mhurhangee/patent-ind-claim-en huggingface dataset:
Mounting module for a motor vehicle , with an optical sensor system which is configured, a) to monitor a detection area located outside the motor vehicle in order to determine the proximity of a user , b) perform a distance measurement to the user within the detection area and c) in the event of detection of the user in a predefined actuation area within the detection area , to trigger a signal for performing an action on the motor vehicle . a) to monitor a detection area located outside the motor vehicle in order to determine the proximity of a user , b) perform a distance measurement to the user within the detection area and c) in the event of detection of the user in a predefined actuation area within the detection area , to trigger a signal for performing an action on the motor vehicle .
Converter station for transmitting electrical power, having a converter , which has a DC-voltage connection and an AC-voltage connection, and at least one transformer , which is connected to the AC-voltage connection, wherein the converter is connected to a wind farm via an AC-voltage grid, and the converter station is arranged in a manner distributed on at least two support structures which are erected independently of one another, wherein the converter has a plurality of partial converters series-connected or parallel-connected on the DC-voltage side, wherein the partial converters are held at least partially on different support structures , wherein each partial converter is connected on the AC-voltage side to a partial transformer , characterized in that said partial converter and said partial transformer are arranged in a common partial encapsulation housing filled with insulating material and the insulating material has improved insulation properties with respect to atmospheric air, wherein the partial converters are at least partially partial diode rectifiers, the current valves of which have a series circuit composed of diodes.
An X-ray generation device comprising: an X-ray tube including an electron gun configured to generate an electron beam (B) and a target (T) configured to generate an X-ray (X) by incidence of the electron beam (B); a power supply portion including a booster configured to boost an input voltage (Vo) from outside to generate a high voltage (V) and an insulating block configured to seal the booster with an insulating material; and a control unit configured to perform control to generate the X-ray (X), wherein the control unit includes a first information processing element configured to operate at a high reference potential (Vp) where a high potential based on the high voltage (V) is regarded as reference potential, and to perform, at the high potential, at least part of the control using a digital signal, wherein the first information processing element is sealed with the insulating material in the insulating block . an X-ray tube including an electron gun configured to generate an electron beam (B) and a target (T) configured to generate an X-ray (X) by incidence of the electron beam (B); a power supply portion including a booster configured to boost an input voltage (Vo) from outside to generate a high voltage (V) and an insulating block configured to seal the booster with an insulating material; and a control unit configured to perform control to generate the X-ray (X), wherein the control unit includes a first information processing element configured to operate at a high reference potential (Vp) where a high potential based on the high voltage (V) is regarded as reference potential, and to perform, at the high potential, at least part of the control using a digital signal, wherein the first information processing element is sealed with the insulating material in the insulating block .
A method for manufacturing paper implementing a cellulosic suspension and particles, the particles being integrated in the cellulosic suspension or deposited on the paper once formed, the particles having a hydrophilic core coated with a hydrophobic polymeric layer, and being beforehand prepared according to the following steps : - preparing an aqueous phase comprising at least one hydrophilic optical brightener or colorant; - preparing an organic phase comprising at least one hydrophobic polymer; - forming a water-in-oil inverse emulsion by adding the aqueous phase into the organic phase; - forming the particles by thermal quenching of the emulsion; - obtaining particles having an average diameter smaller than 5 micrometers and having a hydrophilic core coated with a hydrophobic polymeric layer; - isolating the particles thus obtained. - preparing an aqueous phase comprising at least one hydrophilic optical brightener or colorant; - preparing an organic phase comprising at least one hydrophobic polymer; - forming a water-in-oil inverse emulsion by adding the aqueous phase into the organic phase; - forming the particles by thermal quenching of the emulsion; - obtaining particles having an average diameter smaller than 5 micrometers and having a hydrophilic core coated with a hydrophobic polymeric layer; - isolating the particles thus obtained.
An extendable wellbore tool comprising: a housing ; a telescopic cylinder disposed within the housing , the telescopic cylinder comprising two or more cylinders (106a-106e) configured to extend and retract relative to each other; one or more hydraulic actuators configured to extend and retract the telescopic cylinder relative to the housing ; and a link arm connecting the one or more hydraulic actuators to the telescopic cylinder , wherein an end of an innermost cylinder of the two or more cylinders (106a-106e) is attached to an interface tool configured to engage a plugging element for removing or installing within a Christmas tree . a housing ; a telescopic cylinder disposed within the housing , the telescopic cylinder comprising two or more cylinders (106a-106e) configured to extend and retract relative to each other; one or more hydraulic actuators configured to extend and retract the telescopic cylinder relative to the housing ; and a link arm connecting the one or more hydraulic actuators to the telescopic cylinder , wherein an end of an innermost cylinder of the two or more cylinders (106a-106e) is attached to an interface tool configured to engage a plugging element for removing or installing within a Christmas tree .
