density, wherein the base layer extends forward of the leading edge insert and extends rearward of the trailing edge insert.
A method of printing a two-dimensional bit-mapped image having a number of pixels per row for printing using a plurality of overlapping printheads or a printhead or printheads indexed through overlapping positions, the or each printhead having a row of ejection channels, each ejection channel having associated ejection electrodes, the method comprising: applying a voltage to the ejection channels sufficient to cause concentration of particles in the printing fluid at the ejection channels, applying voltage pulses of respective predetermined amplitude and/or duration, as determined by respective image pixel bit values, to the electrodes of the selected ejection channels in order to cause volumes of printing fluid to be ejected from selected ejection channels of the overlapping printheads, thereby forming a pixel of a predetermined optical density and/or greylevel, adjusting, for each row of the image, the values of the voltage pulses to be applied to the overlapping printheads to form pixels printed by overlapped ejection channels in dependence on the position of the pixel within an overlapped region of the printheads and in dependence on the predetermined optical density and/or greylevel of the pixel, wherein, for at least one pixel in the overlapped region, the total volume of ink ejected by the overlapped channels is greater than that required if that pixel were formed by a single ejection channel. applying a voltage to the ejection channels sufficient to cause concentration of particles in the printing fluid at the ejection channels, applying voltage pulses of respective predetermined amplitude and/or duration, as determined by respective image pixel bit values, to the electrodes of the selected ejection channels in order to cause volumes of printing fluid to be ejected from selected ejection channels of the overlapping printheads, thereby forming a pixel of a predetermined optical density and/or greylevel, adjusting, for each row of the image, the values of the voltage pulses to be applied to the overlapping printheads to form pixels printed by overlapped ejection channels in dependence on the position of the pixel within an overlapped region of the printheads and in dependence on the predetermined optical density and/or greylevel of the pixel, wherein, for at least one pixel in the overlapped region, the total volume of ink ejected by the overlapped channels is greater than that required if that pixel were formed by a single ejection channel.
Control valve, in particular for a ventilation device, having a flow channel configured in a valve housing of the control valve, wherein a valve element is arranged in the flow channel for setting a flow cross-sectional area of the flow channel, characterised in that the valve element is axially displaceable with respect to a longitudinal central axis of the flow channel and interacts with a valve seat in a first axial position for setting a first flow cross-sectional area of the flow channel and in a second axial position for setting a second flow cross-sectional area of the flow channel different from the first flow cross-sectional area, wherein the valve element is rotatably mounted in the valve housing about an axis of rotation parallel to the longitudinal central axis and is connected to the valve housing via a cam gear, so that the valve element is arranged in the first axial position when the valve element is in a first angular position of rotation with respect to the valve housing and in the second axial position when the valve element is in a second angular position of rotation different from the first angular position of rotation.
An excavator comprising: a main frame having a longitudinal axis; a drive axle connected to said main frame; walking beams (84,85) connected to said drive axle; wheel axles connected to said walking beams (84,85); wheels rotatably mounted on said wheel axles; characterized in that the excavator further comprises a slidable plate slidably mounted on said main frame, wherein said slidable plate is slidable along a portion of said longitudinal axis of said main frame; a cabin rotatably mounted on said slidable plate; and an articulated digging arm. a main frame having a longitudinal axis; a drive axle connected to said main frame; walking beams (84,85) connected to said drive axle; wheel axles connected to said walking beams (84,85); wheels rotatably mounted on said wheel axles; characterized in that the excavator further comprises a slidable plate slidably mounted on said main frame, wherein said slidable plate is slidable along a portion of said longitudinal axis of said main frame; a cabin rotatably mounted on said slidable plate; and an articulated digging arm.
