mhurhangee/ep-ind-claims huggingface dataset:
A multilayered article comprising a layer containing a polyester resin as a main component and a layer containing a polyamide resin as a main component, wherein the polyamide resin included in the layer containing the polyamide resin as a main component includes from 90 to 60 parts by mass of a polyamide resin per 10 to 40 parts by mass of a polyamide resin; the polyamide resin is an aliphatic polyamide resin; and the polyamide resin includes a structural unit derived from a diamine and a structural unit derived from a dicarboxylic acid, 70 mol% or more of the structural unit derived from a diamine being derived from xylylenediamine, and of the structural unit derived from a dicarboxylic acid, from 40 to 60 mol% being derived from an α,ω-linear aliphatic dicarboxylic acid having from 4 to 20 carbons, and from 60 to 40 mol% being derived from isophthalic acid, a total of which does not exceed 100 mol%, wherein the α,ω-linear aliphatic dicarboxylic acid having from 4 to 20 carbons is adipic acid, wherein the polyamide resin is selected from the group consisting of polyamide 6, polyamide 66, and polyamide 666. the polyamide resin included in the layer containing the polyamide resin as a main component includes from 90 to 60 parts by mass of a polyamide resin per 10 to 40 parts by mass of a polyamide resin; the polyamide resin is an aliphatic polyamide resin; and the polyamide resin includes a structural unit derived from a diamine and a structural unit derived from a dicarboxylic acid, 70 mol% or more of the structural unit derived from a diamine being derived from xylylenediamine, and of the structural unit derived from a dicarboxylic acid, from 40 to 60 mol% being derived from an α,ω-linear aliphatic dicarboxylic acid having from 4 to 20 carbons, and from 60 to 40 mol% being derived from isophthalic acid, a total of which does not exceed 100 mol%, wherein the α,ω-linear aliphatic dicarboxylic acid having from 4 to 20 carbons is adipic acid, wherein the polyamide resin is selected from the group consisting of polyamide 6, polyamide 66, and polyamide 666.
An electromechanical rotary lock cylinder having a stator and a rotor mounted therein, having a blocking element (25, 64) which is mounted in a bottom part of the stator and, in a locked position, engages in the rotor and, in an open position, releases the rotor, and having an actuator (17, 78) which can be controlled in dependence on information arranged on a key and which, in a blocking position, fixes the blocking element (25, 64) and, in another position, releases the same, having an electrical contact element, which is arranged in the key channel, which can come into contact with the key and enables at least one mechatronic function, characterized in that a latch element (33, 63), which engages in the key channel of the rotor and can be moved by the key, is provided in order to displace the released blocking element (25, 64) from the locked position into the open position, and that the one contact element is arranged on said latch element (33, 63).
Method for the establishment of a signal which is indicative of the pressure-condition in a as contact face furnished, rubber-elastic body of a machine foot, where a load of the machine foot is transferred from a rigid cap to a substrate through the rubber-elastic body, which is pressurised by the increasing load, such that the distance between a free upper surface part (5.1) of the rubber-elastic body and an immobile part (14.1) is determined by an electro-mechanical transducer which establish an electrical signal corresponding to the distance which signal is used as a measure of the pressure-condition of the rubber-elastic body and thus the load of the machine foot whereby the distance between the free upper surface part (5.1) of the rubber-elastic body and the immobile part (14.1) is determined by a measurement of the distance-related electrical capacity between a first plate at the free upper surface part (5.1) of the rubber-elastic body and a second plate at the immobile part (14.1).
A computer-implemented method for translating a source signal to a target signal, the computer-implemented method comprising: deconstructing the source signal into a plurality of deconstructed source components (128, 130); performing a transformation on each of the plurality of deconstructed source components (128, 130) to generate a corresponding plurality of transformed source components (112, 114); mapping, using a plurality of machine learning models (120, 122), the plurality of transformed source components (112, 114) to a plurality of estimated target components (116, 118), wherein each of the plurality of machine learning models (120, 122) is trained to map a respective one of the plurality of transformed source components to a respective one of the plurality of estimated target components; performing an inverse transformation on each of the plurality of estimated target components (116, 118) to generate a corresponding plurality of transformed target components (136, 138); and generating the target signal by combining the plurality of transformed target components (136, 138). deconstructing the source signal into a plurality of deconstructed source components (128, 130); performing a transformation on each of the plurality of deconstructed source components (128, 130) to generate a corresponding plurality of transformed source components (112, 114); mapping, using a plurality of machine learning models (120, 122), the plurality of transformed source components (112, 114) to a plurality of estimated target components (116, 118), wherein each of the plurality of machine learning models (120, 122) is trained to map a respective one of the plurality of transformed source components to a respective one of the plurality of estimated target components; performing an inverse transformation on each of the plurality of estimated target components (116, 118) to generate a corresponding plurality of transformed target components (136, 138); and generating the target signal by combining the plurality of transformed target components (136, 138).
