mhurhangee/patent-ind-claim-en huggingface dataset:
Receiver circuit for a microwave barrier for detecting and acquiring characteristics of a target object in the region of the microwave barrier, which are a speed and a length thereof, comprising: a first sub-circuit for generating and transmitting a first signal and for detecting a Doppler shift of the first signal reflected at the target object; a second sub-circuit for receiving and evaluating a measuring signal transmitted by a transmitting circuit of the microwave barrier arranged opposite the receiver circuit; where the length of the target object is determined from the Doppler shift and the time duration for passing the microwave barrier. a first sub-circuit for generating and transmitting a first signal and for detecting a Doppler shift of the first signal reflected at the target object; a second sub-circuit for receiving and evaluating a measuring signal transmitted by a transmitting circuit of the microwave barrier arranged opposite the receiver circuit; where the length of the target object is determined from the Doppler shift and the time duration for passing the microwave barrier.
A method for stereoselective synthesis of a β-anomer of a nucleoside, the method comprising: providing a compound having a structure and stereochemistry according to Formula I wherein R 1 is optionally substituted -(CH 2 ) n -aryl, or -(CH 2 ) n -alkyl where n is 0, 1, or 2; and R 2 is a protecting group having a formula -Si(R a )(R b )-O- Si(R a )(R b )- where each R a and R b independently is alkyl, cycloalkyl, or aryl; combining the compound according to Formula I with N -bromosuccinimide and a silylated pyrimidine under reaction conditions effective to produce a mixture of α- and β-anomers of a protected pyrimidine-based nucleoside; separating the β-anomer from the α-anomer of the protected nucleoside; and removing the protecting group from the β-anomer of the protected pyrimidine-based nucleoside to provide a β-anomer of a pyrimidine-based nucleoside. providing a compound having a structure and stereochemistry according to Formula I wherein R 1 is optionally substituted -(CH 2 ) n -aryl, or -(CH 2 ) n -alkyl where n is 0, 1, or 2; and R 2 is a protecting group having a formula -Si(R a )(R b )-O- Si(R a )(R b )- where each R a and R b independently is alkyl, cycloalkyl, or aryl; combining the compound according to Formula I with N -bromosuccinimide and a silylated pyrimidine under reaction conditions effective to produce a mixture of α- and β-anomers of a protected pyrimidine-based nucleoside; separating the β-anomer from the α-anomer of the protected nucleoside; and removing the protecting group from the β-anomer of the protected pyrimidine-based nucleoside to provide a β-anomer of a pyrimidine-based nucleoside.
A method for plasma coating an air-permeable filter media, comprising the steps of: a) ionizing a plasma gas at a temperature of 150°C or lower, and at about atmospheric pressure, thereby creating a plasma discharge; b) introducing a coating precursor into said plasma discharge, thereby obtaining a coating precursor-comprising plasma discharge; c) exposing the filter media to said coating precursor-comprising plasma discharge or to a plasma gas afterglow resulting therefrom, thereby forming a coating onto a surface of the filter media, wherein the coated filter media is air-permeable, wherein the coating precursor comprises citric acid as a biological pathogen inactivation compound, and wherein the filter media comprises a base weight of at least 50 g/m 2 . a) ionizing a plasma gas at a temperature of 150°C or lower, and at about atmospheric pressure, thereby creating a plasma discharge; b) introducing a coating precursor into said plasma discharge, thereby obtaining a coating precursor-comprising plasma discharge; c) exposing the filter media to said coating precursor-comprising plasma discharge or to a plasma gas afterglow resulting therefrom, thereby forming a coating onto a surface of the filter media,
A method, comprising: determining a slurry injection location in machinery from a plurality of injection locations in the machinery according to a targeted obstruction in the machinery in relation to a target chip detector of a plurality of chip detectors of the machinery for testing the design of lubricant paths for bringing a lubricant past or through the targeted obstruction to the target chip detector ; placing an injection tube through a machinery casing of the machinery, wherein the injection tube is secured in an opening of the machinery casing using an adhesive that seals the injection tube to the machinery casing , and wherein the injection tube is bent or directed in the internal side of the machinery casing to deliver the slurry to an intended location within the machinery casing ; providing a slurry tube connected to the injection tube , the slurry tube containing a slurry comprising conductive chips and a lubricant; operating the machinery until the machinery meets one or more predetermined operating parameters; injecting the slurry into the machinery casing during operation of the machinery and after the machinery meets the one or more predetermined operating parameters; and monitoring the target chip detector for detection of the conductive chips during the operation of the machinery. determining a slurry injection location in machinery from a plurality of injection locations in the machinery according to a targeted obstruction in the machinery in relation to a target chip detector of a plurality of chip detectors of the machinery for testing the design of lubricant paths for bringing a lubricant past or through the targeted obstruction to the target chip detector ; placing an injection tube through a machinery casing of the machinery, wherein the injection tube is secured in an opening of the machinery casing using an adhesive that seals the injection tube to the machinery casing , and wherein the injection tube is bent or directed in the internal side of the machinery casing to deliver the slurry to an intended location within the machinery casing ; providing a slurry tube connected to the injection tube , the slurry tube containing a slurry comprising conductive chips and a lubricant; operating the machinery until the machinery meets one or more predetermined operating parameters; injecting the slurry into the machinery casing during operation of the machinery and after the machinery meets the one or more predetermined operating parameters; and monitoring the target chip detector for detection of the conductive chips during the operation of the machinery.