An implantable medical lead device, comprising: a lead device body; at least four proximal electrical connectors located on a proximal end of the lead device body and separated longitudinally; at least four distal electrical connectors located on a distal end of the lead device body; and at least four conductors within the lead device body, wherein each conductor of the at least four conductors interconnects a corresponding proximal electrical connector of the at least four proximal electrical connectors to a corresponding distal electrical connector of the at least four distal electrical connectors, wherein each of the at least four conductors has a length as measured from a given longitudinal position along the lead device body where the at least four conductors are present to the corresponding proximal electrical connector of each conductor, characterized in that the length of a first conductor of the at least four conductors is most similar among the at least four conductors to the length of a second conductor of the at least four conductors, wherein the first conductor and the second conductor are clocked in positions providing an angular separation between the first conductor and the second conductor of at least 135 degrees. a lead device body; at least four proximal electrical connectors located on a proximal end of the lead device body and separated longitudinally; at least four distal electrical connectors located on a distal end of the lead device body; and at least four conductors within the lead device body, wherein each conductor of the at least four conductors interconnects a corresponding proximal electrical connector of the at least four proximal electrical connectors to a corresponding distal electrical connector of the at least four distal electrical connectors, wherein each of the at least four conductors has a length as measured from a given longitudinal position along the lead device body where the at least four conductors are present to the corresponding proximal electrical connector of each conductor, characterized in that the length of a first conductor of the at least four conductors is most similar among the at least four conductors to the length of a second conductor of the at least four conductors, wherein the first conductor and the second conductor are clocked in positions providing an angular separation between the first conductor and the second conductor of at least 135 degrees.
A system for mesh onlay fixation to a fascial incision, comprising: a mesh strip (150, 3050a, 3050b) integrated with a plurality of uni-directional fasteners (100, 400, 1400, 2802), each fastener (100, 400, 1400, 2802) including a mating interface component (120, 420, 1425) and an anchoring mechanism (110, 410a, 410b, 2803) adapted for affixation to anterior abdominal wall fascia; an applicator (590, 1500) comprising tension arms (210a, 210b; 510a, 510b, 1510a, 1510b, 3301a, 3301b, 3401a, 3401b) adapted to interface with the mating interface components (120, 420, 1425) of the fasteners (100, 400, 1400, 2802) to maintain a vertical tension of the mesh strip (150, 3050a, 3050b) and a handle (1540, 2970) coupled with the tension arms (210a, 210b; 510a, 510b, 1510a, 1510b, 3301a, 3301b, 3401a, 3401b) adapted to spread the tension arms (210a, 210b; 510a, 510b, 1510a, 1510b, 3301a, 3301b, 3401a, 3401b) and thereby control a horizontal tension of the mesh strip (150, 3050a, 3050b); wherein the mesh strip (150, 3050a, 3050b) is configured to be aligned over a fascial incision using the applicator (590, 1500) and affixed under tension to anterior abdominal wall fascia by tissue penetration of the anchoring mechanisms (110, 410a, 410b, 2803) of the plurality of fasteners (100, 400, 1400, 2802); characterized in that each fastener includes a bottom component adapted to be attached to the mating interface component (120, 420, 1425) on an opposite side of the mesh strip (150, 3050a, 3050b). a mesh strip (150, 3050a, 3050b) integrated with a plurality of uni-directional fasteners (100, 400, 1400, 2802), each fastener (100, 400, 1400, 2802) including a mating interface component (120, 420, 1425) and an anchoring mechanism (110, 410a, 410b, 2803) adapted for affixation to anterior abdominal wall fascia; an applicator (590, 1500) comprising tension arms (210a, 210b; 510a, 510b, 1510a, 1510b, 3301a, 3301b, 3401a, 3401b) adapted to interface with the mating interface components (120, 420, 1425) of the fasteners (100, 400, 1400, 2802) to maintain a vertical tension of the mesh strip (150, 3050a, 3050b) and a handle (1540, 2970) coupled with the tension arms (210a, 210b; 510a, 510b, 1510a, 1510b, 3301a, 3301b, 3401a, 3401b) adapted to spread the tension arms (210a, 210b; 510a, 510b, 1510a, 1510b, 3301a, 3301b, 3401a, 3401b) and thereby control a horizontal tension of the mesh strip (150, 3050a, 3050b); wherein the mesh strip (150, 3050a, 3050b) is configured to be aligned over a fascial incision using the applicator (590, 1500) and affixed under tension to anterior abdominal wall fascia by tissue penetration of the anchoring mechanisms (110, 410a, 410b, 2803) of the plurality of fasteners (100, 400, 1400, 2802);
A vehicle branding system, the system comprising: at least one sidewall comprising a plurality of electrically-controllable coloring mechanisms and a plurality of window structures of the vehicle, each coloring mechanism arranged for coloring each of said windows with at least one first color when operating in a branding state; a lighting sub-system comprising at least one light source mounted within the vehicle to illuminate an interior of the vehicle with at least one second color when operating in the branding state and with at least one third color when operating in a non-branding state; and a controller coupled to the coloring mechanisms and the lighting sub-system and configured for operating the coloring mechanisms and the at least one light source concurrently in the branding state, wherein the at least one sidewall is part of an aircraft, the interior is an aircraft cabin, characterized in that each electrically controllable coloring mechanism comprises a color-coated shield is and a light source provided in the window structure and wherein the lighting sub-system comprises at least one light source separate from any light source used within controllable coloring mechanisms. at least one sidewall comprising a plurality of electrically-controllable coloring mechanisms and a plurality of window structures of the vehicle, each coloring mechanism arranged for coloring each of said windows with at least one first color when operating in a branding state; a lighting sub-system comprising at least one light source mounted within the vehicle to illuminate an interior of the vehicle with at least one second color when operating in the branding state and with at least one third color when operating in a non-branding state; and a controller coupled to the coloring mechanisms and the lighting sub-system and configured for operating the coloring mechanisms and the at least one light source concurrently in the branding state, wherein the at least one sidewall is part of an aircraft, the interior is an aircraft cabin, characterized in that each electrically controllable coloring mechanism comprises a color-coated shield is and a light source provided in the window structure and wherein the lighting sub-system comprises at least one light source separate from any light source used within controllable coloring mechanisms.
