mhurhangee/ep-ind-claims huggingface dataset:
An end effector for a surgical clip applier, comprising: a housing; jaws that extend past a distal end of the housing and include opposed first and second jaw members (1012a, 1012b) each comprising an independent structure movable relative to the other, the first jaw member defining a first inner surface and the second jaw member defining a second inner surface opposite the first inner surface; and an actuation mechanism operatively coupled to the jaw members to move the jaws between an open position and a closed position, wherein the first and second inner surfaces remain substantially parallel to each other as the jaws move between the open and closed positions; characterized in that the actuation mechanism further comprises: a first pulley rotatably mounted within the housing and providing a first transition pin slidably engageable with the first jaw member and a second transition pin slidably engageable with the second jaw member; wherein the first transition pin of the first pulley is received within a slot defined in the first jaw member, and wherein the second transition pin of the first pulley is received within a slot defined in the second jaw member. a housing; jaws that extend past a distal end of the housing and include opposed first and second jaw members (1012a, 1012b) each comprising an independent structure movable relative to the other, the first jaw member defining a first inner surface and the second jaw member defining a second inner surface opposite the first inner surface; and an actuation mechanism operatively coupled to the jaw members to move the jaws between an open position and a closed position, wherein the first and second inner surfaces remain substantially parallel to each other as the jaws move between the open and closed positions; characterized in that the actuation mechanism further comprises: a first pulley rotatably mounted within the housing and providing a first transition pin slidably engageable with the first jaw member and a second transition pin slidably engageable with the second jaw member; wherein the first transition pin of the first pulley is received within a slot defined in the first jaw member, and wherein the second transition pin of the first pulley is received within a slot defined in the second jaw member. a first pulley rotatably mounted within the housing and providing a first transition pin slidably engageable with the first jaw member and a second transition pin slidably engageable with the second jaw member; wherein the first transition pin of the first pulley is received within a slot defined in the first jaw member, and wherein the second transition pin of the first pulley is received within a slot defined in the second jaw member.
A powered communication device for treatment, mitigation, and/or delay of symptoms of carpal tunnel syndrome, the powered communication device comprising: a keyboard comprising a set of keys arranged to minimize the amount of finger movement required of a user during typing, the set of keys divided into a top row, a home row, and a bottom row; the top row comprising the letters "q", "w", "f", "g", "j", "y", "u", "k", "; (semi-colon)", "p"; the home row comprising the letters "a", "s", "d", "e", "i", "h", "o", "t", "l", "r", "n"; the bottom row comprising the letters "z", "x", "c", "v", "b", "' (apostrophe)", "m", ", (comma)", ". (period)", characterized in that the powered communication device further comprises: at least one first sensor (308, 310) embedded in at least one key of the keyboard and connected to a processor in communication with the powered communication device, and at least one second sensor (308, 310) embedded in at least one key of the keyboard and connected to the processor in communication with the powered communication device, wherein the processor is configured to determine an onset of symptoms of CTS from first and second signals obtained from the at least one first sensor and at least one second sensor. a keyboard comprising a set of keys arranged to minimize the amount of finger movement required of a user during typing, the set of keys divided into a top row, a home row, and a bottom row; the top row comprising the letters "q", "w", "f", "g", "j", "y", "u", "k", "; (semi-colon)", "p"; the home row comprising the letters "a", "s", "d", "e", "i", "h", "o", "t", "l", "r", "n"; the bottom row comprising the letters "z", "x", "c", "v", "b", "' (apostrophe)", "m", ", (comma)", ". (period)", characterized in that the powered communication device further comprises: at least one first sensor (308, 310) embedded in at least one key of the keyboard and connected to a processor in communication with the powered communication device, and at least one second sensor (308, 310) embedded in at least one key of the keyboard and connected to the processor in communication with the powered communication device, wherein the processor is configured to determine an onset of symptoms of CTS from first and second signals obtained from the at least one first sensor and at least one second sensor. at least one first sensor (308, 310) embedded in at least one key of the keyboard and connected to a processor in communication with the powered communication device, and at least one second sensor (308, 310) embedded in at least one key of the keyboard and connected to the processor in communication with the powered communication device, wherein the processor is configured to determine an onset of symptoms of CTS from first and second signals obtained from the at least one first sensor and at least one second sensor.