Composition comprising elemental platinum and/or at least one platinum-containing compound, where said platinum has a positive oxidation state, and one or more organic compounds comprising carbon atoms, hydrogen atoms and at least two oxygen atoms, wherein at least one of said compounds comprises at least one olefinic unsaturation, characterized in that said composition comprises a proportion of organic compounds comprising carbon atoms, hydrogen atoms and at least two oxygen atoms of from 50.0 to 99.9 wt% and a proportion of the sum of elemental platinum and platinum-containing compounds of from 0.1 to 50.0 wt% in each case based on the composition, with the proviso that the proportions of organic compounds comprising carbon atoms, hydrogen atoms and at least two oxygen atoms and of elemental platinum and platinum-containing compounds sum to at least 90 wt% based on the composition and the proviso that the olefinic unsaturation content is at least 0.1 g of iodine/100 g of the organic compounds comprising carbon atoms, hydrogen atoms and at least two oxygen atoms, corresponding to at least 0.004 meq/g, determined by the method recited in the description.
An audio speaker device comprising a bracket assembly for connecting a housing to a support structure, the bracket assembly comprising an outer bracket, and an inner bracket that secures the outer bracket to the support structure, the outer bracket including an outer endwall having an inward facing surface, an outward facing surface, and a connector that protrudes from the outward facing surface, an outer sidewall that surrounds the outer endwall and protrudes from a peripheral edge of the outer endwall in a direction normal to the outer endwall inward facing surface, the outer sidewall including a tab that protrudes from an inward facing surface of the outer sidewall, the inner bracket including an inner endwall having an inward facing surface and an outward facing surface, an inner sidewall that surrounds the inner endwall and protrudes from a peripheral edge of the inner endwall in a direction normal to the inner endwall inward facing surface, the inner sidewall including a groove formed in an outward facing surface of the inner sidewall, the groove having non-uniform groove width, wherein the inner bracket is disposed within the outer bracket such that the inward facing surface of the outer sidewall faces the outward facing surface of the inner sidewall, the tab is disposed in, and engaged with, the groove, and the inner sidewall is disposed between the outer endwall and the inner endwall, characterized in that an outer endwall ramp is provided on the inward facing surface of the outer endwall and includes a first inclined surface, an inner endwall ramp is provided on the inward facing surface of the outer endwall and includes a second inclined surface, and the first inclined surface and the second inclined surface are engaged in such a way that the tab is urged against a surface of the groove.
A balancing ring for mounting along a circumferential direction on a barrel of a washing machine, comprising a shell comprising an annular inner cavity, the annular inner cavity comprising at least two mass bodies capable of moving along the annular inner cavity, and magnetic performance of a first magnet is specified in a manner in which when the balancing ring rotates relative to a central axis thereof at a speed lower than a predetermined rotating speed, a magnetic attraction force generated by the first magnet is sufficient for fixing the mass body by means of magnetic attraction forces of the first magnet and an attraction member that can be magnetically attracted, and when the balancing ring rotates relative to the central axis thereof at a speed higher than or equal to the predetermined rotating speed, a centrifugal force overcomes the magnetic attraction force, so that the mass body can move within the annular inner cavity, characterized in that a centripetal side of the mass body is provided with the first magnet, a centripetal side of the shell is provided with the attraction member and the attraction member continuously extends along a circumferential direction of the shell.
Shower device, comprising: - a head shower device (3, 3', 36), - a wall-mountable sanitary conduit having a rigid, hollow, wall-mountable conduit housing (10, 10', 10") which is provided with a connection for the head shower device, and having at least one flexible conduit (9, 9a, 9b, 12') made from a flexural conduit material with the conduit being inserted in the hollow conduit housing, characterized in that - the conduit housing (10, 10', 10") comprises a base body (10a, 10'a, 10"a) and a housing wall (10b, 10'b, 10"b) removably attached to said body, wherein the housing wall of a shower arm section (1b, 1'b, 1"b) or shower arm of the sanitary conduit leading to the head shower device and extending substantially horizontal in its mounted state forms a top-side housing cover (10b, 10'b) in its mounted state or forms a bottom-side housing cover (10"b) in its mounted state. - a head shower device (3, 3', 36), - a wall-mountable sanitary conduit having a rigid, hollow, wall-mountable conduit housing (10, 10', 10") which is provided with a connection for the head shower device, and having at least one flexible conduit (9, 9a, 9b, 12') made from a flexural conduit material with the conduit being inserted in the hollow conduit housing, - the conduit housing (10, 10', 10") comprises a base body (10a, 10'a, 10"a) and a housing wall (10b, 10'b, 10"b) removably attached to said body, wherein the housing wall of a shower arm section (1b, 1'b, 1"b) or shower arm of the sanitary conduit leading to the head shower device and extending substantially horizontal in its mounted state forms a top-side housing cover (10b, 10'b) in its mounted state or forms a bottom-side housing cover (10"b) in its mounted state.