A floor maintenance tool comprising: a handle ; a tool head coupled to the handle and including a frame supporting a first engagement panel and a second engagement panel each disposed on an underside of the frame ; a cable extending between the tool head and the handle , the cable coupled to the first engagement panel and the second engagement panel; and an actuator mechanism coupled to the cable and manipulatable to move at least one of the first engagement panel and the second engagement panel via the cable relative to the frame to selectively engage and disengage a mop pad relative to the tool head, wherein the first engagement panel has a first plurality of pins and the second engagement panel has a second plurality of pins , and wherein the first plurality of pins are angled away from the second plurality of pins , wherein the first plurality of pins and the second plurality of pins are movable relative to the frame , characterized in that the frame further includes a third plurality of pins that remain stationary relative to the frame . a handle ; a tool head coupled to the handle and including a frame supporting a first engagement panel and a second engagement panel each disposed on an underside of the frame ; a cable extending between the tool head and the handle , the cable coupled to the first engagement panel and the second engagement panel; and an actuator mechanism coupled to the cable and manipulatable to move at least one of the first engagement panel and the second engagement panel via the cable relative to the frame to selectively engage and disengage a mop pad relative to the tool head, wherein the first engagement panel has a first plurality of pins and the second engagement panel has a second plurality of pins , and wherein the first plurality of pins are angled away from the second plurality of pins , wherein the first plurality of pins and the second plurality of pins are movable relative to the frame , characterized in that the frame further includes a third plurality of pins that remain stationary relative to the frame .
Appliance for cooking food, comprising: - a cooking vessel (21; 23) having a flat bottom, or a bottom with a difference in level less than 10mm, arranged to receive food to be cooked, - at least one stirring paddle arranged to stir the food to be cooked received in the cooking vessel (21; 23), - drive means arranged to be coupled with the mixing paddle so as to rotate it in the cooking vessel (21; 23), - a paddle tube (50; 50A) removably mounted and/or reversible with respect to the cooking appliance and to the cooking vessel (21; 23), and to the stirring paddle , arranged at least between a central part of the stirring paddle and the cooking vessel (21; 23) to provide a guiding to the stirring paddle . - a cooking vessel (21; 23) having a flat bottom, or a bottom with a difference in level less than 10mm, arranged to receive food to be cooked, - at least one stirring paddle arranged to stir the food to be cooked received in the cooking vessel (21; 23), - drive means arranged to be coupled with the mixing paddle so as to rotate it in the cooking vessel (21; 23), - a paddle tube (50; 50A) removably mounted and/or reversible with respect to the cooking appliance and to the cooking vessel (21; 23), and to the stirring paddle , arranged at least between a central part of the stirring paddle and the cooking vessel (21; 23) to provide a guiding to the stirring paddle .