A computerized method for creating a sandbox for an original tenant of a database system at a point in time, the original tenant having original tenant data stored in an immutable storage of the database system associated with an original tenant identifier, the original tenant data as of the sandbox creation point in time being a virtual snapshot of the original tenant data to be made accessible to a sandbox tenant, where sandbox tenant data can be changed or augmented without changing or augmenting the original tenant data, and the original tenant data can be changed or augmented without changing or augmenting the sandbox tenant data, comprising: creating , via the database system, a sandbox tenant identifier; creating a sandbox tenant by associating the sandbox tenant identifier with the virtual snapshot of the original tenant data and with sandbox tenant data created by the sandbox tenant subsequent to the sandbox creation point in time, wherein the sandbox tenant data created by the sandbox tenant subsequent to the sandbox creation point in time is inaccessible to the original tenant; subsequent to the sandbox creation point in time, creating subsequent original tenant data associated with the original tenant identifier stored in the immutable storage, the subsequent original tenant data not being accessible to the sandbox tenant, wherein the original tenant may access original tenant data created both before and after the sandbox creation point in time that is stored in the immutable storage, and wherein the subsequent original tenant data is written as new original tenant data that does not alter older original tenant data stored in the immutable storage. creating , via the database system, a sandbox tenant identifier; creating a sandbox tenant by associating the sandbox tenant identifier with the virtual snapshot of the original tenant data and with sandbox tenant data created by the sandbox tenant subsequent to the sandbox creation point in time, wherein the sandbox tenant data created by the sandbox tenant subsequent to the sandbox creation point in time is inaccessible to the original tenant; subsequent to the sandbox creation point in time, creating subsequent original tenant data associated with the original tenant identifier stored in the immutable storage, the subsequent original tenant data not being accessible to the sandbox tenant, wherein the original tenant may access original tenant data created both before and after the sandbox creation point in time that is stored in the immutable storage, and wherein the subsequent original tenant data is written as new original tenant data that does not alter older original tenant data stored in the immutable storage.
Process for the preparation of a composition comprising polylactide and lactide by ring-opening polymerization of lactide, said process comprising the steps of : (a) providing lactide and polymerization catalyst to a reactor, (b) melt polymerizing said lactide to a degree of polymerization of at most 96.0 %, to form a composition comprising polylactide and lactide, and (c) removing said composition from the reactor, wherein the whole process is performed at pressures of at least 1 bar, and wherein the composition removed from the reactor is never subjected to a pressure below 1 bar and wherein the composition is not subjected to one of more devolatilization steps.
A wet-sheet packaging comprising an outer bag that includes an outer take-out opening on the bag's upper side, the outer take-out opening being freely opened and closed by a closure means ; and a layered body of wet sheets , each of the wet sheets being in a folded state, the outer bag accommodating the layered body of the wet sheets , wherein the layered body is accommodated in a way that allows an edge of the upper surface-side of the topmost wet sheet to be grasped by a user and spread out when the wet sheet is taken out of the packaging , each of the wet sheets is folded into a band shape to be layered such that each of the wet sheets is folded at fold lines that are substantially parallel to each other into a zigzag shape, and the edge is configured to be opposite the outer take-out opening , and to be disposed at the middle part of the folded sheet in the width direction so as to face the lengthwise direction, characterized in that the layered body includes a layer-top part that faces the outer take-out opening , and layer-side parts that are bent in their lengthwise direction into an approximately inverted U-shape, and that stretch from both sides of the layer-top part to each of the bottom edges of the layered body .