An aqueous nasal composition comprising caffeine in a total concentration between 0.001% (w/v) and 0.5% (w/v) and an aqueous carrier having a pH between 6-8 and comprising physiologically acceptable salts of sodium, potassium and calcium.
Pulsing assembly for delivering power to a plasma reactor with a first load between a first plasma reactor input port and a plasma reactor common port and with a second load between a second plasma reactor input port and the plasma reactor common port, the pulsing assembly comprising: 1.1 a first pulsing unit comprising: 1.1.1 a first input port connectable to a power source, 1.1.2 a pulsing assembly common port, connectable to ground and/or to the plasma reactor common port, 1.1.3 a first output port connectable to the first load of the plasma reactor for supplying pulses, in particular voltage pulses, between the first output port and the pulsing assembly common port, deliverable to the first load of the plasma reactor, 1.2 a second pulsing unit comprising: 1.2.1 a second input port connectable to a power source (4, 5), 1.2.2 a second output port connectable to the second load of the plasma reactor for supplying pulses, in particular voltage pulses, between the second output port and the pulsing assembly common port, deliverable to the second load of the plasma reactor, 1.3 an energy storage component, preferably a capacitor, connected between the first pulsing unit and the second pulsing unit. 1.1 a first pulsing unit comprising: 1.1.1 a first input port connectable to a power source, 1.1.2 a pulsing assembly common port, connectable to ground and/or to the plasma reactor common port, 1.1.3 a first output port connectable to the first load of the plasma reactor for supplying pulses, in particular voltage pulses, between the first output port and the pulsing assembly common port, deliverable to the first load of the plasma reactor, 1.1.1 a first input port connectable to a power source, 1.1.2 a pulsing assembly common port, connectable to ground and/or to the plasma reactor common port, 1.1.3 a first output port connectable to the first load of the plasma reactor for supplying pulses, in particular voltage pulses, between the first output port and the pulsing assembly common port, deliverable to the first load of the plasma reactor, 1.2 a second pulsing unit comprising: 1.2.1 a second input port connectable to a power source (4, 5), 1.2.2 a second output port connectable to the second load of the plasma reactor for supplying pulses, in particular voltage pulses, between the second output port and the pulsing assembly common port, deliverable to the second load of the plasma reactor, 1.2.1 a second input port connectable to a power source (4, 5), 1.2.2 a second output port connectable to the second load of the plasma reactor for supplying pulses, in particular voltage pulses, between the second output port and the pulsing assembly common port, deliverable to the second load of the plasma reactor, 1.3 an energy storage component, preferably a capacitor, connected between the first pulsing unit and the second pulsing unit.
Apparatus for imaging a patient, comprising: a magnetic-resonance imager, a breath control device comprising a selectively-closeable valve adapted to prevent breath flow in at least one direction, and a control apparatus adapted to: i. obtain a scan of the patient with the magnetic-resonance imager to yield a captured output image with fewer than three dimensions, ii. analyse the captured output image, and iii. if the captured output image meets a defined criterion, close the valve to prevent breathing wherein the magnetic-resonance imager is adapted to produce near real-time imaging of the patient. a magnetic-resonance imager, a breath control device comprising a selectively-closeable valve adapted to prevent breath flow in at least one direction, and a control apparatus adapted to: i. obtain a scan of the patient with the magnetic-resonance imager to yield a captured output image with fewer than three dimensions, ii. analyse the captured output image, and iii. if the captured output image meets a defined criterion, close the valve to prevent breathing wherein the magnetic-resonance imager is adapted to produce near real-time imaging of the patient. i. obtain a scan of the patient with the magnetic-resonance imager to yield a captured output image with fewer than three dimensions, ii. analyse the captured output image, and iii. if the captured output image meets a defined criterion, close the valve to prevent breathing
A solid state lighting, SSL, luminaire, comprising: a solid state light source; a remote phosphor mounted in relation to said light source so that light from said light source passes through said remote phosphor where at least some of said light source light is converted, said remote phosphor comprising an open compound shape comprising a plurality of angled surfaces to allow for emission sideways, wherein said plurality of angled surfaces do not face any other of said plurality of angled surfaces in order to minimize converted light from passing back through said remote phosphor and wherein said remote phosphor is mounted a sufficient distance from said light source so that substantially no heat from said light source passes into said remote phosphor. a solid state light source; a remote phosphor mounted in relation to said light source so that light from said light source passes through said remote phosphor where at least some of said light source light is converted, said remote phosphor comprising an open compound shape comprising a plurality of angled surfaces to allow for emission sideways, wherein said plurality of angled surfaces do not face any other of said plurality of angled surfaces in order to minimize converted light from passing back through said remote phosphor and wherein said remote phosphor is mounted a sufficient distance from said light source so that substantially no heat from said light source passes into said remote phosphor.
