mhurhangee/ep-ind-claims huggingface dataset:
A method for a system for servicing variable frequency drives, comprising: maintaining by the system a block chain for storing license keys and transactions corresponding to hardware configurations of variable frequency drives; obtaining, by the system from a user device connected to the system, a hardware fingerprint identifying a hardware configuration of a variable frequency drive, the hardware fingerprint being specific to the hardware components over which the hardware fingerprint is calculated, whereby a change in any of the hardware components over which the hardware fingerprint is calculated results in a change of the hardware fingerprint; determining, by the system, whether the hardware fingerprint is different than a previous hardware fingerprint of the variable frequency drive; when the hardware fingerprint is different than a previous hardware fingerprint, generating, by the system, based on the hardware fingerprint, one or more license keys corresponding to the hardware fingerprint for the variable frequency drive; and causing to generate, by the system, a new block to the block chain, said new block comprising the generated license keys and transaction information corresponding to the hardware fingerprint. The method further comprising: authenticating, the variable frequency drive using received hardware fingerprint generated by the variable frequency drive; and providing for download to the variable frequency drive, one or more software packages corresponding to the received hardware fingerprint; maintaining by the system a block chain for storing license keys and transactions corresponding to hardware configurations of variable frequency drives; obtaining, by the system from a user device connected to the system, a hardware fingerprint identifying a hardware configuration of a variable frequency drive, the hardware fingerprint being specific to the hardware components over which the hardware fingerprint is calculated, whereby a change in any of the hardware components over which the hardware fingerprint is calculated results in a change of the hardware fingerprint; determining, by the system, whether the hardware fingerprint is different than a previous hardware fingerprint of the variable frequency drive; when the hardware fingerprint is different than a previous hardware fingerprint, generating, by the system, based on the hardware fingerprint, one or more license keys corresponding to the hardware fingerprint for the variable frequency drive; and causing to generate, by the system, a new block to the block chain, said new block comprising the generated license keys and transaction information corresponding to the hardware fingerprint. The method further comprising: authenticating, the variable frequency drive using received hardware fingerprint generated by the variable frequency drive; and providing for download to the variable frequency drive, one or more software packages corresponding to the received hardware fingerprint;
A stranded cable (10, 10', 11, 11'), comprising: a single wire (1,2) defining a center longitudinal axis; a first plurality of composite wires stranded around the single wire (1, 2) in a first lay direction at a first lay angle (α) defined relative to the center longitudinal axis and having a first lay length; and a second plurality of composite wires stranded around the first plurality of composite wires in the first lay direction at a second lay angle define elative to the center longitudinal axis and having a second lay length (L'), characterized in that a relative difference between the first lay angle (α) and the second lay angle (β) is greater than 0° and no greater than about 4°. a single wire (1,2) defining a center longitudinal axis; a first plurality of composite wires stranded around the single wire (1, 2) in a first lay direction at a first lay angle (α) defined relative to the center longitudinal axis and having a first lay length; and a second plurality of composite wires stranded around the first plurality of composite wires in the first lay direction at a second lay angle define elative to the center longitudinal axis and having a second lay length (L'), characterized in that a relative difference between the first lay angle (α) and the second lay angle (β) is greater than 0° and no greater than about 4°.
A flow battery comprising: a first aqueous electrolyte comprising a first redox active metal-ligand coordination compound; a second aqueous electrolyte comprising a second redox active metal-ligand coordination compound; a first electrode in contact with said first aqueous electrolyte; a second electrode in contact with said second aqueous electrolyte and a separator disposed between said first aqueous electrolyte and said second aqueous electrolyte; wherein the first redox active metal-ligand coordination compound has a formula comprising M x y z m, where M is selected from the group consisting of Al, Ce, Co, Cr, Fe, Mn, Mo, Sn, Ti, W, or Zr, wherein x, y, and z are selected from the group consisting of (a) x = 3, y = z = 0; (b) x = 2, y = 1, z = 0; and (c) x = 1, y = 1, z = 1; m is independently -5, -4, -3, -2, -1, 0; and L1, L2, and L3 are each independently ascorbate, catecholate, citrate, a glycolate, gluconate, glycinate, α-hydroxyalkanoate, β-hydroxyalkanoate, γ-hydroxyalkanoate, malate, maleate, phthalate, a polyol, sarcosinate, salicylate, lactate,: wherein the second redox active metal-ligand coordination compound comprises a chromium, iron, or manganese cyanide compound. a first aqueous electrolyte comprising a first redox active metal-ligand coordination compound; a second aqueous electrolyte comprising a second redox active metal-ligand coordination compound; a first electrode in contact with said first aqueous electrolyte; a second electrode in contact with said second aqueous electrolyte and a separator disposed between said first aqueous electrolyte and said second aqueous electrolyte; wherein the first redox active metal-ligand coordination compound has a formula comprising M x y z m, where M is selected from the group consisting of Al, Ce, Co, Cr, Fe, Mn, Mo, Sn, Ti, W, or Zr, wherein x, y, and z are selected from the group consisting of (a) x = 3, y = z = 0; (b) x = 2, y = 1, z = 0; and (c) x = 1, y = 1, z = 1; m is independently -5, -4, -3, -2, -1, 0; and L1, L2, and L3 are each independently ascorbate, catecholate, citrate, a glycolate, gluconate, glycinate, α-hydroxyalkanoate, β-hydroxyalkanoate, γ-hydroxyalkanoate, malate, maleate, phthalate, a polyol, sarcosinate, salicylate, lactate,: wherein the second redox active metal-ligand coordination compound comprises a chromium, iron, or manganese cyanide compound.
