mhurhangee/ep-ind-claims huggingface dataset:
Method for registering and visualizing at least a first and a second image, the method comprising the steps of: - measuring a navigation speed used by a user during a scrollable and/or zoomable visualization of the first image and comparing the navigation speed with a navigation speed threshold value; - visualizing the first image by solving deformations of the first image using a first level of computational load, if the navigation speed is below the navigation speed threshold value; and - visualizing the first image by solving deformations of the first image using a second level of computational load, if the navigation speed is above the navigation speed threshold value, wherein the method further comprises the step of performing a local registration of the at least two images; wherein, if the navigation speed is above the navigation speed threshold value, the solving of deformations of the first image comprises applying translational transformations; and, if the navigation speed is below the navigation speed threshold value, the solving of deformations of the first image comprises applying non-linear refinements. - measuring a navigation speed used by a user during a scrollable and/or zoomable visualization of the first image and comparing the navigation speed with a navigation speed threshold value; - visualizing the first image by solving deformations of the first image using a first level of computational load, if the navigation speed is below the navigation speed threshold value; and - visualizing the first image by solving deformations of the first image using a second level of computational load, if the navigation speed is above the navigation speed threshold value, wherein the method further comprises the step of performing a local registration of the at least two images; wherein, if the navigation speed is above the navigation speed threshold value, the solving of deformations of the first image comprises applying translational transformations; and, if the navigation speed is below the navigation speed threshold value, the solving of deformations of the first image comprises applying non-linear refinements.
A disposable wearing article having a vertical direction, a lateral direction intersecting with the vertical direction, a body facing surface and a non-body facing surface and including a front waist region, a rear waist region, a crotch region and a liquid absorbent structure extending to the front and rear waist regions centering on the crotch region, wherein: the front waist region has an upper edge partially defining a waist opening, a lower edge partially defining leg openings, both lateral edges (30c, 30d) extending in the vertical direction between the lower and upper edges and a lower edge area extending in the lateral direction along the lower edge; an elastic strip located on the side of the body facing surface so as to extend in the lateral direction across the liquid absorbent structure between the both lateral edges (30c, 30d) of the front waist region along the lower edge area in the front waist region; an upper edge of the elastic strip lies in the lower side in the vertical direction of a front end edge of the liquid absorbent structure; the front waist region includes elastic members (36A, 36B) extending in the lateral direction across a central area of the liquid absorbent structure and these elastic members are located on the side of the non-body facing surface; and the elastic strip has lateral fixed areas respectively located at the outer side in the lateral direction of both lateral edges (22c, 22d) of the liquid absorbent structure and a free area defined between the both lateral fixed areas and the free area overlaps with the liquid absorbent structure in planar view. the front waist region has an upper edge partially defining a waist opening, a lower edge partially defining leg openings, both lateral edges (30c, 30d) extending in the vertical direction between the lower and upper edges and a lower edge area extending in the lateral direction along the lower edge; an elastic strip located on the side of the body facing surface so as to extend in the lateral direction across the liquid absorbent structure between the both lateral edges (30c, 30d) of the front waist region along the lower edge area in the front waist region; an upper edge of the elastic strip lies in the lower side in the vertical direction of a front end edge of the liquid absorbent structure; the front waist region includes elastic members (36A, 36B) extending in the lateral direction across a central area of the liquid absorbent structure and these elastic members are located on the side of the non-body facing surface; and the elastic strip has lateral fixed areas respectively located at the outer side in the lateral direction of both lateral edges (22c, 22d) of the liquid absorbent structure and a free area defined between the both lateral fixed areas and the free area overlaps with the liquid absorbent structure in planar view.
