mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting lithium plating in a rechargeable battery, wherein the method comprises: obtaining an open-circuit voltage of a rechargeable battery and a negative electrode open-circuit voltage of the rechargeable battery based on a state of charge of the rechargeable battery; obtaining a negative electrode polarization voltage of the rechargeable battery based on the open-circuit voltage of the rechargeable battery, a terminal voltage of the rechargeable battery, and a polarization proportion of the rechargeable battery, wherein the polarization proportion of the rechargeable battery represents a proportion that is of a negative electrode polarization voltage of the rechargeable battery to a polarization voltage of the rechargeable battery and that is obtained when the rechargeable battery is at a lithium plating critical point; obtaining a negative electrode voltage of the rechargeable battery based on the negative electrode open-circuit voltage of the rechargeable battery and the negative electrode polarization voltage of the rechargeable battery; and determining, based on the negative electrode voltage of the rechargeable battery, whether lithium plating occurs in the rechargeable battery. obtaining an open-circuit voltage of a rechargeable battery and a negative electrode open-circuit voltage of the rechargeable battery based on a state of charge of the rechargeable battery; obtaining a negative electrode polarization voltage of the rechargeable battery based on the open-circuit voltage of the rechargeable battery, a terminal voltage of the rechargeable battery, and a polarization proportion of the rechargeable battery, wherein the polarization proportion of the rechargeable battery represents a proportion that is of a negative electrode polarization voltage of the rechargeable battery to a polarization voltage of the rechargeable battery and that is obtained when the rechargeable battery is at a lithium plating critical point; obtaining a negative electrode voltage of the rechargeable battery based on the negative electrode open-circuit voltage of the rechargeable battery and the negative electrode polarization voltage of the rechargeable battery; and determining, based on the negative electrode voltage of the rechargeable battery, whether lithium plating occurs in the rechargeable battery.
A lightweight board - with an upper cover layer (1.1) extending in a longitudinal direction, - with a lower cover layer (1.2) extending parallel to the upper cover layer (1.1), said lower cover layer being spaced apart from the upper cover layer (1.1) in a direction normal to the longitudinal direction, - with a light middle layer (1.3) extending between the upper cover layer (1.1) and the lower cover layer (1.2) and - with a separate bar, made of wood or wood-based material, extending between the upper cover layer (1.1) and the lower cover layer (1.2), wherein the bar is connected to the two cover layers (1.1, 1.2) and comprises a machine-worked groove profile, which is constituted for mechanical locking in a direction normal to the longitudinal direction with a corresponding profile of a further component (1, 5, 6, 6'), characterised in that the groove profile is further constituted for mechanical locking in the longitudinal direction with a corresponding profile of a further component (1, 5, 6, 6'). - with an upper cover layer (1.1) extending in a longitudinal direction, - with a lower cover layer (1.2) extending parallel to the upper cover layer (1.1), said lower cover layer being spaced apart from the upper cover layer (1.1) in a direction normal to the longitudinal direction, - with a light middle layer (1.3) extending between the upper cover layer (1.1) and the lower cover layer (1.2) and - with a separate bar, made of wood or wood-based material, extending between the upper cover layer (1.1) and the lower cover layer (1.2), wherein the bar is connected to the two cover layers (1.1, 1.2) and comprises a machine-worked groove profile, which is constituted for mechanical locking in a direction normal to the longitudinal direction with a corresponding profile of a further component (1, 5, 6, 6'),
A non-propellant sublingual fentanyl formulation comprising discrete liquid droplets of an effective amount of fentanyl in a pharmaceutically acceptable liquid carrier said droplets having a mean diameter of at least about 10 microns, wherein said fentanyl formulation is configured for sublingual delivery and wherein the sublingual formulation comprises from about 0.1% to about 0.8% by weight of fentanyl or a pharmaceutically acceptable salt thereof; from about 20% to about 60% by weight of ethanol; and from about 4% to about 6% by weight of propylene glycol.
