mhurhangee/ep-ind-claims huggingface dataset:
A photoacoustic effect measurement instrument for measuring a species in a gas, comprising: a pair of differential acoustic cells including a sample cell configured to receive sample gas including the species, and a reference cell configured to receive a filtered version of the sample gas from which the species has been substantially removed; an excitation light source configured to provide an amplitude modulated beam to each of the differential acoustic cells (110, 115); one or more microphones (145, 150) mounted over an opening in each of the differential acoustic cells (110, 115) [p. 4, par. 2; p. 6, last par.; original claim 5] and configured to measure an acoustic wave generated in the respective acoustic cell by absorption of light by the gas therein to produce a signal, each of the one or more microphones isolated from the gas internal to the respective acoustic cell by a film disposed over the opening, the film configured to substantially prevent interference from pressure change effects associated with gas flow in the respective differential acoustic cell; and a preamplifier configured to determine a differential signal from the signals produced for each of the differential acoustic cells (110, 115); and a controller configured to calculate concentration of the species based on the differential signal. a pair of differential acoustic cells including a sample cell configured to receive sample gas including the species, and a reference cell configured to receive a filtered version of the sample gas from which the species has been substantially removed; a sample cell configured to receive sample gas including the species, and a reference cell configured to receive a filtered version of the sample gas from which the species has been substantially removed; an excitation light source configured to provide an amplitude modulated beam to each of the differential acoustic cells (110, 115); one or more microphones (145, 150) mounted over an opening in each of the differential acoustic cells (110, 115) [p. 4, par. 2; p. 6, last par.; original claim 5] and configured to measure an acoustic wave generated in the respective acoustic cell by absorption of light by the gas therein to produce a signal, each of the one or more microphones isolated from the gas internal to the respective acoustic cell by a film disposed over the opening, the film configured to substantially prevent interference from pressure change effects associated with gas flow in the respective differential acoustic cell; and a preamplifier configured to determine a differential signal from the signals produced for each of the differential acoustic cells (110, 115); and a controller configured to calculate concentration of the species based on the differential signal.
A chain wheel comprising; a wheel hub (3, 30); a first outer wildcat profile positioned about the hub; a second outer wildcat profile positioned about the hub in spaced parallel relation with the first outer wildcat profile; a first inner wildcat profile positioned about the hub and generally adjacent and closer to the wheel hub than the first outer wildcat profile; and a second inner wildcat profile positioned about the hub in spaced parallel relation with the first inner wildcat profile and generally adjacent the second outer wildcat profile, wherein said first inner wildcat profile and said second inner wildcat profile are each configured to engage a chain segment.
Method for operating an onboard floating drilling installation, comprising a draw works for reeling out and reeling in a drilling line, comprising several thrusters for dynamic positioning the onboard floating drilling installation and comprising at least one generator producing electric current to operate the thrusters and the draw works, wherein the draw works comprises at least one drive, whereby the method is characterized by following steps: a) the power consumption of the draw works over at least a certain period of time is measured and the power oscillation and the magnitude of the power consumption of the draw works over the at least certain period of time are determined, wherein the power oscillation in the drive of the draw works is induced at least partially by waves, b) a power oscillation signal based on the results of the measurement of the power consumption of the draw works is generated, whereby the power oscillation signal represents the power oscillation and the magnitude of the power consumption of the draw works over the certain period of time, c) an anti-oscillation signal which represents a power oscillation with an opposite phase characteristics to the power oscillation signal of the draw works is generated, d) the anti-oscillation signal is distributed to the thrusters, e) the power consumption of the thrusters is adjusted to the anti-oscillation signal. a) the power consumption of the draw works over at least a certain period of time is measured and the power oscillation and the magnitude of the power consumption of the draw works over the at least certain period of time are determined, wherein the power oscillation in the drive of the draw works is induced at least partially by waves, b) a power oscillation signal based on the results of the measurement of the power consumption of the draw works is generated, whereby the power oscillation signal represents the power oscillation and the magnitude of the power consumption of the draw works over the certain period of time, c) an anti-oscillation signal which represents a power oscillation with an opposite phase characteristics to the power oscillation signal of the draw works is generated, d) the anti-oscillation signal is distributed to the thrusters, e) the power consumption of the thrusters is adjusted to the anti-oscillation signal.