A method for executing a cryptographic computation in protected manner, in which a cryptographic key is employed, protected against an error attack which aims at modifying the key, wherein in the method - at least one check computation corresponding to the computation is carried out, in order to reveal an error attack on the key, and, - in the case that an error attack on the key is revealed, an error treatment measure is initiated, characterized in that in the check computation a selected check key that is equal for different keys and equal selected check input data are employed. - at least one check computation corresponding to the computation is carried out, in order to reveal an error attack on the key, and, - in the case that an error attack on the key is revealed, an error treatment measure is initiated,
A gas turbine engine component comprising: a main body having a leading edge and a flowpath surface proximate the leading edge; a leading edge wall including an elongated transition portion and a cooling hole (104; 304), the elongated transition portion extending between the leading edge and the flowpath surface of the main body; and a leading edge cooling passage comprising an axial flow cooling passage defined within the main body, the leading edge cooling passage adjacent to the leading edge wall wherein the leading edge cooling passage has a leading edge cooling passage inlet aft of a leading edge cooling passage outlet, the leading edge cooling passage outlet communicating with the cooling hole, wherein a cooling flow through the gas turbine engine component comprises an axial cooling flow in a forward direction toward the leading edge wall; characterised in that the leading edge wall is a constant distance from the leading edge cooling passage; the cooling hole (104; 304) is a film cooling hole that is disposed in the elongated transition portion of the leading edge wall; and the elongated transition portion has a cross-sectional profile that is configured as a segment of an ellipse. a main body having a leading edge and a flowpath surface proximate the leading edge; a leading edge wall including an elongated transition portion and a cooling hole (104; 304), the elongated transition portion extending between the leading edge and the flowpath surface of the main body; and a leading edge cooling passage comprising an axial flow cooling passage defined within the main body, the leading edge cooling passage adjacent to the leading edge wall wherein the leading edge cooling passage has a leading edge cooling passage inlet aft of a leading edge cooling passage outlet, the leading edge cooling passage outlet communicating with the cooling hole, wherein a cooling flow through the gas turbine engine component comprises an axial cooling flow in a forward direction toward the leading edge wall; characterised in that the leading edge wall is a constant distance from the leading edge cooling passage; the cooling hole (104; 304) is a film cooling hole that is disposed in the elongated transition portion of the leading edge wall; and the elongated transition portion has a cross-sectional profile that is configured as a segment of an ellipse.
A structure suitable to be used as chamber pot, a pot holder for plants or a water bowl for pets made of a structure having a substantially hollow prismoid shape, said structure erected from a polygonal sheet having a shape of an annulus sector, comprising a first row and a second row, each comprising at least three panels (12, 14), each panel having a first edge and a second edge (P1, P2) and opposite tapering edges extending therebetween; wherein a) the at least three panels (12, 14) in each of the first row and the second row are hingedly articulated to one another through their respective tapering edges coinciding with the radius of the annulus; and b) the panels of the first row and of the second row are further radially, hingedly articulated through the second edge of the first row and the first edge of the second row, respectively, said structure being erected by folding the polygonal sheet along the articulation between the first row and the second row, giving rise to a ridge, and wherein the first edge of the first row and the second edge of the second row are substantially leveled and form a base of the structure and the folded polygonal sheet has an inner cavity defined by the panels of the second row, and an external envelope defined by the panels of the first row, characterized in that a articulation of each two radially aligned panels extending on the first row and the second row, respectively takes place through an intermediate panel having a shape of an isosceles, such that two neighboring intermediate panels form the shape of a rhombus, and wherein the erected folded structure gives rise to a substantially hollow prismoid, and wherein the articulation between the two rows is fitted with a padding member, and wherein the ridge is fitted with a padding member. a) the at least three panels (12, 14) in each of the first row and the second row are hingedly articulated to one another through their respective tapering edges coinciding with the radius of the annulus; and b) the panels of the first row and of the second row are further radially, hingedly articulated through the second edge of the first row and the first edge of the second row, respectively, said structure being erected by folding the polygonal sheet along the articulation between the first row and the second row, giving rise to a ridge, and wherein the first edge of the first row and the second edge of the second row are substantially leveled and form a base of the structure and the folded polygonal sheet has an inner cavity defined by the panels of the second row, and an external envelope defined by the panels of the first row, characterized in that a articulation of each two radially aligned panels extending on the first row and the second row, respectively takes place through an intermediate panel having a shape of an isosceles, such that two neighboring intermediate panels form the shape of a rhombus, and wherein the erected folded structure gives rise to a substantially hollow prismoid, and wherein the articulation between the two rows is fitted with a padding member, and wherein the ridge is fitted with a padding member.