A water soluble pouch comprising: a water soluble first sheet; a water soluble second sheet joined to said water soluble first sheet to at least partially define a chamber containing a substrate treatment agent; and an ink; wherein each of said first sheet and said second sheet have an interior surface and an opposing exterior surface; wherein said chamber is at least partially defined by said interior surface of said first sheet and said interior surface of said second sheet; and wherein said ink comprises a pigment wherein said pigment is a diketopyrrolo-pyrrole of the general formula wherein each R can be the same or different and each R represents a cyano group, methyl or an alkyl group, a hydrogen group, a phenyl group, or a halogen group; wherein said ink is between said substrate treatment agent and at least one of said interior surface of said first sheet and said interior surface of said second sheet. a water soluble first sheet; a water soluble second sheet joined to said water soluble first sheet to at least partially define a chamber containing a substrate treatment agent; and an ink; wherein each of said first sheet and said second sheet have an interior surface and an opposing exterior surface; wherein said chamber is at least partially defined by said interior surface of said first sheet and said interior surface of said second sheet; and wherein said ink comprises a pigment wherein said pigment is a diketopyrrolo-pyrrole of the general formula wherein each R can be the same or different and each R represents a cyano group, methyl or an alkyl group, a hydrogen group, a phenyl group, or a halogen group; wherein said ink is between said substrate treatment agent and at least one of said interior surface of said first sheet and said interior surface of said second sheet.
A pants-type absorbent article, comprising: a front waist region to be placed on a front waist of a wearer; a rear waist region to be placed on a rear waist of the wearer; a crotch region located between the front waist region and the rear waist region; a front-back direction extending from the front waist region to the rear waist region; a waist opening defined by the front waist region and the rear waist region and disposed to surround a waist of the wearer; an external topsheet (70F, 70R) provided on at least one of the front waist region and the rear waist region; and an external backsheet (80F, 80R) bonded to the external topsheet (70F, 70R), wherein the external backsheet (80F, 80R) has a folded-back portion folded back at the waist opening, the folded-back portion extending beyond the external topsheet (70F, 70R) toward to the waist opening, a reinforcing sheet (200A, 200B) is provided to extend in a transverse direction orthogonally crossing the front-back direction and to overlap at least part of the folded-back portion, the reinforcing sheet (200A, 200B) has a length in the front-back direction longer than a length of the folded-back portion in the front-back direction, the reinforcing sheet (200A, 200B) is provided in both the front waist region and the rear waist region, and the reinforcing sheet provided in the rear waist region has a length in the front-back direction longer than a length of the reinforcing sheet provided in the front waist region. a front waist region to be placed on a front waist of a wearer; a rear waist region to be placed on a rear waist of the wearer; a crotch region located between the front waist region and the rear waist region; a front-back direction extending from the front waist region to the rear waist region; a waist opening defined by the front waist region and the rear waist region and disposed to surround a waist of the wearer; an external topsheet (70F, 70R) provided on at least one of the front waist region and the rear waist region; and an external backsheet (80F, 80R) bonded to the external topsheet (70F, 70R), wherein the external backsheet (80F, 80R) has a folded-back portion folded back at the waist opening, the folded-back portion extending beyond the external topsheet (70F, 70R) toward to the waist opening, a reinforcing sheet (200A, 200B) is provided to extend in a transverse direction orthogonally crossing the front-back direction and to overlap at least part of the folded-back portion, the reinforcing sheet (200A, 200B) has a length in the front-back direction longer than a length of the folded-back portion in the front-back direction, the reinforcing sheet (200A, 200B) is provided in both the front waist region and the rear waist region, and the reinforcing sheet provided in the rear waist region has a length in the front-back direction longer than a length of the reinforcing sheet provided in the front waist region.