An electronic device comprising: an image sensor configured to capture an image; a barrel including a lens group arranged about a first axis perpendicular to the image sensor; a first housing fixed to the barrel; a second housing disposed under the first housing and coupled to the first housing; at least one magnetic substance disposed at one side of the first housing; and at least one coil disposed at one side of the second housing, wherein when power is supplied to the at least one coil, electromagnetic force is generated between the at least one coil and the at least one magnetic substance, wherein, when the electromagnetic force is generated, the first housing rotates clockwise or counterclockwise, and the barrel moves along the first axis; and wherein the electronic device further comprises: one or more of ball bearings provided at one or more portions of one or more curved walls of the second housing, wherein the one or more ball bearings are in contact with a bottom surface of the first housing and are adapted to apply a rolling friction force to the first housing when the first housing rotates. an image sensor configured to capture an image; a barrel including a lens group arranged about a first axis perpendicular to the image sensor; a first housing fixed to the barrel; a second housing disposed under the first housing and coupled to the first housing; at least one magnetic substance disposed at one side of the first housing; and at least one coil disposed at one side of the second housing, wherein when power is supplied to the at least one coil, electromagnetic force is generated between the at least one coil and the at least one magnetic substance, wherein, when the electromagnetic force is generated, the first housing rotates clockwise or counterclockwise, and the barrel moves along the first axis; and wherein the electronic device further comprises: one or more of ball bearings provided at one or more portions of one or more curved walls of the second housing, wherein the one or more ball bearings are in contact with a bottom surface of the first housing and are adapted to apply a rolling friction force to the first housing when the first housing rotates.
An immunogenic peptide comprising (i) a T-cell epitope derived from a non-viral intracellular pathogen-associated antigen and (ii) a C- 2- or - 2-C motif, wherein said motif is adjacent to said T-cell epitope, or is separated from said T-cell epitope by a linker, for use in the prevention or treatment of an infection with said non-viral intracellular pathogen.
Connecting element for the articulated connection of a wiper blade to a wiper arm of a window wiper, wherein the connecting element has a hub, which is open toward a vehicle window, for a bearing pin fastened to the wiper blade, and at least one elastically flexible spring tongue in order to keep the bearing pin in the open hub, and the connecting element furthermore has at least one bearing surface in order to support it on a hook-shaped end of the wiper arm, and the hub is open over half of its circumference, characterized in that the spring tongue, which blocks the opening of the hub by means of a latching cam, yields elastically in the direction of the bearing surface, with the distance between the bearing surface for the hook-shaped end and the spring tongue being dimensioned in such a manner that, in the fitted state, the hook-shaped end blocks the spring tongue in the direction of the bearing surface.
An apparatus comprising: a substrate having a thickness between a first major surface and a second major surface; a first flow channel that is operative for conveying fluid through the thickness; a first plurality of surface waveguides, each of the first plurality of surface waveguides being optically coupled with the flow channel in a first region, the first plurality of surface waveguides being coplanar in a first plane within the first region; and a second surface waveguide that is optically coupled with the flow channel in the first region, the second surface waveguide being located in a second plane within the first region; wherein, the first major surface, the second major surface, the first plane, and the second plane are substantially parallel; and wherein the apparatus is characterized by: a first phase controller (PCE 1402-E-1) that is optically coupled with a first surface waveguide of the first plurality thereof, the first phase controller being operative for controlling the phase of a first light signal propagating in the first surface waveguide. a substrate having a thickness between a first major surface and a second major surface; a first flow channel that is operative for conveying fluid through the thickness; a first plurality of surface waveguides, each of the first plurality of surface waveguides being optically coupled with the flow channel in a first region, the first plurality of surface waveguides being coplanar in a first plane within the first region; and a second surface waveguide that is optically coupled with the flow channel in the first region, the second surface waveguide being located in a second plane within the first region; wherein, the first major surface, the second major surface, the first plane, and the second plane are substantially parallel; and wherein the apparatus is characterized by: a first phase controller (PCE 1402-E-1) that is optically coupled with a first surface waveguide of the first plurality thereof, the first phase controller being operative for controlling the phase of a first light signal propagating in the first surface waveguide.