A carton (5, 405, 505) for holding at least one article, the carton (5, 405, 505) comprising: a plurality of panels extending at least partially around an interior of the carton (5, 405, 505), the plurality of panels comprising a top panel, a bottom panel, a front panel, a back panel, a first side panel, a second side panel, a front reinforcement panel foldably connected to the front panel, a first side reinforcement panel foldably connected to the first side panel, and a second side reinforcement panel foldably connected to the second side panel, the top panel is recessed below a portion of each of the front panel, the back panel, and the at least one side panel to form a recessed top portion for receiving a portion of a vertically adjacent carton (5, 405, 505), a top opening defined by the recessed top portion is larger than the bottom panel, characterized in that an opening is formed in a portion of the front panel and a portion of the front reinforcement panel, and the top panel comprises a tab that engages the opening. a plurality of panels extending at least partially around an interior of the carton (5, 405, 505), the plurality of panels comprising a top panel, a bottom panel, a front panel, a back panel, a first side panel, a second side panel, a front reinforcement panel foldably connected to the front panel, a first side reinforcement panel foldably connected to the first side panel, and a second side reinforcement panel foldably connected to the second side panel, the top panel is recessed below a portion of each of the front panel, the back panel, and the at least one side panel to form a recessed top portion for receiving a portion of a vertically adjacent carton (5, 405, 505), a top opening defined by the recessed top portion is larger than the bottom panel, characterized in that an opening is formed in a portion of the front panel and a portion of the front reinforcement panel, and the top panel comprises a tab that engages the opening.
A spacing device for fixing two furring strips (5, 6) to each other in an adjustable separation position, the furring strips (5, 6) extending in parallel planes, the device comprising: - a rod including a base with means of connection to a first furring strip and means of engagement with a lever; - an adjustment head with means of connection to a second furring strip, and mounted with the ability to slide around the rod; - the lever, separate, and equipped with means of engagement with the rod, the lever is pivotally mounted on the head to move from an adjustment position in which the head is free to slide around the rod, to a locking position by being engaged directly with the rod and against an external lateral wall of the rod; the lever being pivotally mounted in a plane orthogonal to the rod. - a rod including a base with means of connection to a first furring strip and means of engagement with a lever; - an adjustment head with means of connection to a second furring strip, and mounted with the ability to slide around the rod; - the lever, separate, and equipped with means of engagement with the rod, the lever is pivotally mounted on the head to move from an adjustment position in which the head is free to slide around the rod, to a locking position by being engaged directly with the rod and against an external lateral wall of the rod;
An indicator tab for thermal monitoring of an electrical component, comprising: an arm composed of a material having a high thermal conductivity and a high electrical resistivity; a visible portion located on one end of the arm, the visible portion including a thermochromic material; and a fastening portion located on an opposite end of the arm from the visible portion, the fastening portion being configured, in use, to thermally contact the electrical component whose temperature is indicated by a color of the thermochromic material of the visible portion; wherein the high thermal conductivity of the arm allows, in use, heat to be conducted from the fastening portion toward the visible portion where the thermochromic material is located, and wherein the high electrical resistivity of the arm allows, in use, to prevent an electrical short circuit between the electrical component and other nearby electrical components. an arm composed of a material having a high thermal conductivity and a high electrical resistivity; a visible portion located on one end of the arm, the visible portion including a thermochromic material; and a fastening portion located on an opposite end of the arm from the visible portion, the fastening portion being configured, in use, to thermally contact the electrical component whose temperature is indicated by a color of the thermochromic material of the visible portion; wherein the high thermal conductivity of the arm allows, in use, heat to be conducted from the fastening portion toward the visible portion where the thermochromic material is located, and wherein the high electrical resistivity of the arm allows, in use, to prevent an electrical short circuit between the electrical component and other nearby electrical components.
