mhurhangee/patent-ind-claim-en huggingface dataset:
A processing device comprising a system bus ; a buffer coupled to the system bus , a ciphering device coupled to the system bus , and a memory coupled to the ciphering device ; wherein the processing device is configured to operate in at least one of a deciphering mode and a ciphering mode; wherein the ciphering device , when the processing device is configured to operate in the deciphering mode, is configured to receive a ciphered data unit from the buffer over the system bus , decipher the ciphered data unit at the input interface to the memory so as to obtain a deciphered data unit, transfer the deciphered data unit to the memory ; wherein the ciphering device , when the processing device is configured to operate in the ciphering mode, is configured to receive a data unit from the memory , cipher the data unit so as to obtain a ciphered data unit, transfer the ciphered data unit to the buffer over the system bus . a system bus ; a buffer coupled to the system bus , a ciphering device coupled to the system bus , and a memory coupled to the ciphering device ; wherein the processing device is configured to operate in at least one of a deciphering mode and a ciphering mode; wherein the ciphering device , when the processing device is configured to operate in the deciphering mode, is configured to receive a ciphered data unit from the buffer over the system bus , decipher the ciphered data unit at the input interface to the memory so as to obtain a deciphered data unit, transfer the deciphered data unit to the memory ; wherein the ciphering device , when the processing device is configured to operate in the ciphering mode, is configured to receive a data unit from the memory , cipher the data unit so as to obtain a ciphered data unit, transfer the ciphered data unit to the buffer over the system bus .
Touch input apparatus for operating a system of a motor vehicle, having a cover plate made from a cover plate material with a plate upper side and a plate lower side and furthermore having a touch sensor surface , wherein the plate upper side has an operating surface , and wherein the plate lower side faces the cover plate of the touch sensor surface , wherein the plate lower side has at least one sloping surface that is arranged at an angle with respect to the touch sensor surface , wherein a free space is formed between the plate lower side and the touch sensor surface , wherein the operating surface at least partially projects over the free space , wherein a filling body made of at least one filling material is arranged in the free space , and wherein the at least one filling material has a permittivity for electrical fields that is greater than a permittivity of air, wherein the at least one sloping surface is arranged in a periphery region of the cover plate , characterized in that the filling body has a recess , in which the plate lower side is accommodated, and wherein the plate upper side is configured to be planar.
A printing apparatus capable of entering a power saving state, the printing apparatus comprising: an interface ; power supply means configured to supply electric power to a device connected to the interface ; power control means configured to stop power supply to the device ; and control means configured to execute, on the printing apparatus, a suspending process of the device in accordance with a request for causing the printing apparatus to enter the power saving state, characterized in that the power control means stops power supply to the device after the request is received and before the suspending process of the device is performed. an interface ; power supply means configured to supply electric power to a device connected to the interface ; power control means configured to stop power supply to the device ; and control means configured to execute, on the printing apparatus, a suspending process of the device in accordance with a request for causing the printing apparatus to enter the power saving state, characterized in that the power control means stops power supply to the device after the request is received and before the suspending process of the device is performed.
A method for processing content streams that include additional content segments added in response to detection of insertion messages, the method comprising: receiving, by a content provider, a source stream from a content source; modifying, by the content provider, the source stream by adding an additional content segment into the source stream at a location indicated by an insertion message in the source stream, thereby generating a content stream; monitoring the content stream, utilizing a reading device ; detecting, utilizing the reading device , the insertion message in the content stream; in response to detecting the insertion message, signaling, by the reading device, a stream processing device to perform additional processing upon the additional content segment, wherein the additional processing includes: a performance of a squeeze back of the additional content segment; wherein a squeeze back is where the additional content segment is configured to be reduced in size when displayed so that a portion of the original source stream that corresponds to where the additional content segment is inserted is still displayed; performing, by the stream processing device , in response to receiving the signal, the additional processing upon the additional content segment. receiving, by a content provider, a source stream from a content source; modifying, by the content provider, the source stream by adding an additional content segment into the source stream at a location indicated by an insertion message in the source stream, thereby generating a content stream; monitoring the content stream, utilizing a reading device ; detecting, utilizing the reading device , the insertion message in the content stream; in response to detecting the insertion message, signaling, by the reading device, a stream processing device to perform additional processing upon the additional content segment, wherein the additional processing includes: a performance of a squeeze back of the additional content segment; wherein a squeeze back is where the additional content segment is configured to be reduced in size when displayed so that a portion of the original source stream that corresponds to where the additional content segment is inserted is still displayed; performing, by the stream processing device , in response to receiving the signal, the additional processing upon the additional content segment.