An apparatus for controlling an internal combustion engine mounted on a vehicle, comprising: an engine speed detector (62, 66d, S10) that detects speed of the engine; an ignition timing calculator (66d, S10) that calculates an ignition timing of the engine based on at least the detected engine speed; a detector (66d, S12, S12a, S56, S100 to S116) that detects a throttle opening value or an intake pressure bottom value (PMBTM) in an intake stroke of the engine; and an ignition controller (34, 36, 66e, 66d) that controls the ignition timing to be the calculated timing (S34, S38), controls the ignition timing to be a retarded timing than the calculated timing when the detected throttle opening value or the detected intake pressure bottom value (PMBTM) is equal to or greater than a threshold value (THHDIGINT1, PMHDIGINT 1) (S14 to S28, S34 to S50, S18a to S28a, S42a, S44a), and controls the ignition timing to be a more retarded timing than the retarded timing when the detected throttle opening value or the detected intake pressure bottom value (PMBTM) is equal to or greater than a second threshold value (THHDIGINT2, PMHDIGINT2), which is set greater than the threshold value (THHDIGINT1, PMHDIGINT 1) (CPU 66d, S14 to S22, S34 to S42, S50, S18a to S22a, S42a). an engine speed detector (62, 66d, S10) that detects speed of the engine; an ignition timing calculator (66d, S10) that calculates an ignition timing of the engine based on at least the detected engine speed; a detector (66d, S12, S12a, S56, S100 to S116) that detects a throttle opening value or an intake pressure bottom value (PMBTM) in an intake stroke of the engine; and an ignition controller (34, 36, 66e, 66d) that controls the ignition timing to be the calculated timing (S34, S38), controls the ignition timing to be a retarded timing than the calculated timing when the detected throttle opening value or the detected intake pressure bottom value (PMBTM) is equal to or greater than a threshold value (THHDIGINT1, PMHDIGINT 1) (S14 to S28, S34 to S50, S18a to S28a, S42a, S44a), and controls the ignition timing to be a more retarded timing than the retarded timing when the detected throttle opening value or the detected intake pressure bottom value (PMBTM) is equal to or greater than a second threshold value (THHDIGINT2, PMHDIGINT2), which is set greater than the threshold value (THHDIGINT1, PMHDIGINT 1) (CPU 66d, S14 to S22, S34 to S42, S50, S18a to S22a, S42a).
A fibrous structure comprising a nonwoven substrate wherein the nonwoven substrate comprises a plurality of filaments comprising a hydroxyl polymer, a scrim material and a plurality of solid additives positioned between the nonwoven substrate and the scrim material, wherein the scrim material comprises a surface of the fibrous structure and wherein the surface of the fibrous structure comprises a non-random repeating pattern of depressions.
An energy store charging system for a vehicle, - wherein the energy store charging system is at least configured to prolong the service life of at least one vehicle energy store, more especially an Li-ion battery, - wherein the energy store charging system is configured to charge the at least one vehicle energy store based on an energy store charging behaviour which is at least configured to prolong the service life of the vehicle energy store, characterised in that - the energy store charging system is configured to restrict a usable energy range and/or a charging power of the energy store and/or to recommend a restriction of the usable energy range and/or of the charging power, more especially subject to the state of health of the energy store, and - in that the energy store charging system is configured to carry out the following steps: - to request the time of the start of the next journey and to fully charge the energy store shortly before the start of the next journey, - to provide a recommendation to stop the vehicle at a particular charging station, the energy store charging system being functionally connected to a digital card system which contains information about the location of charging stations. - wherein the energy store charging system is at least configured to prolong the service life of at least one vehicle energy store, more especially an Li-ion battery, - wherein the energy store charging system is configured to charge the at least one vehicle energy store based on an energy store charging behaviour which is at least configured to prolong the service life of the vehicle energy store, - the energy store charging system is configured to restrict a usable energy range and/or a charging power of the energy store and/or to recommend a restriction of the usable energy range and/or of the charging power, more especially subject to the state of health of the energy store, and - in that the energy store charging system is configured to carry out the following steps: - to request the time of the start of the next journey and to fully charge the energy store shortly before the start of the next journey, - to provide a recommendation to stop the vehicle at a particular charging station, the energy store charging system being functionally connected to a digital card system which contains information about the location of charging stations. - to request the time of the start of the next journey and to fully charge the energy store shortly before the start of the next journey, - to provide a recommendation to stop the vehicle at a particular charging station, the energy store charging system being functionally connected to a digital card system which contains information about the location of charging stations.
System of a tank for storing a food or beverage powder and a powder refilling container for refilling said tank with powder, in which: - the tank comprises a storing chamber and a powder inlet, - the powder refilling container comprises a powder outlet, the powder outlet of the powder refilling container and the powder inlet of the tank being designed for cooperating together in order to create a connection and a path for powder between the powder outlet of the powder refilling container and the powder inlet of the tank, and characterized in that the connection between the powder outlet of the powder refilling container and the powder inlet of the tank is designed so that, once the powder inlet and the powder outlet are connected, the connection enables the positioning of the powder outlet of the powder refilling container: - in one first position wherein the powder outlet of the powder refilling container is oriented upwardly, - in one second position wherein the powder outlet of the powder refilling container is oriented downwardly. - the tank comprises a storing chamber and a powder inlet, - the powder refilling container comprises a powder outlet, - in one first position wherein the powder outlet of the powder refilling container is oriented upwardly, - in one second position wherein the powder outlet of the powder refilling container is oriented downwardly.