A method of controlling a vehicle transmission, the vehicle transmission having a power shift gearbox, the power shift gearbox having a power shift input shaft, a power shift output shaft, power shift input gearing and power shift output gearing, and a plurality of power shift clutches to drivingly connect the power shift input gearing and the power shift output gearing, and a master clutch operable to connect the power shift input shaft to a prime mover, the plurality of power shift clutches comprises a first plurality of power shift clutches (A, B, R) operable to connect the power shift input gearing to an intermediate gearing and a second plurality of power shift clutches (C, D, E) operable to connect the intermediate gearing to the power shift output gearing the method comprising the steps of: disengaging the master clutch, and engaging at least two of the first plurality of power shift clutches, or the method comprising the steps of: disengaging the master clutch, and engaging at least two of the second plurality of powershift clutches. disengaging the master clutch, and engaging at least two of the first plurality of power shift clutches, or disengaging the master clutch, and engaging at least two of the second plurality of powershift clutches.
An artificial solid electrolyte interface cathode material for use in a secondary battery, comprising: a cathode material selected from the group consisting of lithium iron phosphate, lithium manganese phosphate, lithium cobalt oxide, lithium manganese oxide, lithium nickel oxide, lithium nickel manganese cobalt oxide, lithium nickel cobalt aluminum oxide and lithium titanate; and a conductive polymer/carbon composite encapsulating at least part of the cathode material for forming an artificial SEI around the cathode of the secondary battery; wherein the conductive polymer/carbon composite is no more than 5% by weight of that of the artificial SEI cathode material; wherein the conductive polymer/carbon composite is consisting of a conductive polymer and a carbon material, in which the carbon material is no more than 25% by weight of that of the conductive polymer/carbon composite; and wherein the conductive polymer/carbon composite is selected from a group consisting of a polyaniline/graphene composite, a polypyrrole/graphene composite, a polyindole/graphene composite, a polythiophene/ graphene composite, a polyaniline-co-indole/ graphene composite, a polyaniline-pyrrole-copolymer/ graphene composite, and a polyaniline-thiophene copolymer/graphene composite. a cathode material selected from the group consisting of lithium iron phosphate, lithium manganese phosphate, lithium cobalt oxide, lithium manganese oxide, lithium nickel oxide, lithium nickel manganese cobalt oxide, lithium nickel cobalt aluminum oxide and lithium titanate; and a conductive polymer/carbon composite encapsulating at least part of the cathode material for forming an artificial SEI around the cathode of the secondary battery; wherein the conductive polymer/carbon composite is no more than 5% by weight of that of the artificial SEI cathode material; wherein the conductive polymer/carbon composite is consisting of a conductive polymer and a carbon material, in which the carbon material is no more than 25% by weight of that of the conductive polymer/carbon composite; and wherein the conductive polymer/carbon composite is selected from a group consisting of a polyaniline/graphene composite, a polypyrrole/graphene composite, a polyindole/graphene composite, a polythiophene/ graphene composite, a polyaniline-co-indole/ graphene composite, a polyaniline-pyrrole-copolymer/ graphene composite, and a polyaniline-thiophene copolymer/graphene composite.
A display device comprising: a substrate itself comprising: a plurality of light emitting display elements; a drive circuit (14, 18) that drives said plurality of light emitting display elements; a first electrode that is connected to said drive circuit; and a second electrode that is arranged between said first electrode and said drive circuit, said plurality of light emitting display elements being arranged between said first electrode and said second electrode, characterized in that said first electrode, said second electrode, said light emitting display elements, and said drive circuit are all located on the same side of said substrate. a substrate itself comprising: a plurality of light emitting display elements; a drive circuit (14, 18) that drives said plurality of light emitting display elements; a first electrode that is connected to said drive circuit; and a second electrode that is arranged between said first electrode and said drive circuit, said plurality of light emitting display elements being arranged between said first electrode and said second electrode, a plurality of light emitting display elements; a drive circuit (14, 18) that drives said plurality of light emitting display elements; a first electrode that is connected to said drive circuit; and a second electrode that is arranged between said first electrode and said drive circuit, said plurality of light emitting display elements being arranged between said first electrode and said second electrode,
A method for manufacturing a part to compensate for residual stress distortion, comprising: obtaining a first part based on a nominal part, wherein the first part is distorted from the nominal part by residual stress; determining a variation of the first part from the nominal part caused by distortion by residual stress, and determining a contour that approximates the variation for at least a portion of the first part distorted by residual stress; inverting the contour about a corresponding portion of the nominal part such that the inverted contour is offset relative to the nominal part to compensate for the variation; and making a second part using the offset of the variation; determining a tool path configured to machine the inverted contour; and wherein said making a second part comprises machining the second part using the tool path, wherein residual stress distorts the second part within tolerance of the nominal part. obtaining a first part based on a nominal part, wherein the first part is distorted from the nominal part by residual stress; determining a variation of the first part from the nominal part caused by distortion by residual stress, and determining a contour that approximates the variation for at least a portion of the first part distorted by residual stress; inverting the contour about a corresponding portion of the nominal part such that the inverted contour is offset relative to the nominal part to compensate for the variation; and making a second part using the offset of the variation; determining a tool path configured to machine the inverted contour; and wherein said making a second part comprises machining the second part using the tool path, wherein residual stress distorts the second part within tolerance of the nominal part.
