mhurhangee/ep-ind-claims huggingface dataset:
A contact lens comprising: a hydrogel skirt, wherein the hydrogel skirt is molded into a shape of the contact lens, with an arcuate back surface placed proximate to a user's cornea during a use of the contact lens; an insert, wherein the insert contains energization elements and electroactive elements, wherein the insert is gas impermeable and impermeable to fluid flow through its body, wherein the insert is encapsulated within the hydrogel skirt; and wherein the insert comprises one or more components mounted thereupon; a first region of the hydrogel skirt, wherein the first region of the hydrogel skirt is that portion of the hydrogel skirt that is between a surface of the insert and a cornea of a user during the use of the contact lens; and a means within the contact lens of enhancing oxygen levels within a fluid in contact with the first region, wherein the means within the contact lens of enhancing oxygen levels within the fluid in contact with the first region comprises at least a first pore in the insert, wherein the pore traverses the body of the insert. a hydrogel skirt, wherein the hydrogel skirt is molded into a shape of the contact lens, with an arcuate back surface placed proximate to a user's cornea during a use of the contact lens; an insert, wherein the insert contains energization elements and electroactive elements, wherein the insert is gas impermeable and impermeable to fluid flow through its body, wherein the insert is encapsulated within the hydrogel skirt; and wherein the insert comprises one or more components mounted thereupon; a first region of the hydrogel skirt, wherein the first region of the hydrogel skirt is that portion of the hydrogel skirt that is between a surface of the insert and a cornea of a user during the use of the contact lens; and a means within the contact lens of enhancing oxygen levels within a fluid in contact with the first region,
A dual display system for an agricultural vehicle, the dual display system comprising: a first display device; a second display device; and a mounting bracket assembly coupling the first and second display devices, wherein the second display device is moveable relative to the first display device, the mounting bracket assembly having a ball joint between the first and second display devices (34, 36), such that second display device is moveable between: a first position wherein the second display device is positioned substantially in front of or behind the first display device, to present a single display to an operator, and a second position wherein the second display device is positioned adjacent to the first display device, to present two displays to an operator; wherein the second display device is clamped to the ball joint using a ball joint clamp, which ball joint clamp is spring loaded with at least one spring device (55, 56); characterised in that the mounting bracket assembly comprises an engageable lever arm arranged to act against the spring device (55, 56), to at least partially release the ball joint clamp and allow movement of the second display device relative to the first display device. a first display device; a second display device; and a mounting bracket assembly coupling the first and second display devices, wherein the second display device is moveable relative to the first display device, the mounting bracket assembly having a ball joint between the first and second display devices (34, 36), such that second display device is moveable between: a first position wherein the second display device is positioned substantially in front of or behind the first display device, to present a single display to an operator, and a second position wherein the second display device is positioned adjacent to the first display device, to present two displays to an operator; a first position wherein the second display device is positioned substantially in front of or behind the first display device, to present a single display to an operator, and a second position wherein the second display device is positioned adjacent to the first display device, to present two displays to an operator; wherein the second display device is clamped to the ball joint using a ball joint clamp, which ball joint clamp is spring loaded with at least one spring device (55, 56); characterised in that the mounting bracket assembly comprises an engageable lever arm arranged to act against the spring device (55, 56), to at least partially release the ball joint clamp and allow movement of the second display device relative to the first display device.
A method for randomizing data to mitigate false VFO detection, the method comprising: simultaneously receiving a plurality, K, where K=8, 16 or 32, of input data streams, wherein each input data stream is associated with a different track on a magnetic tape medium and wherein each input data stream has VFO patterns inserted therein, as well as false VFO patterns, and wherein the plurality of data streams comprise test data or other repeating data patterns and the VFO patterns and the false VFO patterns occur simultaneously on multiple tracks in the same along-track location; simultaneously scrambling the input data streams to produce a plurality of randomized data streams, wherein scrambling comprises using a plurality K of data randomizers to scramble the respective plurality of incoming data streams, wherein each of the plurality K of data randomizers comprise linear feedback shift registers, further comprising initializing the linear feedback shift registers of the K plurality of data randomizers with K different preset values prior to scrambling the incoming data streams; and simultaneously writing the randomized data streams to their associated data tracks on the magnetic tape medium. simultaneously receiving a plurality, K, where K=8, 16 or 32, of input data streams, wherein each input data stream is associated with a different track on a magnetic tape medium and wherein each input data stream has VFO patterns inserted therein, as well as false VFO patterns, and wherein the plurality of data streams comprise test data or other repeating data patterns and the VFO patterns and the false VFO patterns occur simultaneously on multiple tracks in the same along-track location; simultaneously scrambling the input data streams to produce a plurality of randomized data streams, wherein scrambling comprises using a plurality K of data randomizers to scramble the respective plurality of incoming data streams, wherein each of the plurality K of data randomizers comprise linear feedback shift registers, further comprising initializing the linear feedback shift registers of the K plurality of data randomizers with K different preset values prior to scrambling the incoming data streams; and simultaneously writing the randomized data streams to their associated data tracks on the magnetic tape medium.