Method for non-destructive testing of synthetic ropes wherein the rope in use is subjected to X-ray, terahertz, permanent magnetic field or electromagnetic analysis to determine a pattern, the results of the analysis are compared with a standard pattern determined by the analysis, and the results of the comparison are used in determining whether the rope is fit for use wherein the rope comprises at least two types of fibers, wherein the first fiber type has a density which differs from the density of the second fiber type and wherein the second fiber type is of the same polymer material as the first fiber type, but provided with a high-density or low-density material, wherein a high-density, respectively a low-density material, is a material having a higher density, respectively a lower density, than the first fiber type.
A seal ring comprising a bent extruded rod having two ends and comprising a thermoplastic material, and a weld joining the two ends of the bent extruded rod, the welded thermoplastic material having a weld elongation-at-break of at least 20% as determined through tensile testing of welded samples according to ASTM D638, the weld being free of voids having a longest dimension greater than 0.4 mm.
A hydrocarbon fuel additive, being a solution of the active complex in an organic solvent, characterized in that the active complex consists of: chiral ester C4-C9 and monocarboxylic acid C1-C6, wherein said specific pair of said chiral ester C4-C9 and said monocarboxylic acid C1-C6 are selected from: chiral ester R-2-hydroxypropionate (C4) and formic acid (C1), chiral ester R-2-hydroxypropyl formate (C4) and formic acid (C1), chiral ester R-2-hydroxypropyl formate (C4) and hexanoic acid (C6), chiral ester S-2-methyl-3-methylbutylpropanoate (C9) and formic acid (C1), chiral ester S-2-methyl-3-methylbutylpropanoate (C9) and hexanoic acid (C6), and chiral ester isobutyl-R-lactate (C7) and propionic acid (C3). chiral ester R-2-hydroxypropionate (C4) and formic acid (C1), chiral ester R-2-hydroxypropyl formate (C4) and formic acid (C1), chiral ester R-2-hydroxypropyl formate (C4) and hexanoic acid (C6), chiral ester S-2-methyl-3-methylbutylpropanoate (C9) and formic acid (C1), chiral ester S-2-methyl-3-methylbutylpropanoate (C9) and hexanoic acid (C6), and chiral ester isobutyl-R-lactate (C7) and propionic acid (C3).
A method for improving crop yield, comprising: applying sugar to a field prior to or during the planting of a crop, to provide a beneficial pre-emergent environment for plant growth of the crop, wherein the sugar is applied at a rate of at least 2.8 grams per square meter (25 pounds per acre) and not exceeding 28.02 grams per square meter (250 pounds per acre).
An electric valve , comprising a stator assembly , a rotor , a sleeve , and a valve assembly, the stator assembly being provided around the rotor , the sleeve being configured to isolate the stator assembly from the rotor , the electric valve being formed with a valve port , and the rotor being configured to drive the valve assembly to move relative to the valve port , wherein the electric valve further comprises a case and a circuit board assembly , the stator assembly is electrically connected with the circuit board assembly, the circuit board assembly is provided in an inner cavity of the case formed by the case , the case comprises a housing and a cover , the housing is not integrally formed with the cover , the electric valve further comprises a seal ring , the seal ring is compressed between the housing and the cover , and the cover is fixedly connected with the housing by welding; and the housing comprises a side wall and a bottom , characterized in that , an inner cavity of the housing is formed by the side wall and the bottom , the inner cavity of the case includes the inner cavity of the housing and the bottom is formed with an isolation portion configured to isolate the circuit board assembly from the sleeve . the electric valve further comprises a case and a circuit board assembly , the stator assembly is electrically connected with the circuit board assembly, the circuit board assembly is provided in an inner cavity of the case formed by the case , the case comprises a housing and a cover , the housing is not integrally formed with the cover , the electric valve further comprises a seal ring , the seal ring is compressed between the housing and the cover , and the cover is fixedly connected with the housing by welding; and the housing comprises a side wall and a bottom , characterized in that , an inner cavity of the housing is formed by the side wall and the bottom , the inner cavity of the case includes the inner cavity of the housing and the bottom is formed with an isolation portion configured to isolate the circuit board assembly from the sleeve .