A perfusion system , comprising: a fluid reservoir configured to hold a portion of fluid, the portion of fluid having a volume, the fluid reservoir having a total capacity that is greater than the volume; an imaging device , the imaging device configured to obtain image data corresponding to the fluid reservoir; and a controller configured to: receive the image data from the imaging device; determine the volume based on the image data; and facilitate control, in response to at least one of a user input and the determined volume of the portion of fluid, of an operating parameter corresponding to the fluid reservoir to facilitate changing or maintaining the volume of the portion of the fluid; characterized in that the imaging device comprises a virtual curtain having an opening disposed therethrough, the opening having a shape that corresponds to a shape of the fluid reservoir, wherein the virtual curtain is configured to facilitate positioning of the imaging device in relation to the fluid reservoir and/or protecting the imaging device from being moved inadvertently. a fluid reservoir configured to hold a portion of fluid, the portion of fluid having a volume, the fluid reservoir having a total capacity that is greater than the volume; an imaging device , the imaging device configured to obtain image data corresponding to the fluid reservoir; and a controller configured to: receive the image data from the imaging device; determine the volume based on the image data; and facilitate control, in response to at least one of a user input and the determined volume of the portion of fluid, of an operating parameter corresponding to the fluid reservoir to facilitate changing or maintaining the volume of the portion of the fluid; characterized in that the imaging device comprises a virtual curtain having an opening disposed therethrough, the opening having a shape that corresponds to a shape of the fluid reservoir, wherein the virtual curtain is configured to facilitate positioning of the imaging device in relation to the fluid reservoir and/or protecting the imaging device from being moved inadvertently. receive the image data from the imaging device; determine the volume based on the image data; and facilitate control, in response to at least one of a user input and the determined volume of the portion of fluid, of an operating parameter corresponding to the fluid reservoir to facilitate changing or maintaining the volume of the portion of the fluid; characterized in that the imaging device comprises a virtual curtain having an opening disposed therethrough, the opening having a shape that corresponds to a shape of the fluid reservoir, wherein the virtual curtain is configured to facilitate positioning of the imaging device in relation to the fluid reservoir and/or protecting the imaging device from being moved inadvertently.
Method for delivering at least one so-called "localized" message (M) to a user recipient (B) of a terminal (UE B ) connected to a telecommunications network (R), such a message being associated with a delivery area (Z D ), said method being characterized in that it comprises the following steps, implemented by the terminal of the recipient, said terminal comprising first location means and second location means: - reception (D1) of at least one header of said at least one localized message (HD), said header comprising at least one item of information representative of the delivery area associated with said at least one localized message; - obtaining (D2) of a first location area (Z 1 ) of the terminal of the user using the first location means of said terminal; - when an intersection between the first location area of the terminal and the delivery area of said at least one localized message is not empty, obtaining of a second location area (Z 2 ) of the terminal, more specific than the first, - requesting the transfer of the content of said at least one localized message from a central server of a telecommunications network to the terminal and delivery of the content transferred by the central server, when an intersection between the second location area of the terminal obtained and the geographic area of delivery of the localized message is not empty; and - deactivation (D10) of the second location means, when the delivery area of said at least one localized message and the first location area of the terminal present an empty intersection. - reception (D1) of at least one header of said at least one localized message (HD), said header comprising at least one item of information representative of the delivery area associated with said at least one localized message; - obtaining (D2) of a first location area (Z 1 ) of the terminal of the user using the first location means of said terminal; - when an intersection between the first location area of the terminal and the delivery area of said at least one localized message is not empty, obtaining of a second location area (Z 2 ) of the terminal, more specific than the first, - requesting the transfer of the content of said at least one localized message from a central server of a telecommunications network to the terminal and delivery of the content transferred by the central server, when an intersection between the second location area of the terminal obtained and the geographic area of delivery of the localized message is not empty; and - deactivation (D10) of the second location means, when the delivery area of said at least one localized message and the first location area of the terminal present an empty intersection.