A flow assembly comprising: a flow passage extending between a first end and a second end; and a flow restrictor (10, 10') disposed in the flow passage, the flow restrictor (10, 10') comprising a first disc, a second disc disposed opposite the first disc, a rod extending between the first disc and the second disc and spacing the first disc from the second disc, and a first hole formed in the first disc, characterised in that: the flow assembly further comprises: an inlet formed in the flow passage between the first disc and the second disc; a flow restrictor seat disposed along the flow passage between the inlet and the second end of the flow passage; a retaining ring seat formed along the flow passage between the first end of the flow passage and the second disc; and a retaining ring disposed in the retaining ring seat, wherein the retaining ring restricts axial movement of the flow restrictor (10, 10') along the flow passage between the retaining ring seat and the flow restrictor seat. a flow passage extending between a first end and a second end; and a flow restrictor (10, 10') disposed in the flow passage, the flow restrictor (10, 10') comprising a first disc, a second disc disposed opposite the first disc, a rod extending between the first disc and the second disc and spacing the first disc from the second disc, and a first hole formed in the first disc, an inlet formed in the flow passage between the first disc and the second disc; a flow restrictor seat disposed along the flow passage between the inlet and the second end of the flow passage; a retaining ring seat formed along the flow passage between the first end of the flow passage and the second disc; and a retaining ring disposed in the retaining ring seat, wherein the retaining ring restricts axial movement of the flow restrictor (10, 10') along the flow passage between the retaining ring seat and the flow restrictor seat.
Equipment for encasing the airfoil of a turbomachine blade in an encasing block, comprising a base on which a molding block is positioned for casting an encasing material around said airfoil, said molding block comprising an imprint which defines a reference plane (5a, 5b) on the block acting as a support for positioning the block in space, said base further carrying a means for holding the blade by means of six contact points (X1, X2, X3, Y1, Y2, Z) forming a reference frame for positioning said blade in space and defining what is referred to as an orientation plane which represents the angular position of the airfoil relative to the root of the blade, said reference planes (5a, 5b) and the orientation plane being oriented substantially parallel to the direction of the leading edge of the blade when the latter is positioned against said six contact points, characterized in that the holding means is able to move in rotation relative to said base about a spindle oriented substantially parallel to the direction of the leading edge of the blade, so as to allow the angle formed between said reference and orientation planes to be changed.
An electrode for the resistance welding of bolts, having - an upper part and a lower part - which are configured to be connectable together and, in the connected state, jointly provide a cavity, - the upper part having an opening for introducing a bolt, and the lower part having a gas connection for a pressurized gas, - wherein a valve body, by way of which the opening is closable in terms of flow, is arranged in the cavity characterized in - that an insulating sleeve is arranged in the cavity which insulating sleeve serves to guide the valve body. - an upper part and a lower part - which are configured to be connectable together and, in the connected state, jointly provide a cavity, - the upper part having an opening for introducing a bolt, and the lower part having a gas connection for a pressurized gas, - wherein a valve body, by way of which the opening is closable in terms of flow, is arranged in the cavity characterized in - that an insulating sleeve is arranged in the cavity which insulating sleeve serves to guide the valve body.
A suspension coil spring device, comprising: a compression coil spring that has a coating film; a rubber vibration isolator; and an adhesive layer that joins the compression coil spring and the rubber vibration isolator to each other, characterised in that the adhesive layer is a cured product of a reactive hot melt adhesive. a compression coil spring that has a coating film; a rubber vibration isolator; and an adhesive layer that joins the compression coil spring and the rubber vibration isolator to each other, characterised in that the adhesive layer is a cured product of a reactive hot melt adhesive.