A process for the preparation of a melamine-formaldehyde free poly(urea-urethane) core-shell microcapsule slurry comprising the steps of: 1) admixing an oil comprising an active ingredient, preferably a perfume, with at least one polyisocyanate having at least three isocyanate functional groups to form an oil phase, provided that the oil phase is essentially free from diisocyanate; 2) preparing a water phase under acidic conditions, preferably at pH below 4.5, comprising at least one anionic biosourced polyol and a catalyst comprising a protic acid having a pKa below 4.5; 3) adding the oil phase to the water phase to form an oil-in-water dispersion; 4) performing a curing step to form a microcapsule slurry; 5) optionally adding at least one cationic copolymer to the capsule slurry; said process being performed without substantial amount of amine or polyamine being added at any stage of the process, characterised in that the anionic biosourced polyol is selected from the group consisting of lignin, lignin sulfate, carboxymethyl cellulose, alginic acid sodium salt, polygalacturonic acid, dextran sulphate sodium salt and mixtures thereof, and characterised in that the protic acid is chosen in the group consisting of glyoxylic acid, tartaric acid, fumaric acid, salicylic acid, sulfuric acid, nitric acid, chlorhydric acid, malic acid, lactic acid, and mixtures thereof. 1) admixing an oil comprising an active ingredient, preferably a perfume, with at least one polyisocyanate having at least three isocyanate functional groups to form an oil phase, provided that the oil phase is essentially free from diisocyanate; 2) preparing a water phase under acidic conditions, preferably at pH below 4.5, comprising at least one anionic biosourced polyol and a catalyst comprising a protic acid having a pKa below 4.5; 3) adding the oil phase to the water phase to form an oil-in-water dispersion; 4) performing a curing step to form a microcapsule slurry; 5) optionally adding at least one cationic copolymer to the capsule slurry; said process being performed without substantial amount of amine or polyamine being added at any stage of the process, characterised in that the anionic biosourced polyol is selected from the group consisting of lignin, lignin sulfate, carboxymethyl cellulose, alginic acid sodium salt, polygalacturonic acid, dextran sulphate sodium salt and mixtures thereof, and characterised in that the protic acid is chosen in the group consisting of glyoxylic acid, tartaric acid, fumaric acid, salicylic acid, sulfuric acid, nitric acid, chlorhydric acid, malic acid, lactic acid, and mixtures thereof.
Food storage container for a household refrigeration appliance , having a tray for receiving the food, having a separate cover which can be positioned on the tray in order to close the tray , and having a ventilation apparatus , with which air can be exchanged between the environment and the interior of the food storage container , wherein the ventilation apparatus has a pivotable flap , which, in an opened position, releases a ventilation opening and, in the closed position, closes the ventilation opening , wherein the flap is embodied to be uneven viewed in a cross-section at right angles to the longitudinal axis (B) of the flap and the flap is embodied to be angled, characterised in that the first angled part is oriented horizontally in the closed position of the flap and an outer face of the first angled part is arranged flush with a top side of a tray flange of the tray which connects to the front, wherein the first angled part , in the opened position of the flap , is oriented obliquely forwards and downwards and is arranged to project into the volume space bound by the tray .
Clutch comprising: a fixed hub , a movable hub , a plurality of plates interposed between said fixed hub and said movable hub ; wherein said fixed hub and said movable hub are configured to rotate together and are further configured to axially slide respectively moving away or coming closer, to transmit a variable axial load on said plurality of plates and to selectively transmit a torque acting on said clutch; said clutch further comprising a centrifugal pressure-plate assembly to at least partially control said variable axial load, said centrifugal pressure-plate assembly comprising: - a mass carrier configured to rotate together with said clutch; - a plurality of mass elements radially movable in said centrifugal pressure-plate assembly , wherein each mass element comprises a pivot connected to said mass carrier for a displacement towards an external position under centrifugal effects; wherein, with said displacement under centrifugal effects, said plurality of mass elements are further configured to exert an axial thrust on a thrust surface of said centrifugal pressure-plate assembly , in order to bring said movable hub closer to said fixed hub and to increase said variable axial load; characterized in that each mass element comprises at least one respective rolling element contacting with said thrust surface , and in that said thrust surface comprises a sloped profile raised towards said external position. a fixed hub , a movable hub , a plurality of plates interposed between said fixed hub and said movable hub ; wherein said fixed hub and said movable hub are configured to rotate together and are further configured to axially slide respectively moving away or coming closer, to transmit a variable axial load on said plurality of plates and to selectively transmit a torque acting on said clutch; said clutch further comprising a centrifugal pressure-plate assembly to at least partially control said variable axial load, said centrifugal pressure-plate assembly comprising: - a mass carrier configured to rotate together with said clutch; - a plurality of mass elements radially movable in said centrifugal pressure-plate assembly , wherein each mass element comprises a pivot connected to said mass carrier for a displacement towards an external position under centrifugal effects; - a mass carrier configured to rotate together with said clutch; - a plurality of mass elements radially movable in said centrifugal pressure-plate assembly , wherein each mass element comprises a pivot connected to said mass carrier for a displacement towards an external position under centrifugal effects; wherein, with said displacement under centrifugal effects, said plurality of mass elements are further configured to exert an axial thrust on a thrust surface of said centrifugal pressure-plate assembly , in order to bring said movable hub closer to said fixed hub and to increase said variable axial load; characterized in that each mass element comprises at least one respective rolling element contacting with said thrust surface , and in that said thrust surface comprises a sloped profile raised towards said external position.