An effective dose of orotic acid or a salt thereof for use in a method for treating, preventing or ameliorating at least one symptom of depression or a depressive disorder, wherein the subject is a non-responder or suboptimal responder for S-adenosyl methionine (SAMe) treatment of the depression or depressive disorder, or is a non-responder or suboptimal responder for SAMe + selective serotonin reuptake inhibitor (SSRI) treatment of the depression or depressive disorder, and wherein the orotic acid salt comprises one or more of magnesium orotate, carnitine orotate, creatinine orotate, sodium orotate, calcium orotate, zinc orotate, chromium orotate, potassium orotate, copper orotate, iron orotate, manganese orotate, or choline orotate, optionally magnesium orotate or creatinine orotate.
A vibration proof zoom lens (100, 101, 102), comprising a first lens group (G1, G11, G21) with a positive refractive power, a second lens group (G2, G12, G22) with a negative refractive power, an aperture stop, and a succeeding group (G3, G4; G13, G14; G23; G24) having a positive refractive power as a whole, which are arranged in order from an object side of the lens (100, 101, 102), wherein the succeeding group (G3, G4; G13, G14; G23; G24) has a first part group (7, 27, 47) with a positive refractive power, a second part group (8, 28, 48) with a positive refractive power, the second part group comprising more than one cemented lens (8A, 8B, 8C; 28A, 28B, 28C; 48A, 48B, 48C) to form at least two cemented surfaces, and a third part group (9, 29, 49) with a negative refractive power, which are disposed in order from the object side of the lens, wherein in variable-magnifying from a wide angle limit to a telephoto limit, a clearance between the first lens group (G1, G11, G21) and the second lens group (G2, G12, G22) is increased and at the same time, a clearance between the second lens group (G2, G12, G22) and the succeeding group (G3, G4; G13, G14; G23; G24) is decreased, wherein a focusing from an infinity side to a close side is performed by moving the first part group (7, 27, 47) toward an image side of the lens (100, 101, 102), wherein a vibration proof operation is performed by moving the third part group (9, 29, 49) in a direction perpendicular to an optical axis to change an image position, and wherein the following condition equations, and are satisfied: 0.1 < f 3 a / f t < 0.23 0.15 < f 3 b / f t < 0.35 0.05 < f 3 c / f t < 0.25 where f 3a is a focal length of the first part group (7, 27, 47), f 3 b is a focal length of the second part group (8, 28, 48), f 3, is a focal length of the third part group (9, 29, 49), and ft is a focal length of the vibration proof zoom lens overall, at its telephoto limit.
High-efficiency phosphor from the class of the oxynitridosilicates having a cation M and the empirical formula M( 1-c) Si 2 O 2 N 2:D c, where M contains strontium as a component, and where D is a divalent doping with europium, characterized in that strontium alone or M = Sr( 1-x-y)Ba y Ca x with x+y < 0.5 is used for M, where the oxynitridosilicate consisting entirely or predominantly of the high-temperature stable modification HT, and wherein the proportion c of the Eu in the cation M being between 0.1 and 20 mol-% of M, and wherein the proportion of impurities of W and Co is in each case below 100 ppm, based on the precursor substances, wherein in the XRD spectrum of the phosphor the proportion of foreign phases is selected such that at the XRD deflection angle 2θ in the range 25 to 32° the intensity of all foreign phase peaks is less than 1/3 of the intensity of the main peak characterizing the HT modification at about 31.8°.
An anti-adhesion membrane comprising a film made of a bioabsorbable material, the film being provided with projections and recesses wherein the shape of projections and recesses is projections and recesses of a pin spot pattern in which rounded projections and rounded recesses are arranged in a regular pattern, ruminating pattern which refers to a ripple pattern in which continuous projected lines and continuous recessed lines alternately run in parallel, or pyramid pattern in which projections with a multi-sided pyramide shape and recesses with a multi-sided pyramide shape are arranged in a regular pattern.
An electrical contactor assembly comprising: an electrical bus bar including a layer of insulation, a layer of copper, and a composite core formed from a plurality of layers of thermally and electrically conductive materials, said composite core including at least one wire embedded therein, the wire being configured to locally reduce thermal strain; and at least one electrical contactor mounted to the layer of copper through an opening in the layer of insulation such that the electrical contactor and the bus bar are thermally and electrically connected. an electrical bus bar including a layer of insulation, a layer of copper, and a composite core formed from a plurality of layers of thermally and electrically conductive materials, said composite core including at least one wire embedded therein, the wire being configured to locally reduce thermal strain; and at least one electrical contactor mounted to the layer of copper through an opening in the layer of insulation such that the electrical contactor and the bus bar are thermally and electrically connected.