An inductor device for an induction cooking unit, adapted to be disposed under a glass-ceramic plate, comprising at least first and second individual coils (3A and 3B) having electrically conducting winding, disposed beside each other in a first plane, characterized in that it comprises a magnetic conducting element forming a coupling means extending under the first individual coil and under the second individual coil so as to magnetically couple said first and second individual coils (3A and 3B).
A silo group comprising a silo body extending in length around a silo axis (X-X) between a bottom and a top, wherein the silo group comprises a support structure which engages said bottom to support the silo group on a ground plane positioning the silo body in an elevated position from said ground plane, wherein the support structure comprises at least three silo legs, preferably four, arranged angularly equidistant with respect to the silo axis (X-X), having longitudinal extension substantially parallel to the silo axis (X-X), each leg comprising a substantially planar lower plate, parallel to the ground plane; wherein the silo group comprises an attachment system suitable to allow each leg to be attached to the ground plane, wherein the attachment system comprises: i) a bottom plate, attached to the ground plane, having a substantially planar extension parallel to the ground plane; ii) a plurality of centering elements, preferably four, extending in height starting from said bottom plate, substantially parallel to the silo axis (X-X); wherein each of said plurality of centering elements is engageable in an axially movable manner to the respective leg, in particular to the lower plate, such that the leg is centered in axis and axially spaced from said bottom plate defining with it an operating region; wherein the silo group is characterized in that the attachment system comprises a torsional damping device, housed in said operating region, engaging the bottom plate and the leg, suitable to unload a torsional action on the leg to the bottom plate so as to prevent said action from acting exclusively on the centering elements. wherein the silo group comprises an attachment system suitable to allow each leg to be attached to the ground plane, wherein the attachment system comprises: i) a bottom plate, attached to the ground plane, having a substantially planar extension parallel to the ground plane; ii) a plurality of centering elements, preferably four, extending in height starting from said bottom plate, substantially parallel to the silo axis (X-X); i) a bottom plate, attached to the ground plane, having a substantially planar extension parallel to the ground plane; ii) a plurality of centering elements, preferably four, extending in height starting from said bottom plate, substantially parallel to the silo axis (X-X); wherein each of said plurality of centering elements is engageable in an axially movable manner to the respective leg, in particular to the lower plate, such that the leg is centered in axis and axially spaced from said bottom plate defining with it an operating region; wherein the silo group is characterized in that the attachment system comprises a torsional damping device, housed in said operating region, engaging the bottom plate and the leg, suitable to unload a torsional action on the leg to the bottom plate so as to prevent said action from acting exclusively on the centering elements.
A method of performing localization of a handheld device with respect to a wearable device, the method comprising: capturing, by a handheld imaging device mounted on the handheld device, a world image containing one or more features surrounding the handheld device; capturing, by a wearable imaging device mounted on the wearable device, a fiducial image containing a number of fiducials (306, 322) affixed to the handheld device; determining the number of fiducials (306, 322) contained in the fiducial image; selecting an operating state of a plurality of operating states based on the number of fiducials (306, 322) contained in the fiducial image; in response to selecting a first operating state, updating a position and an orientation of the handheld device using solely the fiducial image; and in response to selecting a second operating state, updating the position and the orientation of the handheld device using the world image and the fiducial image. capturing, by a handheld imaging device mounted on the handheld device, a world image containing one or more features surrounding the handheld device; capturing, by a wearable imaging device mounted on the wearable device, a fiducial image containing a number of fiducials (306, 322) affixed to the handheld device; determining the number of fiducials (306, 322) contained in the fiducial image; selecting an operating state of a plurality of operating states based on the number of fiducials (306, 322) contained in the fiducial image; in response to selecting a first operating state, updating a position and an orientation of the handheld device using solely the fiducial image; and in response to selecting a second operating state, updating the position and the orientation of the handheld device using the world image and the fiducial image.