A crimping device for crimping expandable prosthetic heart valves having support frames or stents comprising: a plurality of crimping jaws (44, 44a, 44b, 122, 144) in meshing engagement and circumferentially arranged around a crimping orifice having a central crimping axis, wherein the crimping jaws (44, 44a, 44b, 122, 144) each comprise an assembly of a pair of spaced apart traveling blocks and a radially inner crimping wedge (82, 306) that extends therebetween; a rotating cam wheel (62, 318) adapted to act on the crimping jaws (44, 44a, 44b, 122, 144) and displace them generally radially inward, the cam wheel (62, 318) including two disks having spiral cam slots that act on cams secured to each of the flanking traveling blocks and that extend axially inward into the cam slots; a stationary outer housing (42, 302) containing the cam wheel (62, 318) and crimping jaws (44, 44a, 44b, 122, 144); and an actuation mechanism including a lead screw for rotating the cam wheel (62,318); wherein the pair of traveling blocks of at least some of the crimping jaws (44, 44a, 44b, 122, 144) are constrained by fixed grooves in the outer housing (42, 302) for movement along lines that are tangential to a circle around the central axis such that all of the crimping wedges (82, 306) of the crimping jaws (44, 44a, 44b, 122, 144) translate inward along radial lines toward the crimping axis. a plurality of crimping jaws (44, 44a, 44b, 122, 144) in meshing engagement and circumferentially arranged around a crimping orifice having a central crimping axis, wherein the crimping jaws (44, 44a, 44b, 122, 144) each comprise an assembly of a pair of spaced apart traveling blocks and a radially inner crimping wedge (82, 306) that extends therebetween; a rotating cam wheel (62, 318) adapted to act on the crimping jaws (44, 44a, 44b, 122, 144) and displace them generally radially inward, the cam wheel (62, 318) including two disks having spiral cam slots that act on cams secured to each of the flanking traveling blocks and that extend axially inward into the cam slots; a stationary outer housing (42, 302) containing the cam wheel (62, 318) and crimping jaws (44, 44a, 44b, 122, 144); and an actuation mechanism including a lead screw for rotating the cam wheel (62,318); wherein the pair of traveling blocks of at least some of the crimping jaws (44, 44a, 44b, 122, 144) are constrained by fixed grooves in the outer housing (42, 302) for movement along lines that are tangential to a circle around the central axis such that all of the crimping wedges (82, 306) of the crimping jaws (44, 44a, 44b, 122, 144) translate inward along radial lines toward the crimping axis.
Gyroscopic sensor comprising: - a sensitive element having a hemispherical or bell shape; the sensitive element being designed to vibrate; - an electrode carrier capable of carrying excitation/detection electrodes for exciting the sensitive element and for detecting the vibration of the sensitive element; and - elements (10, 16) for supporting the electrode carrier; characterized in that the supporting elements (10, 16) comprise a base made of a material having a density of less than 5 kg/dm 3, and the square root of the ratio of Young's modulus divided by said density is greater than 9 GPa 1/2.dm 3/2.kg -1/2. - a sensitive element having a hemispherical or bell shape; the sensitive element being designed to vibrate; - an electrode carrier capable of carrying excitation/detection electrodes for exciting the sensitive element and for detecting the vibration of the sensitive element; and - elements (10, 16) for supporting the electrode carrier;
A bill-separating-and-stacking unit comprising: a sheet roller configured to hit bills entering a bill-stacking space with a sheet, which is rotated, and configured to guide the bills to be stacked; a push plate configured to perform reciprocation and support the bills which are stacked in the bill-stacking space; and a shutter which is rotated in one direction to be located in a stacking position so that the sheet of the sheet roller is rotatable to an upper side of the bill-stacking space when the bills are stacked, and is rotated in a direction opposite the one direction to be located in a separating position so that the sheet is prevented from protruding to the upper side of the bill-stacking space when the bills are separated; the bill-separating-and-stacking unit characterized by further comprising: a push-plate-and-shutter driving unit having a single driving source such that the push plate is worked in conjunction with the shutter. a sheet roller configured to hit bills entering a bill-stacking space with a sheet, which is rotated, and configured to guide the bills to be stacked; a push plate configured to perform reciprocation and support the bills which are stacked in the bill-stacking space; and a shutter which is rotated in one direction to be located in a stacking position so that the sheet of the sheet roller is rotatable to an upper side of the bill-stacking space when the bills are stacked, and is rotated in a direction opposite the one direction to be located in a separating position so that the sheet is prevented from protruding to the upper side of the bill-stacking space when the bills are separated; the bill-separating-and-stacking unit characterized by further comprising: a push-plate-and-shutter driving unit having a single driving source such that the push plate is worked in conjunction with the shutter.