A protected hardenable dental article comprising: a hardenable dental article comprising a base and at least one outer surface extending from the base, wherein at least the base and the at least one outer surface of the hardenable dental article comprise a hardenable dental material; and a multi-layer polymeric film in contact with at least a portion of the at least one outer surface; wherein the multi-layer polymeric film comprises at least two dissimilar polymers in separate layers; characterized in that the multi-layer polymeric film is radially stretched by the hardenable dental article to an area 600 to 850 percent of the area of the multi-layer polymeric film prior to being radially stretched. a hardenable dental article comprising a base and at least one outer surface extending from the base, wherein at least the base and the at least one outer surface of the hardenable dental article comprise a hardenable dental material; and a multi-layer polymeric film in contact with at least a portion of the at least one outer surface; wherein the multi-layer polymeric film comprises at least two dissimilar polymers in separate layers; characterized in that the multi-layer polymeric film is radially stretched by the hardenable dental article to an area 600 to 850 percent of the area of the multi-layer polymeric film prior to being radially stretched.
A prosthetic stented heart valve comprising: a compressible and expandable stent structure comprising first and second opposite ends, an expanded outer periphery, and a compressed outer periphery that is at least slightly smaller than the expanded outer periphery when subjected to an external radial force; and a valve segment comprising a dual-layer sheet formed into a generally tubular shape having at least one longitudinally extending seam, and a plurality of leaflets (24, 26, 28) formed by attachment of an outer layer of the dual-layer sheet to an inner layer of the dual-layer sheet in a leaflet defining pattern; wherein at least a portion of the valve segment is positioned within at least a portion of the stent structure, and wherein the stent structure is attached to the outer layer of the valve segment at one or more of the first and second ends of the stent structure; wherein the dual-layer sheet comprises a single sheet of material folded to provide a fold line along a first edge of the sheet, wherein the material on one side of the fold-line comprises the outer layer of the dual-layer sheet and the material on the opposite side of the fold line comprises the inner layer of the dual-layer sheet and characterised in that the leaflet defining pattern of attachment comprises at least two vertical components and an arcuate portion extending between the at least two vertical components, and wherein the leaflet defining pattern of attachment extends toward the fold line but does not extend all the way to the fold line. a compressible and expandable stent structure comprising first and second opposite ends, an expanded outer periphery, and a compressed outer periphery that is at least slightly smaller than the expanded outer periphery when subjected to an external radial force; and a valve segment comprising a dual-layer sheet formed into a generally tubular shape having at least one longitudinally extending seam, and a plurality of leaflets (24, 26, 28) formed by attachment of an outer layer of the dual-layer sheet to an inner layer of the dual-layer sheet in a leaflet defining pattern; wherein at least a portion of the valve segment is positioned within at least a portion of the stent structure, and wherein the stent structure is attached to the outer layer of the valve segment at one or more of the first and second ends of the stent structure; wherein the dual-layer sheet comprises a single sheet of material folded to provide a fold line along a first edge of the sheet, wherein the material on one side of the fold-line comprises the outer layer of the dual-layer sheet and the material on the opposite side of the fold line comprises the inner layer of the dual-layer sheet and characterised in that the leaflet defining pattern of attachment comprises at least two vertical components and an arcuate portion extending between the at least two vertical components, and wherein the leaflet defining pattern of attachment extends toward the fold line but does not extend all the way to the fold line.