A thermoplastic bag having dual drawtapes comprising: a first panel and a second panel , the first panel and the second panel joined together at a first side edge , a second side edge , and a bottom edge , wherein the first panel and the second panel define an opening along respective top edges of the first panel and the second panel and define a closed end along the bottom edge ; a first hem defining a first channel, the first hem being formed along the top edge of the first panel ; a second hem defining a second channel, the second hem being formed along the top edge of the second panel ; characterized in that the first hem consists of a first drawtape disposed within the first channel, wherein the first drawtape consists of a linear low density polyethylene having a density of from 0.902 g/cc to 0.920 g/cc; the second hem consists of a second drawtape disposed within the second channel, wherein the second drawtape consists of a high density polyethylene having a density of from 0.940 g/cc to 0.965 g/cc; and wherein the first drawtape , the second drawtape , or both comprise monolayer or coextruded films. a first panel and a second panel , the first panel and the second panel joined together at a first side edge , a second side edge , and a bottom edge , wherein the first panel and the second panel define an opening along respective top edges of the first panel and the second panel and define a closed end along the bottom edge ; a first hem defining a first channel, the first hem being formed along the top edge of the first panel ; a second hem defining a second channel, the second hem being formed along the top edge of the second panel ; characterized in that the first hem consists of a first drawtape disposed within the first channel, wherein the first drawtape consists of a linear low density polyethylene having a density of from 0.902 g/cc to 0.920 g/cc; the second hem consists of a second drawtape disposed within the second channel, wherein the second drawtape consists of a high density polyethylene having a density of from 0.940 g/cc to 0.965 g/cc; and wherein the first drawtape , the second drawtape , or both comprise monolayer or coextruded films.
A method of manufacturing an intravascular blood pump (P), the blood pump comprising a pumping device including an impeller and an electric motor for driving the impeller , the electric motor including a stator and a rotor , the rotor rotatable about an axis of rotation and coupled to the impeller so as to be able to cause rotation of the impeller , the method comprising the steps of: - providing a molding base sized and shaped for receiving stator components thereon; - placing the stator components on the molding base ; - placing an outer sleeve on the molding base to thereby form at least a portion of an outer surface of the blood pump and an interspace between the molding base and the outer sleeve in which the stator components are disposed; and - injecting a casting compound into the interspace via the molding base to fix the stator components inside the outer sleeve . - providing a molding base sized and shaped for receiving stator components thereon; - placing the stator components on the molding base ; - placing an outer sleeve on the molding base to thereby form at least a portion of an outer surface of the blood pump and an interspace between the molding base and the outer sleeve in which the stator components are disposed; and - injecting a casting compound into the interspace via the molding base to fix the stator components inside the outer sleeve .
An endcover assembly for a combustor , the endcover assembly comprising: an endcover ; a fuel nozzle rigidly connected to the endcover , the fuel nozzle including a plurality of tubes that extends axially through a first plate , a fuel plenum , and a second plate of the fuel nozzle , where each tube includes an inlet defined upstream of the first plate and an outlet disposed downstream from the second plate ; an inlet flow conditioner having a forward end connected to the endcover and an aft end axially spaced from the forward end , the inlet flow conditioner circumferentially surrounding at least a portion of the fuel nozzle ; and a support plate joined to the aft end of the inlet flow conditioner , wherein each tube of the fuel nozzle extends through a corresponding tube hole defined by the support plate , and wherein the fuel nozzle is connected to the support plate . an endcover ; a fuel nozzle rigidly connected to the endcover , the fuel nozzle including a plurality of tubes that extends axially through a first plate , a fuel plenum , and a second plate of the fuel nozzle , where each tube includes an inlet defined upstream of the first plate and an outlet disposed downstream from the second plate ; an inlet flow conditioner having a forward end connected to the endcover and an aft end axially spaced from the forward end , the inlet flow conditioner circumferentially surrounding at least a portion of the fuel nozzle ; and a support plate joined to the aft end of the inlet flow conditioner , wherein each tube of the fuel nozzle extends through a corresponding tube hole defined by the support plate , and wherein the fuel nozzle is connected to the support plate .
A method for removing methoxyethanol from a mixture comprising methoxyethanol and morpholine by selective adsorption of methoxyethanol onto a mixed oxide comprising a spinel phase.