A bi-stable brake actuator, comprising: a fixed core movable in a first direction; a coil disposed in the fixed core and configured to generate magnetic fields of opposite polarities when supplied with opposing currents, respectively; characterised by further comprising, a movable core at least partially inserted into the coil and disposed to move between retracted and extended positions with respect to the fixed core and the coil in exclusively a second direction defined orthogonally with respect to the first direction; and a permanent magnet assembly disposed to move between first and second positions in accordance with the coil being supplied with the opposing currents, respectively. a fixed core movable in a first direction; a coil disposed in the fixed core and configured to generate magnetic fields of opposite polarities when supplied with opposing currents, respectively; characterised by further comprising, a movable core at least partially inserted into the coil and disposed to move between retracted and extended positions with respect to the fixed core and the coil in exclusively a second direction defined orthogonally with respect to the first direction; and a permanent magnet assembly disposed to move between first and second positions in accordance with the coil being supplied with the opposing currents, respectively.
A light emitting module (100, 200, 210, 220, 230, 240, 250, 300) for illuminating an object, the light emitting module (100, 200, 210, 220, 230, 240, 250, 300) comprising: - a first light emitting element configured to emit first light, the first light having a color point of white light, - a second light emitting element (104, 204) configured to emit a peak of blue light, the peak of blue light having a peak wavelength (λp) in a range from 440 nanometer to 470 nanometer and having a spectral width that is smaller than 70 nanometers, the spectral width being expressed as a full width half maximum value. - a first light emitting element configured to emit first light, the first light having a color point of white light, - a second light emitting element (104, 204) configured to emit a peak of blue light, the peak of blue light having a peak wavelength (λp) in a range from 440 nanometer to 470 nanometer and having a spectral width that is smaller than 70 nanometers, the spectral width being expressed as a full width half maximum value.
Control system for blind slats, comprising: - a plurality of actuation axes, each mounted directly or indirectly on a slat of a blind, - a toothed sector interdependent in each case with an actuation axis, - an endless screw engaging in each case with a toothed sector, exhibiting a tubular shape with an interior longitudinal bore hole and an external screw thread, and - a connecting rod passing through a plurality of bore holes of the endless screws, the rod and the holes being configured in such a way that the connecting rod sets said endless screws in rotation, characterised in that the connecting rod is configured in a plurality of segments, one segment corresponding in each case to an endless screw, wherein each segment can slide longitudinally in relation to the bore holes of the endless screws, and wherein at least one stop is provided on a segment, in such a way as to allow for limiting of the sliding of said segment in relation to the interior longitudinal bore hole of the corresponding endless screw. - a plurality of actuation axes, each mounted directly or indirectly on a slat of a blind, - a toothed sector interdependent in each case with an actuation axis, - an endless screw engaging in each case with a toothed sector, exhibiting a tubular shape with an interior longitudinal bore hole and an external screw thread, and - a connecting rod passing through a plurality of bore holes of the endless screws, the rod and the holes being configured in such a way that the connecting rod sets said endless screws in rotation,
An interference detection method, comprising: acquiring (201 A), by a measuring base station, a measurement reference signal of an interfering base station and configuration information of the measurement reference signal; and detecting, by the measuring base station, a reception quality value of the measurement reference signal of the interfering base station according to the configuration information; wherein the detecting, by the measuring base station, the reception quality value of the measurement reference signal of the interfering base station according to the configuration information, comprises: determining, by the measuring base station, an interfered frequency band of the measuring base station; detecting, by the measuring base station, the reception quality value of the measurement reference signal of the interfering base station on the interfered frequency band of the measuring base station. acquiring (201 A), by a measuring base station, a measurement reference signal of an interfering base station and configuration information of the measurement reference signal; and detecting, by the measuring base station, a reception quality value of the measurement reference signal of the interfering base station according to the configuration information; wherein the detecting, by the measuring base station, the reception quality value of the measurement reference signal of the interfering base station according to the configuration information, comprises: determining, by the measuring base station, an interfered frequency band of the measuring base station; detecting, by the measuring base station, the reception quality value of the measurement reference signal of the interfering base station on the interfered frequency band of the measuring base station. determining, by the measuring base station, an interfered frequency band of the measuring base station; detecting, by the measuring base station, the reception quality value of the measurement reference signal of the interfering base station on the interfered frequency band of the measuring base station.