A method of monitoring enzymatic activity in a live animal to which a composition has been administered, the composition comprising a chemiluminescent probe and a near-infrared (NIR) nanoparticle, wherein: (i) the chemiluminescent probe consists of a chemiluminescent probe that detects the presence of a product of endogenous enzyme activity in a live animal by emitting chemiluminescence; (ii) the NIR nanoparticle emits light upon exposure to the chemiluminescence emitted from the chemiluminescent probe; and (iii) the composition does not include an exogenous enzyme; the method comprising: detecting the light emitted from the NIR nanoparticle, thereby monitoring enzymatic activity in the live animal, wherein the NIR nanoparticle emits light upon exposure to the chemiluminescence emitted from the chemiluminescent probe. (i) the chemiluminescent probe consists of a chemiluminescent probe that detects the presence of a product of endogenous enzyme activity in a live animal by emitting chemiluminescence; (ii) the NIR nanoparticle emits light upon exposure to the chemiluminescence emitted from the chemiluminescent probe; and (iii) the composition does not include an exogenous enzyme;
A control device for an internal combustion engine , - that is configured to control a control object device based on an output value of a relative angle sensor configured to detect a relative angle of an output shaft of an actuator , and an output value of an absolute angle sensor configured to detect an absolute angle of a drive shaft coupled to the output shaft of the actuator via a speed reducer , - wherein the control device is characterized by correcting an output value of the absolute angle sensor based on an absolute angle of the drive shaft that is obtained from an output value of the relative angle sensor using, as a reference point, an output value of the absolute angle sensor at start-up of the internal combustion engine , and an output value of the absolute angle sensor . - that is configured to control a control object device based on an output value of a relative angle sensor configured to detect a relative angle of an output shaft of an actuator , and an output value of an absolute angle sensor configured to detect an absolute angle of a drive shaft coupled to the output shaft of the actuator via a speed reducer , - wherein the control device is characterized by correcting an output value of the absolute angle sensor based on an absolute angle of the drive shaft that is obtained from an output value of the relative angle sensor using, as a reference point, an output value of the absolute angle sensor at start-up of the internal combustion engine , and an output value of the absolute angle sensor .
An embolisation device for promoting clot formation in a lumen, the embolisation device comprising at least two segments, each segment comprising a stem and a plurality of flexible bristles extending outwardly from the stem, the bristles having a contracted delivery configuration when placed in a delivery catheter, and a deployed configuration in which the bristles extend generally radially outwardly from the stem to anchor the device in a lumen, comprising a proximal bristle segment and at least one distal bristle segment , wherein in the deployed configuration, bristles of the proximal segment extend partially in a proximal longitudinal direction and bristles of the at least one distal segment extend partially in a distal longitudinal direction; the device further comprising an intermediate radiopaque marker band between two segments.
A filter assembly for filtering liquids comprising: a) a filter housing ; b) a liquid inlet to the filter housing ; c) a separation plate sealably secured to the inner circumference of the filter housing , said separation plate provided with openings ; d) a plurality of rectangular shaped filters enclosed in said filter housing , wherein each of said rectangular shaped filters having a first central void surrounded by pleated filter media with the external surface of the pleated filter media exposed to the liquid to be filtered entering the filter vessel through the liquid inlet , a solid top cap , a bottom cap with an opening located therein to communicate fluidly with the first central void in the filter media that extends from the top cap to the bottom cap ; e) the bottom cap of each rectangular shaped filter is removably mounted on a filter receiver surrounding each of the openings in the separation plate , wherein each bottom cap has a sealing member that seals the bottom cap with the filter receiver to avoid liquid bypass; f) a collecting chamber is provided in the filter housing below the separation plate to collect the filtered clean liquid; and g) a clean liquid outlet from the filter housing beneath the separation plate ; characterized in that the filter assembly further comprises a perforated support inside of the first central void of each said rectangular shaped filter , wherein the perforated support is mounted on each said filter receiver , and wherein each said perforated support has a second central void such that the liquid to be filtered passes from the external surface of the filter media into the first central void of the rectangular shaped filters, and such that the resulting filtered liquid flows from the first central void into the second central void of the perforated support and then via opening of the separation plate into the collecting chamber. a) a filter housing ; b) a liquid inlet to the filter housing ; c) a separation plate sealably secured to the inner circumference of the filter housing , said separation plate provided with openings ; d) a plurality of rectangular shaped filters enclosed in said filter housing , wherein each of said rectangular shaped filters having a first central void surrounded by pleated filter media with the external surface of the pleated filter media exposed to the liquid to be filtered entering the filter vessel through the liquid inlet , a solid top cap , a bottom cap with an opening located therein to communicate fluidly with the first central void in the filter media that extends from the top cap to the bottom cap ; e) the bottom cap of each rectangular shaped filter is removably mounted on a filter receiver surrounding each of the openings in the separation plate , wherein each bottom cap has a sealing member that seals the bottom cap with the filter receiver to avoid liquid bypass; f) a collecting chamber is provided in the filter housing below the separation plate to collect the filtered clean liquid; and g) a clean liquid outlet from the filter housing beneath the separation plate ;
A method, comprising: receiving , by a server, metadata associated with specific content in a transport signal stream from a content information service, the metadata identifying a point in time of the transport signal stream; instructing , by the server, an encoder to insert a marker into the transport signal stream corresponding to the point in time of the transport signal stream, the marker indicating control of a trick mode to be enforced by a delivery platform subsequent to the point in time of the transport signal stream during play by the delivery platform of the transport signal stream, the transport signal stream having a frame rate and resolution; receiving , by the server from the delivery platform, an indication that the delivery platform has encountered the marker at the point in time of the transport signal stream; and sending , by the server to the delivery platform, one or more instructions for enforcing the one or more trick mode settings associated with the marker, characterised in that the one or more instructions comprise information regarding a duration of time that the trick mode is to be enabled or disabled. receiving , by a server, metadata associated with specific content in a transport signal stream from a content information service, the metadata identifying a point in time of the transport signal stream; instructing , by the server, an encoder to insert a marker into the transport signal stream corresponding to the point in time of the transport signal stream, the marker indicating control of a trick mode to be enforced by a delivery platform subsequent to the point in time of the transport signal stream during play by the delivery platform of the transport signal stream, the transport signal stream having a frame rate and resolution; receiving , by the server from the delivery platform, an indication that the delivery platform has encountered the marker at the point in time of the transport signal stream; and sending , by the server to the delivery platform, one or more instructions for enforcing the one or more trick mode settings associated with the marker, characterised in that the one or more instructions comprise information regarding a duration of time that the trick mode is to be enabled or disabled.