A work machine comprising a machine body; a boom attached to the machine body to be rotatable in an up-and-down direction; an arm attached to the boom to be rotatable in the up-and-down direction; a bucket attached to the arm to be rotatable in a front-and-rear direction; and a controller that causes the boom, the arm, and the bucket to automatically perform an operation of discharging a transport object held by the bucket by driving the boom, the arm, and the bucket, based on a target loading point set above a loading target, characterised in that after the controller causes the bucket to rotate such that an opening surface of the bucket becomes vertical at the target loading point, the controller drives the boom, the arm, and the bucket such that the opening surface of the bucket faces downward while maintaining a position, with respect to the machine body, of a leading end of the bucket in the front-and-rear direction. a machine body; a boom attached to the machine body to be rotatable in an up-and-down direction; an arm attached to the boom to be rotatable in the up-and-down direction; a bucket attached to the arm to be rotatable in a front-and-rear direction; and a controller that causes the boom, the arm, and the bucket to automatically perform an operation of discharging a transport object held by the bucket by driving the boom, the arm, and the bucket, based on a target loading point set above a loading target, characterised in that after the controller causes the bucket to rotate such that an opening surface of the bucket becomes vertical at the target loading point, the controller drives the boom, the arm, and the bucket such that the opening surface of the bucket faces downward while maintaining a position, with respect to the machine body, of a leading end of the bucket in the front-and-rear direction.
An aircraft turbomachine housing, comprising an annular casing extending about an axis A and having an internal annular surface, the housing also comprising an annular abradable support cartridge (30, 40, 50, 60) which is attached against said internal annular surface, the abradable support cartridge (30, 40, 50, 60) has a reinforced coating (32, 42, 52, 62) comprising a fibrous texture reinforcement (32", 42", 52", 62") embedded in a resin matrix, the fibrous texture reinforcement (32", 42", 52", 62") comprising a stack of fibrous texture plies (36, 37, 38, 39; 46; 57; 66, 68), characterised in that the stack of plies (36, 37, 38, 39; 46; 57; 66, 68) comprises at least one ply made of Kevlar ® (36; 68) or of glass fibres (46; 68) and in that plies (38, 39; 68) of said stack of plies of fibrous texture form a reinforcement area (30b; 60b) at a downstream portion (30a; 50a; 60a) of the abradable support cartridge (30, 40, 50, 60).
An industrial control device comprising: a processor executing a program stored in a non-transient medium operable to: (a) store first and second sets of executable modules (42a, 42b), wherein the first and second sets of executable modules are identical; (b) execute a first and a second code streams (84a, 84b) each of said first and second code streams (84a, 84b) executing the same program having the same executable modules of the first and second sets of executable modules (42a, 42b), respectively, wherein the first code stream is operable to control an industrial process or machine, and the second code stream is operable to verify the integrity of the first code stream; (c) during execution of the first and second code streams (84a, 84b) determine first and second execution sequence values (88a, 88b) corresponding to the first and second code streams (84a, 84b), respectively, wherein each of the first and second execution sequence values (88a, 88b) indicates: (i) an identification of executable modules executed in the code stream (84a, 84b); and (ii) an order of execution of executable modules executed in the code stream (84a, 84b); and (d) upon determining a mismatch between the first and second execution sequence values (88a, 88b), generate an output indicating the mismatch. (a) store first and second sets of executable modules (42a, 42b), wherein the first and second sets of executable modules are identical; (b) execute a first and a second code streams (84a, 84b) each of said first and second code streams (84a, 84b) executing the same program having the same executable modules of the first and second sets of executable modules (42a, 42b), respectively, wherein the first code stream is operable to control an industrial process or machine, and the second code stream is operable to verify the integrity of the first code stream; (c) during execution of the first and second code streams (84a, 84b) determine first and second execution sequence values (88a, 88b) corresponding to the first and second code streams (84a, 84b), respectively, wherein each of the first and second execution sequence values (88a, 88b) indicates: (i) an identification of executable modules executed in the code stream (84a, 84b); and (ii) an order of execution of executable modules executed in the code stream (84a, 84b); and (i) an identification of executable modules executed in the code stream (84a, 84b); and (ii) an order of execution of executable modules executed in the code stream (84a, 84b); and (d) upon determining a mismatch between the first and second execution sequence values (88a, 88b), generate an output indicating the mismatch.