A top-emitting, electroluminescent component, comprising a substrate, a first electrode nearest to the substrate, a second electrode at a distance from the substrate and at least one light-emitting organic layer arranged between the two electrodes, emitted light being transmitted through the second electrode, wherein an additional layer is arranged on a side of the second electrode which is facing away from the at least one organic layer, wherein the additional layer has optically effective, light-scattering heterogeneities (151, 152, 153), wherein the degree of transmission of the additional layer at the wavelength of the emitted light is greater than 0.6, and wherein the additional layer is adjacent to and connected to the second electrode, characterized in that the optically effective, light-scattering heterogeneities are formed as offsetting limits of individual microcrystalline areas in the material of the additional layer, wherein the additional layer consists of a group II-IV-semiconductor compound, a group III-nitride semiconductor compound, two different group II-IV-semiconductor compounds, which are arranged alternately, or two different group III-nitride semiconductor compounds, which are arranged alternately.
An antiseptic composition for use in disinfecting tissue wherein the antiseptic composition comprises: an antimicrobial agent selected from the group consisting of I 2, an iodophor, and a combination thereof, wherein the antimicrobial agent is present in an amount sufficient to provide an available iodine concentration of at least 0.25 wt-%; a hydroxycarboxylic acid buffer in an amount in excess of 5 wt-%, wherein the hydroxycarboxylic acid buffer refers to the free acid, a lactone thereof, a salt thereof, and/or a derivative thereof; an anionic or amphoteric surfactant selected from the group consisting of sulfonates, sulfates, phosphates, phosphonates, and ammonium sulfonate amphoterics, and mixtures thereof; and water; wherein the antiseptic composition has a pH of 3 to 4.5. an antimicrobial agent selected from the group consisting of I 2, an iodophor, and a combination thereof, wherein the antimicrobial agent is present in an amount sufficient to provide an available iodine concentration of at least 0.25 wt-%; a hydroxycarboxylic acid buffer in an amount in excess of 5 wt-%, wherein the hydroxycarboxylic acid buffer refers to the free acid, a lactone thereof, a salt thereof, and/or a derivative thereof; an anionic or amphoteric surfactant selected from the group consisting of sulfonates, sulfates, phosphates, phosphonates, and ammonium sulfonate amphoterics, and mixtures thereof; and water; wherein the antiseptic composition has a pH of 3 to 4.5.
A food monitoring apparatus comprising: at least one light source configured to selectively radiate light of a first wavelength band and light of a second wavelength band that is different from the first wavelength band to food; at least one image sensor configured to obtain a visible image of the food and a hyperspectral image of the food based on light scattered, emitted, or reflected from the food; and at least one processor configured to obtain first information of the food based on the visible image, wherein the at least one processor is further configured to obtain at least one parameter representing a content of an indicator material included in the food from the hyperspectral image, the indicator material emitting fluorescence based on the light radiated by the at least one light source; and the at least one processor is further configured to correct, based on the first information of the food obtained based on the visible image, a value of the at least one parameter obtained from the hyperspectral image, and obtain the second information based on the corrected value of the at least one parameter, wherein the indicator material includes at least one of 1,4-dihydronicotinamide adenine dinucleotide (NADH), porphyrin, flavin adenine dinucleotide, and collagen. at least one light source configured to selectively radiate light of a first wavelength band and light of a second wavelength band that is different from the first wavelength band to food; at least one image sensor configured to obtain a visible image of the food and a hyperspectral image of the food based on light scattered, emitted, or reflected from the food; and at least one processor configured to obtain first information of the food based on the visible image, wherein the at least one processor is further configured to obtain at least one parameter representing a content of an indicator material included in the food from the hyperspectral image, the indicator material emitting fluorescence based on the light radiated by the at least one light source; and the at least one processor is further configured to correct, based on the first information of the food obtained based on the visible image, a value of the at least one parameter obtained from the hyperspectral image, and obtain the second information based on the corrected value of the at least one parameter, wherein the indicator material includes at least one of 1,4-dihydronicotinamide adenine dinucleotide (NADH), porphyrin, flavin adenine dinucleotide, and collagen.