An exhaust gas purification catalyst carrier, characterized by comprising a modified aluminum borate which contains aluminum borate represented by formula 10Al 2 O 3.2B 2 O 3 or formula 9Al 2 O 3.2B 2 O 3 and one addition element containing two elements which are La and Pr, the addition element being supported on the outer surface of aluminum borate entities as an addition element oxide, and the ratio (amount of addition element oxide)/( amount of aluminum borate + amount of addition element oxide) being 6 to 13 mass %.
A magnetorheological fluid shock absorber that uses a magnetorheological fluid having a viscosity that is varied by an action of a magnetic field, comprising: a tubular cylinder formed from a non-magnetic material, in which the magnetorheological fluid is sealed; a piston formed from a non-magnetic material and disposed in the cylinder to be free to slide at an interval, through which the magnetorheological fluid can pass, relative to an inner periphery of the cylinder; a piston rod to which the piston is connected; and a magnet portion attached to the cylinder in order to apply a magnetic field to an interior of the cylinder, wherein the magnet portion comprises a pair of permanent magnets that are respectively formed in an arc shape having an inner peripheral shape that aligns with an outer periphery of the cylinder, magnetized in a circumferential direction, and disposed so as to face each other with a clearance about a central axis of the cylinder, and the magnetorheological fluid shock absorber further comprises a support member formed from a non-magnetic material, the support member supporting and fixing the pair of permanent magnets so that the pair of permanent magnets faces each other with the clearance. a tubular cylinder formed from a non-magnetic material, in which the magnetorheological fluid is sealed; a piston formed from a non-magnetic material and disposed in the cylinder to be free to slide at an interval, through which the magnetorheological fluid can pass, relative to an inner periphery of the cylinder; a piston rod to which the piston is connected; and a magnet portion attached to the cylinder in order to apply a magnetic field to an interior of the cylinder, wherein the magnet portion comprises a pair of permanent magnets that are respectively formed in an arc shape having an inner peripheral shape that aligns with an outer periphery of the cylinder, magnetized in a circumferential direction, and disposed so as to face each other with a clearance about a central axis of the cylinder, and the magnetorheological fluid shock absorber further comprises a support member formed from a non-magnetic material, the support member supporting and fixing the pair of permanent magnets so that the pair of permanent magnets faces each other with the clearance.