A sports board having two connecting means spaced apart from each other on an upper surface of the sports board for connecting the sports board to respectively one foot of a user and having a handle arranged between the connecting means in a central region of the sports board, wherein the handle comprises two tensioning elements as well as an actuator arranged in-between the tensioning elements, wherein the actuator is configured to transfer a shear stress onto the sports board by means of the tensioning elements, characterized in that the handle is unshiftably connected to the sports board via the tensioning elements at two connection points spaced apart in the direction of longitudinal axis from the regions of the sports board, in which the connection elements are arranged, and arranged in the centre or near the centre of the sports board. the handle comprises two tensioning elements as well as an actuator arranged in-between the tensioning elements, wherein the actuator is configured to transfer a shear stress onto the sports board by means of the tensioning elements, characterized in that the handle is unshiftably connected to the sports board via the tensioning elements at two connection points spaced apart in the direction of longitudinal axis from the regions of the sports board, in which the connection elements are arranged, and arranged in the centre or near the centre of the sports board.
Washing machine comprising - a chamber for receiving goods to be washed, - a tank adapted to contain a liquid, - a heat pump comprising a first heat exchanger, a second heat exchanger, a compressor and a pressure lowering device forming a circuit comprising a heat transfer fluid, the first heat exchanger being adapted to cool said heat transfer fluid and to heat water to be used in the chamber, the second heat exchanger being adapted to heat said heat transfer fluid and to cool the liquid contained in the tank, wherein the tank is fluidly connected to water mains by means of a conduit configured so as to supply tap water from the water mains to the tank bypassing the chamber, characterized in that the washing machine further comprises a control unit configured to manage liquid regeneration in the tank by managing entry of tap water from the water mains and exit of at least part of the liquid cooled by the second heat exchanger. - a chamber for receiving goods to be washed, - a tank adapted to contain a liquid, - a heat pump comprising a first heat exchanger, a second heat exchanger, a compressor and a pressure lowering device forming a circuit comprising a heat transfer fluid, the first heat exchanger being adapted to cool said heat transfer fluid and to heat water to be used in the chamber, the second heat exchanger being adapted to heat said heat transfer fluid and to cool the liquid contained in the tank,
A method for separating microalgae from their cultivation suspension comprising the steps: - introduction of a filter layer made of organic material into a filter device, wherein the organic material comprises biodegradable material, green waste, wood chips or other plants or silage, wherein the moisture content of the filter layer lies between 30-90%, - at least one addition of a cultivation suspension of microalgae to be separated onto the filter layer, wherein the solid components of the suspension are deposited on the filter layer and the liquid component passes through the filter layer as the filtrate, wherein the solid constituents of the suspension comprise microalgae, wherein hydrolysis of the filter material and the microalgae by microorganisms naturally contained in the filter material or separately added takes place, - extraction of resources made of microalgae from the filtrate. - introduction of a filter layer made of organic material into a filter device, wherein the organic material comprises biodegradable material, green waste, wood chips or other plants or silage, wherein the moisture content of the filter layer lies between 30-90%, - at least one addition of a cultivation suspension of microalgae to be separated onto the filter layer, wherein the solid components of the suspension are deposited on the filter layer and the liquid component passes through the filter layer as the filtrate, wherein the solid constituents of the suspension comprise microalgae, wherein hydrolysis of the filter material and the microalgae by microorganisms naturally contained in the filter material or separately added takes place, - extraction of resources made of microalgae from the filtrate.
An aircraft comprising: - at least one aerodynamic structural element (2, 7, 10) arranged in an air flow, said air flow around said element generating, at least on one of the ends thereof, a turbulence area at the origin of the noise; and - at least one means arranged on such end of said element (2, 7, 10), for reducing at least partially said generated noise, said means being retractable and being able to occupy at least one position comprised between the two following extreme positions: • one extended position in which said flexible net (5A to 5E) is arranged within said turbulence area; and • one retracted position in which said flexible net (5A to 5E) is at least partially outside said turbulence area, characterized in that said means is a flexible net (5A, 5E) and that said net (5A, 5E) is able to be folded on itself when it occupies said retracted position. - at least one aerodynamic structural element (2, 7, 10) arranged in an air flow, said air flow around said element generating, at least on one of the ends thereof, a turbulence area at the origin of the noise; and - at least one means arranged on such end of said element (2, 7, 10), for reducing at least partially said generated noise, said means being retractable and being able to occupy at least one position comprised between the two following extreme positions: • one extended position in which said flexible net (5A to 5E) is arranged within said turbulence area; and • one retracted position in which said flexible net (5A to 5E) is at least partially outside said turbulence area, characterized in that said means is a flexible net (5A, 5E) and that said net (5A, 5E) is able to be folded on itself when it occupies said retracted position. • one extended position in which said flexible net (5A to 5E) is arranged within said turbulence area; and • one retracted position in which said flexible net (5A to 5E) is at least partially outside said turbulence area, characterized in that said means is a flexible net (5A, 5E) and that said net (5A, 5E) is able to be folded on itself when it occupies said retracted position.