A core arrangement for a heat exchanger comprising: a first core layer comprising: a first upstream end; a first downstream end; a first parting sheet; a second parting sheet parallel to the first parting sheet; and a plurality of adjacent fins (20, 24) disposed between the first and second parting sheets; wherein each of the plurality of fins extends from a surface of the first parting sheet to a surface of the second parting sheet, and longitudinally between the first upstream end and the first downstream end; wherein the plurality of fins are further laterally arranged to define a plurality of first fluid passages; and wherein each of a subset of the plurality of fins includes an internal slot positioned away from the first upstream end and the first downstream end; and wherein the subset of the plurality of fins comprises a first fin and a second fin; and characterized in that the geometry of the internal slot of the first fin is different from the geometry of the internal slot of the second fin. a first upstream end; a first downstream end; a first parting sheet; a second parting sheet parallel to the first parting sheet; and a plurality of adjacent fins (20, 24) disposed between the first and second parting sheets; wherein each of the plurality of fins extends from a surface of the first parting sheet to a surface of the second parting sheet, and longitudinally between the first upstream end and the first downstream end; wherein the plurality of fins are further laterally arranged to define a plurality of first fluid passages; and wherein each of a subset of the plurality of fins includes an internal slot positioned away from the first upstream end and the first downstream end; and wherein the subset of the plurality of fins comprises a first fin and a second fin; and characterized in that the geometry of the internal slot of the first fin is different from the geometry of the internal slot of the second fin.
A door assembly comprising: a door panel connected to a door frame and pivotable about a pivot axis; a door latch coupled to the door panel and operable to selectively inhibit movement of the door panel from a closed position to an open position; a sensor coupled to the door latch and operable to detect acceleration of the door and output acceleration data corresponding to the acceleration of the door panel in a first direction, wherein the sensor is operable to measure a first acceleration produced by a centripetal force and a second acceleration, and to generate signals indicative of the first acceleration and the second acceleration; and a controller coupled to the door latch and the sensor, the controller operable to analyse the acceleration data of the first acceleration and the second acceleration compared to acceleration data indicative of movement of the door panel from the open position to the closed position to determine the cause of the acceleration, the controller being operable to determine the cause of the second acceleration at least partially in response to the acceleration data of the first acceleration. a door panel connected to a door frame and pivotable about a pivot axis; a door latch coupled to the door panel and operable to selectively inhibit movement of the door panel from a closed position to an open position; a sensor coupled to the door latch and operable to detect acceleration of the door and output acceleration data corresponding to the acceleration of the door panel in a first direction, wherein the sensor is operable to measure a first acceleration produced by a centripetal force and a second acceleration, and to generate signals indicative of the first acceleration and the second acceleration; and a controller coupled to the door latch and the sensor, the controller operable to analyse the acceleration data of the first acceleration and the second acceleration compared to acceleration data indicative of movement of the door panel from the open position to the closed position to determine the cause of the acceleration, the controller being operable to determine the cause of the second acceleration at least partially in response to the acceleration data of the first acceleration.
Connecting tube for a connecting line for the passage of smoke from a fireplace into a chimney, the connecting tube comprising a) an outer tube arranged coaxially to a longitudinal axis, b) an inner pipe arranged coaxially to the longitudinal axis in the outer pipe at a distance radially to the longitudinal axis from the outer pipe for the passage of the smoke and c) an insulating means arranged between the inner pipe and the outer pipe for the mechanical connection of the inner pipe to the outer pipe and thermal insulation of the inner pipe from the outer pipe, d) no insulating means being arranged in a male end section of the connecting tube along the longitudinal axis, and e) the connecting tube having a female end portion opposite the male end portion along the longitudinal axis for receiving the male end portion of a similar connecting tube for the smoke-tight connection of the two connecting tubes, and f) wherein an outer diameter of the inner tube and the outer tube in the male end section corresponds to an inner diameter of the respective tube (110, 120) in the female end section, characterized by g) at least one reinforcement means attached between the inner pipe and the outer pipe and on the inner pipe or on the outer pipe for reinforcing the inner pipe or the outer pipe radially to the longitudinal axis, h) the insulating means being compressed between the reinforcing means and the outer tube or the inner tube for mechanical fixing of the insulating material, inner tube and outer tube to one another. a) an outer tube arranged coaxially to a longitudinal axis, b) an inner pipe arranged coaxially to the longitudinal axis in the outer pipe at a distance radially to the longitudinal axis from the outer pipe for the passage of the smoke and c) an insulating means arranged between the inner pipe and the outer pipe for the mechanical connection of the inner pipe to the outer pipe and thermal insulation of the inner pipe from the outer pipe, d) no insulating means being arranged in a male end section of the connecting tube along the longitudinal axis, and e) the connecting tube having a female end portion opposite the male end portion along the longitudinal axis for receiving the male end portion of a similar connecting tube for the smoke-tight connection of the two connecting tubes, and f) wherein an outer diameter of the inner tube and the outer tube in the male end section corresponds to an inner diameter of the respective tube (110, 120) in the female end section, characterized by g) at least one reinforcement means attached between the inner pipe and the outer pipe and on the inner pipe or on the outer pipe for reinforcing the inner pipe or the outer pipe radially to the longitudinal axis, h) the insulating means being compressed between the reinforcing means and the outer tube or the inner tube for mechanical fixing of the insulating material, inner tube and outer tube to one another.