A modular flexible ligament damper comprising: a cylindrical inner structure with a central axis and an outer cylindrical surface; an outer casing with an inner cylindrical surface, wherein the outer casing is positioned around the inner structure; and a modular ligament comprised of an inner flange at a first end and an outer flange at a second end connected by a web, wherein the inner flange is connected to the inner structure and the outer flange is connected to the casing to support the inner structure within the casing and to permit substantially free orbital movement of the inner structure on a plane substantially perpendicular to the axis of the inner structure, wherein fasteners and locating components connect and align the inner flange to the inner structure and the outer flange to the casing to permit disassembly and reassembly of the damper, and wherein the modular ligament has a shape that allows flexing in a radial direction relative to the axis of the inner structure. a cylindrical inner structure with a central axis and an outer cylindrical surface; an outer casing with an inner cylindrical surface, wherein the outer casing is positioned around the inner structure; and a modular ligament comprised of an inner flange at a first end and an outer flange at a second end connected by a web, wherein the inner flange is connected to the inner structure and the outer flange is connected to the casing to support the inner structure within the casing and to permit substantially free orbital movement of the inner structure on a plane substantially perpendicular to the axis of the inner structure, wherein fasteners and locating components connect and align the inner flange to the inner structure and the outer flange to the casing to permit disassembly and reassembly of the damper, and wherein the modular ligament has a shape that allows flexing in a radial direction relative to the axis of the inner structure.
Method for performing a wind direction measurement for a wind turbine, the method comprising: measuring plural samples of a relative wind direction (α) representing a difference angle between a real wind direction and an orientation of a measurement equipment, in particular a direction orthogonal to a rotor blade plane, to obtain plural measured relative wind directions (α'); deriving a measured relative wind direction change (53, 39) based on the measured relative wind directions (α'); measuring plural samples of a performance parameter indicating a performance of the wind turbine; deriving a performance change (61, 39) based on the plural samples of the performance parameter; determining a correlation value between the measured relative wind direction change and the performance change; measuring further plural samples of the relative wind direction; and correcting the further measured relative wind directions based on the correlation value, to obtain corrected further measured relative wind directions (α"). measuring plural samples of a relative wind direction (α) representing a difference angle between a real wind direction and an orientation of a measurement equipment, in particular a direction orthogonal to a rotor blade plane, to obtain plural measured relative wind directions (α'); deriving a measured relative wind direction change (53, 39) based on the measured relative wind directions (α'); measuring plural samples of a performance parameter indicating a performance of the wind turbine; deriving a performance change (61, 39) based on the plural samples of the performance parameter; determining a correlation value between the measured relative wind direction change and the performance change; measuring further plural samples of the relative wind direction; and correcting the further measured relative wind directions based on the correlation value, to obtain corrected further measured relative wind directions (α").
A vapor beautifying and hair conditioning machine comprising a main machine and an ejection gun for ejecting vapor; wherein, the ejection gun is communicated with the main machine via a hose, characterised in that the main machine is provided with a socket, and one end of the hose is provided with a plug that is capable of being inserted in the socket; the socket is provided therein with a hose connector male end and a latching groove, the plug is provided therein with a hose connector female end and a latching member, and the hose connector male end and the hose connector female end engage with each other; when the plug is inserted in the socket, the latching member is inserted and held in the latching groove.
A semi-automatic connector for flexible circuit, comprising a lead wire, an upper housing (1;21), a lower housing (2,22), an insert snap portion (4,24,27), a button hole (1.1;21.1) opening on the upper housing and a button (3;23) being disposed in the button hole, characterized in that a circuit board (5;25) is disposed in the lower housing and a top surface of the circuit board is provided with elastic sheets (5.1;25.1), the circuit board being connected to one end of the lead wire; the insert snap portion (4;24,27) is disposed above the circuit board (5;25) with a cavity to receive a flexible circuit pad (8;28); the insert snap portion (4;24,27) includes two elastic arms (4.1;27.1) in parallel and a barb snap (4.1.1;27.1.2) is provided on a free end of each flexible arm; within the cavity, the flexible circuit pad (8;28) can be being locked as the two barb snaps (4.1.1;27.1.2) engaging with recesses (8.1;28.1) on the flexible circuit pad (8;28) and the bottom surface of the flexible circuit pad can be in close contact with the elastic sheets (5.1;25.1) on the top surface of the circuit board (5;25); as the button (3;23) is being pressed downwards, the elastic arms (4.1;27.1) are bent until the two barb snaps (4.1.1;27.1.2) on the insert snap portion can move out of the recesses of the flexible circuit pad.