A mobile station configured to report, based on a known signal transmitted from a base station having a plurality of antennas that are two-dimensionally arranged in a horizontal direction and a vertical direction, channel state information to the base station and perform wireless communication with the base station by spatial multiplexing, the mobile station comprising: a calculating means configured to calculate first precoding information corresponding to first channel state information and used in horizontal direction beam formation in the base station, second precoding information corresponding to second channel state information and used in horizontal direction beam formation in the base station, and third precoding information corresponding to both of the first channel state information and the second channel state information and used in vertical direction beam formation in the base station; and a report control means configured to report the first precoding information and the third precoding information at a report timing of the first channel state information, and report the second precoding information without reporting the third precoding information at a report timing of the second channel state information, wherein one of the first channel state information and the second channel state information is used in spatial multiplexing for a single mobile station, and the other one of the first channel state information and the second state information is used in spatial multiplexing for a plurality of mobile stations. a calculating means configured to calculate first precoding information corresponding to first channel state information and used in horizontal direction beam formation in the base station, second precoding information corresponding to second channel state information and used in horizontal direction beam formation in the base station, and third precoding information corresponding to both of the first channel state information and the second channel state information and used in vertical direction beam formation in the base station; and a report control means configured to report the first precoding information and the third precoding information at a report timing of the first channel state information, and report the second precoding information without reporting the third precoding information at a report timing of the second channel state information, wherein one of the first channel state information and the second channel state information is used in spatial multiplexing for a single mobile station, and the other one of the first channel state information and the second state information is used in spatial multiplexing for a plurality of mobile stations.
An adhesion promoter that is the reaction product of: ( i-1) at least one hydroxyl functional (meth)acrylated compound bearing at least two (meth)acryloyl groups, ( ii) at least one titanium orthoester ( ii-a) and/or at least one zirconium orthoester ( ii-b), and, ( iii) optionally, at least one other compound bearing groups capable to react with hydroxyl groups, said groups being carboxylic acid groups. ( i-1) at least one hydroxyl functional (meth)acrylated compound bearing at least two (meth)acryloyl groups, ( ii) at least one titanium orthoester ( ii-a) and/or at least one zirconium orthoester ( ii-b), and, ( iii) optionally, at least one other compound bearing groups capable to react with hydroxyl groups, said groups being carboxylic acid groups.
A method for replenishing cryogenic liquid from a storage tank, comprising the following steps: - pressurizing a chamber by supplying it with cryogenic gas at a first pressure, said chamber being traversed by a cryogenic fluid circulation line, referred to as cold line, originating from the storage tank, supplied with pressurized gas and having a discharge for condensed liquid, - pumping cryogenic liquid into the cold line at a second pressure, and - supplying cryogenic liquid downstream of the cold line, - the supplying of the chamber with cryogenic gas being obtained at least partially by pumping cryogenic liquid into the storage tank and vaporizing it, characterized in that, in the method, the vaporization takes place in an evaporator and in that the method comprises a step of pressure adjustment after vaporizing the cryogenic liquid and before introducing same into the chamber using adjustment means suitable for maintaining the first pressure in the chamber. - pressurizing a chamber by supplying it with cryogenic gas at a first pressure, said chamber being traversed by a cryogenic fluid circulation line, referred to as cold line, originating from the storage tank, supplied with pressurized gas and having a discharge for condensed liquid, - pumping cryogenic liquid into the cold line at a second pressure, and - supplying cryogenic liquid downstream of the cold line, - the supplying of the chamber with cryogenic gas being obtained at least partially by pumping cryogenic liquid into the storage tank and vaporizing it, characterized in that, in the method, the vaporization takes place in an evaporator and in that the method comprises a step of pressure adjustment after vaporizing the cryogenic liquid and before introducing same into the chamber using adjustment means suitable for maintaining the first pressure in the chamber.
A sensor for measuring a conductivity of a liquid comprising a first electrode and a second electrode, each electrode comprising a plurality of electrode fingers (21-N, 22-M) and having a surface area, the surface area of the electrodes determine a cell constant of the sensor (Kcell), wherein at least one of the electrodes (21,22) is provided with a switching means (S1,S2) arranged so that the surface area of the respective electrode can be changed, by switchably connecting electrode fingers to an electrode terminal thereby varying the cell constant (Kcell) of the sensor.