A method for manufacturing a detection/stimulation lead intended to be implanted in a venous, arterial or lymphatic system, the method comprising the following steps: - obtaining a conductor with a sheath made of an electrically insulating polymer material covering the conductor over its periphery and over its length, the outer diameter of the whole being at most equal to 2 French (0.66 mm); - obtaining at least one detection/stimulation electrode formed by a metal ring, the ring comprising two end parts extending longitudinally on either side of a central part; and - making a contact between the conductor and the ring, wherein - the step of making a contact between the conductor and the ring comprises a crimping of the ring to the conductor, this conductor being a solid core micro-cable that is surrounded by said sheath of electrically insulating polymer material, - the crimping is performed in a substantially non-naked region of the micro-cable, and - the crimping is operated in the central part of the ring, the method being characterized in that the crimping is operated so as to: i) squeeze the sheath between the ring and the micro-cable, ii) locally pierce the thickness of the sheath with an area of the inner face of the ring, so as to place the ring into mechanical and electrical connection contact with the micro-cable in at least one puncture area of the sheath, and iii) chase the insulating material in areas adjacent to said puncture area of the sheath, wherein the chased insulating material of the sheath remains interposed between the micro-cable and the ring in regions located on either side of said puncture area of the sheath. - obtaining a conductor with a sheath made of an electrically insulating polymer material covering the conductor over its periphery and over its length, the outer diameter of the whole being at most equal to 2 French (0.66 mm); - obtaining at least one detection/stimulation electrode formed by a metal ring, the ring comprising two end parts extending longitudinally on either side of a central part; and - making a contact between the conductor and the ring, wherein - the step of making a contact between the conductor and the ring comprises a crimping of the ring to the conductor, this conductor being a solid core micro-cable that is surrounded by said sheath of electrically insulating polymer material, - the crimping is performed in a substantially non-naked region of the micro-cable, and - the crimping is operated in the central part of the ring, i) squeeze the sheath between the ring and the micro-cable, ii) locally pierce the thickness of the sheath with an area of the inner face of the ring, so as to place the ring into mechanical and electrical connection contact with the micro-cable in at least one puncture area of the sheath, and iii) chase the insulating material in areas adjacent to said puncture area of the sheath, wherein the chased insulating material of the sheath remains interposed between the micro-cable and the ring in regions located on either side of said puncture area of the sheath.
Machine for working bars, suitable for working at least one bar having a mainly oblong development, said machine comprising at least two support sliders, of which at least one is mobile reciprocally toward/away from the other along an axis of movement and each provided with a work plane on which at least one curving unit is installed, suitable to curve at least a longitudinal portion of said bar, and at least a first bending unit, provided with a first contrast element having a first bending radius, and with a first bending element selectively rotatable about said first contrast element to bend said bar around the latter, characterized in that at least one of said sliders comprises on said work plane at least a second bending unit (15, 16) provided with a second contrast element (19, 27) and a second bending element (20, 28) selectively rotatable about said second contrast element (19, 27) to bend said bar around the latter, said second contrast element (19, 27) having a bending radius (R2, R3) different from the bending radius of said first contrast element.