Moisture regulating element for use in packaging, which comprises a layer of cellulose fibres, a base layer arranged above or below the layer of cellulose fibres, and a cover layer, which is arranged on the side opposite the base layer, and optional further layers, wherein the layer of cellulose fibres is substantially constructed of irregularly arranged cellulose fibres, which are connected with each other in some areas through pressing whilst compacting the cellulose fibres in the pressed areas, the base layer and the cover layer are identical or different and are fleece or tissue, characterised in that the layer of cellulose fibres contains means in a solid form, which can regulate the moisture content and are selected from inorganic salts and sugars.
A device for feeding sheet products into a thick sheet feeding machine comprising an insertion gantry, a feed carriage with the ability to slide along a pair of rails located on respective walls, the device being characterized in that it comprises: - an insertion head configured by a gantry in turn comprising: - a crosspiece and support legs adapted to be positioned on the rails; and - a system of suction cups located in the crosspiece through a forward movement mechanism allowing it to move, the system of suction cups being connected to a pneumatic circuit; - an insertion module with the ability to move vertically on guides located in the insertion gantry, - a base for locating a stack of sheets to be treated, and - an alignment control device for aligning the stack of sheets with respect to the insertion module such that: - the system of suction cups is able to suction a sheet when positioned above it by means of a vacuum generated by a pneumatic circuit to which it is connected, - the forward movement mechanism provides the system of suction cups with the ability to move in the direction of the insertion gantry. - an insertion head configured by a gantry in turn comprising: - a crosspiece and support legs adapted to be positioned on the rails; and - a system of suction cups located in the crosspiece through a forward movement mechanism allowing it to move, the system of suction cups being connected to a pneumatic circuit; - a crosspiece and support legs adapted to be positioned on the rails; and - a system of suction cups located in the crosspiece through a forward movement mechanism allowing it to move, the system of suction cups being connected to a pneumatic circuit; - an insertion module with the ability to move vertically on guides located in the insertion gantry, - a base for locating a stack of sheets to be treated, and - an alignment control device for aligning the stack of sheets with respect to the insertion module - the system of suction cups is able to suction a sheet when positioned above it by means of a vacuum generated by a pneumatic circuit to which it is connected, - the forward movement mechanism provides the system of suction cups with the ability to move in the direction of the insertion gantry.
A method for making a mascara brush having a core formed by lengths of metallic wire helically twisted together and a bristle portion having a plurality of bristles extending radially from the core comprising the steps of: - providing lengths of metallic wire; - providing a plurality of discrete filaments, some of which are shape memory polymer filaments adapted to have a first programmed, i.e., temporary, configuration during assembly of the bristle portion, and a second original configuration in response to an external stimulus applied subsequent to assembly of the bristle portion; - placing the filaments between the lengths of metallic wire; - gripping the filaments medially of their outer ends by twisting the lengths of wire about each other so as to form said bristle portion having a plurality of pairs of bristles made of said discrete filaments extending radially from the core made of said lengths of helically twisted together metallic wire; - subsequently applying an external stimulus to the bristle portion to change the configuration of said shape memory polymer filaments in a pre-determined way from said first programmed, i.e., temporary, configuration to the second original configuration. - providing lengths of metallic wire; - providing a plurality of discrete filaments, some of which are shape memory polymer filaments adapted to have a first programmed, i.e., temporary, configuration during assembly of the bristle portion, and a second original configuration in response to an external stimulus applied subsequent to assembly of the bristle portion; - placing the filaments between the lengths of metallic wire; - gripping the filaments medially of their outer ends by twisting the lengths of wire about each other so as to form said bristle portion having a plurality of pairs of bristles made of said discrete filaments extending radially from the core made of said lengths of helically twisted together metallic wire; - subsequently applying an external stimulus to the bristle portion to change the configuration of said shape memory polymer filaments in a pre-determined way from said first programmed, i.e., temporary, configuration to the second original configuration.