A method of determining whether a software application is malicious based, at least in part, on an execution session context of the software application in a mobile computing device, the method comprising: monitoring, by a processor of the mobile computing device, system activities and user activities of the software application or process to collect behavior information; and, correlating, by the processor, the system activities and the user activities, characterized in that the method further comprises: determining, by the processor, probabilities of the user activities and the system activities based, at least in part, on the behavior information; generating, by the processor, an execution session context vector based, at least in part, on the correlated system activities and user activities, and the determined probabilities; selecting, by the processor, a behavior classifier model based, at least in part, on the execution session context vector; and using the selected behavior classifier model to determine whether the software application is benign. monitoring, by a processor of the mobile computing device, system activities and user activities of the software application or process to collect behavior information; and, correlating, by the processor, the system activities and the user activities, characterized in that the method further comprises: determining, by the processor, probabilities of the user activities and the system activities based, at least in part, on the behavior information; generating, by the processor, an execution session context vector based, at least in part, on the correlated system activities and user activities, and the determined probabilities; selecting, by the processor, a behavior classifier model based, at least in part, on the execution session context vector; and using the selected behavior classifier model to determine whether the software application is benign. determining, by the processor, probabilities of the user activities and the system activities based, at least in part, on the behavior information; generating, by the processor, an execution session context vector based, at least in part, on the correlated system activities and user activities, and the determined probabilities; selecting, by the processor, a behavior classifier model based, at least in part, on the execution session context vector; and using the selected behavior classifier model to determine whether the software application is benign.
Apparatus for plasma treatment of an object, the apparatus comprising: - an electrode and a counter electrode of electrically conductive material, - an alternating high voltage generator which is designed and connected to cause a gas discharge between the electrode and the counter electrode by means of an alternating high voltage, and - a roller which is mounted rotatably about a roller axis and which has a contact jacket for contacting the object, - wherein the electrode and the counter electrode are arranged side by side within the contact jacket, and - wherein the contact jacket comprises a cover layer (9, 10) of dielectric material which covers the electrode and the counter electrode and which is connected in series with the gas discharge between the electrode and the counter electrode to provide a dielectric barrier to the gas discharge, characterised in that a line-shaped ignition electrode (21, 22) of electrically conductive material, which is separated from the electrode and the counter electrode by the cover layer (9, 10) and which is exposed at the outer circumference of the contact jacket, is arranged above the electrode and/or above the counter electrode. - an electrode and a counter electrode of electrically conductive material, - an alternating high voltage generator which is designed and connected to cause a gas discharge between the electrode and the counter electrode by means of an alternating high voltage, and - a roller which is mounted rotatably about a roller axis and which has a contact jacket for contacting the object, - wherein the electrode and the counter electrode are arranged side by side within the contact jacket, and - wherein the contact jacket comprises a cover layer (9, 10) of dielectric material which covers the electrode and the counter electrode and which is connected in series with the gas discharge between the electrode and the counter electrode to provide a dielectric barrier to the gas discharge,
A bearing housing for a rolling bearing provided with at least one internal passage with an inlet opening and an outlet opening for a cooling medium, wherein the rolling bearing housing is a fully cast body with the cooling medium passage fully integrated in the goods of the bearing housing, characterized in that the at least one internal passage has a number of further openings, which are used for emptying core material after the casting process, and which further openings are closed off by means of fluid-tight closure caps, wherein the further openings are positioned in other parts of the bearing housing than the top part thereof.
Tolerance compensator, of the type used to attain the fastening of two elements together that may be located at a slightly variable distance, which is utilized, for instance, in automobile vehicles and is formed, at least, by an inner nut and an outer nut, and is configured to receive a screw, characterized in that it comprises: - said inner nut that is a more or less elongated body provided with two or more non-adjacent sectors, from the sagittal medium plane or one plane transverse to said sagittal medium plane, of said inner nut, that provide an outer threading for the threading of said outer nut; - said inner nut that is fitted with at least one sector, or two or more non-adjacent sectors, from the sagittal medium plane or one plane transverse to said sagittal medium plane, of said inner nut, which are devoid of outer threading and are the support for respective retaining elements towards the inside of said inner nut and provide friction spots against said screw. - said inner nut that is a more or less elongated body provided with two or more non-adjacent sectors, from the sagittal medium plane or one plane transverse to said sagittal medium plane, of said inner nut, that provide an outer threading for the threading of said outer nut; - said inner nut that is fitted with at least one sector, or two or more non-adjacent sectors, from the sagittal medium plane or one plane transverse to said sagittal medium plane, of said inner nut, which are devoid of outer threading and are the support for respective retaining elements towards the inside of said inner nut and provide friction spots against said screw.