A vane assembly for a gas turbine engine, the vane assembly comprising: a plurality of vanes being arranged in vane groupings symmetrically spaced circumferentially from each other, each vane grouping including a first vane , a second vane , a third vane and a fourth vane , the first vane and second vane being spaced from each other at a first pitch , the second vane is separated from the third vane at a second pitch (54;554;866), the third vane (48;548;860) is separated from the fourth vane at a third pitch , and the first pitch being dissimilar from the second pitch ; wherein the first vane (48;548;848) is axially offset from the second vane and the third vane is axially offset from the fourth vane ; wherein the third pitch is dissimilar from both the first pitch and the second pitch ; and wherein a fourth pitch between adjacent vane groupings is dissimilar from the first through third pitches ; characterised in that the first to fourth vanes are axially offset from each other.
A method for producing a carbon nanotube aggregate, comprising: mixing a support with an aqueous solution of a graphitization metal catalyst precursor to form a paste; drying the paste to remove water, followed by calcination to obtain a supported catalyst; and bringing the supported catalyst into contact with a carbon-containing compound under heating to react with each other, wherein the water removal rate from the paste is adjusted to 5 to 30% by weight to control the bulk density of the carbon nanotubes, the water removal rate being defined by Expression 1: Water removal rate = the weight of the support + the weight of the metal catalyst precursor − the weight of the paste after drying / the weight of the support + the weight of the metal catalyst precursor × 100 where the weight of the metal catalyst precursor is determined by subtracting the weight of the water solvent from the weight of the aqueous solution of the metal catalyst precursor, wherein the support includes at least 30% by weight of AlO(OH) and does not include Al 2 O 3 , wherein the metal catalyst precursor is in hydrate form. mixing a support with an aqueous solution of a graphitization metal catalyst precursor to form a paste; drying the paste to remove water, followed by calcination to obtain a supported catalyst; and bringing the supported catalyst into contact with a carbon-containing compound under heating to react with each other, wherein the water removal rate from the paste is adjusted to 5 to 30% by weight to control the bulk density of the carbon nanotubes, the water removal rate being defined by Expression 1: Water removal rate = the weight of the support + the weight of the metal catalyst precursor − the weight of the paste after drying / the weight of the support + the weight of the metal catalyst precursor × 100 where the weight of the metal catalyst precursor is determined by subtracting the weight of the water solvent from the weight of the aqueous solution of the metal catalyst precursor, wherein the support includes at least 30% by weight of AlO(OH) and does not include Al 2 O 3 , wherein the metal catalyst precursor is in hydrate form.
A sample preparation device comprising a first chamber containing a membrane support on which a membrane is placed or can be placed; an inlet to the first chamber and an outlet from the first chamber ; at least one second chamber provided with or adapted to be provided with an anaerobic generation means and/or an anaerobic detection indicator, wherein the at least one second chamber is connected to the first chamber by a communication path , wherein the communication path is liquid-tightly closed by a tap device in a first position (A) of the tap device and is adapted to be opened to allow fluid communication between the first chamber and the at least one second chamber in that the tap device is moved to a second position (B) of the tap device , wherein the tap device comprises a stem section movably received in a socket and an operating feature accessible to a user from outside to allow introduction of a force required to effect the movement, and wherein the operating feature includes a lever, preferably in the form of a flap, arranged to be operated by a user, and the stem section is arranged to be guided in the socket to perform a combined translational-rotational movement upon operation of the lever.