A system for processing digital content, the system comprising: a registry comprising a set of common registry identifiers used to classify metadata, wherein each common registry identifier represents a metadata class and a metadata type associated with the metadata class; and an interchange layer and registry classification service configured to: receive, from outside the system, metadata derived from digital content in a content file; and classify the metadata , by associating the metadata by metadata type with one of the common registry identifiers, using a set of classification rules for classifying received metadata by metadata type by association with one of the common registry identifiers; wherein the interchange layer and registry classification service comprises a data dictionary , the data dictionary comprising the set of classification rules for the metadata, and being configured to classify the metadata using the classification rules and wherein the interchange layer and registry classification service receives metadata types that cannot be classified using existing classification rules of the set of classification rules, the interchange layer and registry classification service is further configured to automatically expand the set of classification rules to include additional classification rules; wherein said additional classification rules are generated using machine learning from pattern identification in the unclassified metadata types and from use of known classification rules of the data dictionary as training data, thereby to predict classification mappings of said unclassified metadata types to common registry identifiers based on said pattern identification and thereby to create new classification rules to achieve such mappings, wherein the additional classification rules are included and automatically implemented in the set of classification rules when the mapping has reached a likelihood of certainty threshold based upon the strength of the identified pattern. a registry comprising a set of common registry identifiers used to classify metadata, wherein each common registry identifier represents a metadata class and a metadata type associated with the metadata class; and an interchange layer and registry classification service configured to: receive, from outside the system, metadata derived from digital content in a content file; and classify the metadata , by associating the metadata by metadata type with one of the common registry identifiers, using a set of classification rules for classifying received metadata by metadata type by association with one of the receive, from outside the system, metadata derived from digital content in a content file; and classify the metadata , by associating the metadata by metadata type with one of the common registry identifiers, using a set of classification rules for classifying received metadata by metadata type by association with one of the common registry identifiers;
An electronic apparatus comprising: a flexible display comprising at least a portion disposed at a first surface, wherein a size of the flexible display exposed on the first surface is changeable; a body frame disposed at a second surface opposite the first surface; a display frame movable to decrease a distance between the display frame and a first region of the body frame in response to a reduction in the size of the flexible display exposed on the first surface; a first sensor disposed at at least a portion of the first region of the body frame and configured to sense an approach of an object; wherein the first region of the body frame has, among at least one surface of the body frame , a surface corresponding to a position of the display frame; and a controller configured to: reduce, using a driving part, the size of the flexible display exposed on the first surface based on a first input instructing a reduction in the size of the flexible display exposed on the first surface; characterized in that the controller is further configured to: in response that the approach of the object positioned between the body frame and the display frame at the second surface is sensed by the first sensor during reducing the size of the flexible display exposed on the first surface, stop reducing, using the driving part, the size of the flexible display exposed on the first surface. a flexible display comprising at least a portion disposed at a first surface, wherein a size of the flexible display exposed on the first surface is changeable; a body frame disposed at a second surface opposite the first surface; a display frame movable to decrease a distance between the display frame and a first region of the body frame in response to a reduction in the size of the flexible display exposed on the first surface; a first sensor disposed at at least a portion of the first region of the body frame and configured to sense an approach of an object; wherein the first region of the body frame has, among at least one surface of the body frame , a surface corresponding to a position of the display frame; and a controller configured to: reduce, using a driving part, the size of the flexible display exposed on the first surface based on a first input instructing a reduction in the size of the flexible display exposed on the first surface; a controller configured to: reduce, using a driving part, the size of the flexible display exposed on the first surface based on a first input instructing a reduction in the size of the flexible display exposed on the first surface; characterized in that the controller is further configured to: in response that the approach of the object positioned between the body frame and the display frame at the second surface is sensed by the first sensor during reducing the size of the flexible display exposed on the first surface, stop reducing, using the driving part, the size of the flexible display exposed on the first surface.
A seat unit comprising: two seats arranged facing one another, the two seats optionally being substantially laterally aligned with each other and with respect to a longitudinal axis of the seat unit ; and a partition positioned between the two seats ; each seat comprising a seat back , a headrest , and a seat pan , wherein each of the two seats is configured to convert between a seat position and a bed position characterized in that the partition comprises two footwells each enclosed by a respective upper surface and rear surface , the footwells being arranged facing in opposing directions so that an opening in each footwell is accessible by a passenger seated in one of the two seats that faces the opening in the footwell , each of the two footwells comprising an enclosed portion having an upper surface that is configured as a table for use by a passenger seated in the one of the two seats that does not face the opening of the corresponding footwell. two seats arranged facing one another, the two seats optionally being substantially laterally aligned with each other and with respect to a longitudinal axis of the seat unit ; and a partition positioned between the two seats ; each seat comprising a seat back , a headrest , and a seat pan , wherein each of the two seats is configured to convert between a seat position and a bed position characterized in that the partition comprises two footwells each enclosed by a respective upper surface and rear surface , the footwells being arranged facing in opposing directions so that an opening in each footwell is accessible by a passenger seated in one of the two seats that faces the opening in the footwell , each of the two footwells comprising an enclosed portion having an upper surface that is configured as a table for use by a passenger seated in the one of the two seats that does not face the opening of the corresponding footwell.
Circuit assembly for the transmission of signals, wherein energising terminals for applying a voltage (U i ) and a downstream assembly for generating a pulse sequence are provided, wherein said assembly is on the output side connected to a primary winding of an inductive transducer and a secondary winding of the inductive transducer is connected to a rectifier , to the output side of which a gate of a FET is connected, the FET serving as a switch between circuit breaking terminals , characterised in that a voltage controller is connected to the energising terminals and the assembly for generating the pulse sequence comprises a first inverting gate provided with a feedback and a further component for inverting the signal, wherein the inverting gate is on the input side connected to the voltage controller via a capacitor .