mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile device comprising: a memory configured to store an audio input signal; and a processor configured to transition the mobile device from an idle mode to an active audio logging mode, the processor further configured to, while the mobile device is in the active audio logging mode and is capturing an audio input signal and storing the captured audio input signal in the memory: process the captured audio input signal (S270) to determine auditory context information (S600) of the captured audio input signal; determine an audio quality enhancement level to be applied to the captured audio input signal based on the determined auditory context information of the captured audio input signal; and perform audio quality enhancement on the captured audio input signal based on the determined audio quality enhancement level, wherein the audio quality enhancement level is dynamically adjusted during the capturing and storing of the audio input signal according to the determined auditory context information. a memory configured to store an audio input signal; and a processor configured to transition the mobile device from an idle mode to an active audio logging mode, the processor further configured to, while the mobile device is in the active audio logging mode and is capturing an audio input signal and storing the captured audio input signal in the memory: process the captured audio input signal (S270) to determine auditory context information (S600) of the captured audio input signal; determine an audio quality enhancement level to be applied to the captured audio input signal based on the determined auditory context information of the captured audio input signal; and perform audio quality enhancement on the captured audio input signal based on the determined audio quality enhancement level, process the captured audio input signal (S270) to determine auditory context information (S600) of the captured audio input signal; determine an audio quality enhancement level to be applied to the captured audio input signal based on the determined auditory context information of the captured audio input signal; and perform audio quality enhancement on the captured audio input signal based on the determined audio quality enhancement level, wherein the audio quality enhancement level is dynamically adjusted during the capturing and storing of the audio input signal according to the determined auditory context information.
A power distribution management apparatus comprising: an electrical connection storage unit configured to store electrical connection information in which a combination of a plurality of nodes at which a plurality of facilities of a power distribution system are electrically connected to each other and a facility determined based on the combination are associated, the facility being a branch and the facility information being stored in association with information of the plurality of nodes; a search unit configured to search a facility corresponding to the combination of the plurality of nodes while investigating an uninvestigated node among the plurality of nodes constituting the combination starting from a predetermined node; an output unit configured to output facility information obtained from the combination for which the investigation is performed and a result of the search after the investigation and the search are performed; and a detection unit configured to compare a record of the branch stored in a branch table , which manages branches by storing branch information, node information, and the facility information to be associated with each other and a record of the branch stored in a current branch table , which manages current branches, and in a case that the branch table includes a record of the branch not matched with the current branch table detect the searched facility corresponding to the facility information contained in the record of the branch as a blackout place to detect a facility which stops power transmission not by an accident or a failure, in a unit of the facility. an electrical connection storage unit configured to store electrical connection information in which a combination of a plurality of nodes at which a plurality of facilities of a power distribution system are electrically connected to each other and a facility determined based on the combination are associated, the facility being a branch and the facility information being stored in association with information of the plurality of nodes; a search unit configured to search a facility corresponding to the combination of the plurality of nodes while investigating an uninvestigated node among the plurality of nodes constituting the combination starting from a predetermined node; an output unit configured to output facility information obtained from the combination for which the investigation is performed and a result of the search after the investigation and the search are performed; and a detection unit configured to compare a record of the branch stored in a branch table , which manages branches by storing branch information, node information, and the facility information to be associated with each other and a record of the branch stored in a current branch table , which manages current branches, and in a case that the branch table includes a record of the branch not matched with the current branch table detect the searched facility corresponding to the facility information contained in the record of the branch as a blackout place to detect a facility which stops power transmission not by an accident or a failure, in a unit of the facility.
A computer-implemented method for enabling a time ordered sequence of messages to be later replayed in an event-driven and/or micro-services based architectures, the computer-implemented method being performed by at least one processor , the method comprising: responsive to receiving messages (114 ) which do not include any sort of timing information, providing, by the at least one processor, time-enhanced messages as a time series (114 ) by incorporating timing data into each of the messages (114 ); storing , by the at least one processor, the time-enhanced messages (114 ) on at least one data storage device ; receiving , by the at least one processor, a request for a particular sequence of the messages from a consumer device executing a consumer application , the consumer application including a message listener ; and responsive to the request , retrieving , by the at least one processor, the time-enhanced messages (114 ) from the at least one storage device and communicating the time-enhanced messages (114 ) in a flow instance to the consumer device , wherein the flow instance receives a flow of the time series (114 ) of the time-enhanced messages (114 ) from the data storage and is capable of being controlled by the client application , and wherein the flow instance operates independently of other flow instances to publish the time-enhanced messages (114 ) to the message listener . responsive to receiving messages (114 ) which do not include any sort of timing information, providing, by the at least one processor, time-enhanced messages as a time series (114 ) by incorporating timing data into each of the messages (114 ); storing , by the at least one processor, the time-enhanced messages (114 ) on at least one data storage device ; receiving , by the at least one processor, a request for a particular sequence of the messages from a consumer device executing a consumer application , the consumer application including a message listener ; and responsive to the request , retrieving , by the at least one processor, the time-enhanced messages (114 ) from the at least one storage device and communicating the time-enhanced messages (114 ) in a flow instance to the consumer device , wherein the flow instance receives a flow of the time series (114 ) of the time-enhanced messages (114 ) from the data storage and is capable of being controlled by the client application , and wherein the flow instance operates independently of other flow instances to publish the time-enhanced messages (114 ) to the message listener .
Emergency vehicle, in particular fire engine, with a driver's cab and a cab module located behind the former in the longitudinal direction of the vehicle and joined to the driver's cab , wherein at least one adhesive bond is provided to join the driver's cab to the cab module and wherein a fastening device is provided to join the driver's cab to the cab module and the at least one adhesive bond is formed between the fastening device and the driver's cab and/or between the fastening device and the cab module , wherein the fastening device is designed as a component separate both from the driver's cab and from the cab module , and wherein the fastening device has a frame-like fastening flange joined to the driver's cab on one side and to the cab module on the other side, wherein the at least one adhesive bond is formed between the driver's cab and the fastening flange and/or the cab module and the fastening flange , characterised in that the fastening flange and the driver's cab and/or the fastening flange and the cab module have several joint surfaces located opposite one another, which are at least partially designed as mutually bonded adhesive surfaces .
A slide fastener having a fastener tape to be secured to a securement subject , wherein an identification medium is attached to a slider , the slide fastener being characterized in that the identification medium is incorporated in the slider .
A material that is the reaction product of: a binder; a curing agent; and a zinc pyrithione represented by Formula (I): wherein R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , and R 8 are independently selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxyl, hydroxyl, aryl, and heterocyclyl; and wherein the material further comprises cork. a binder; a curing agent; and a zinc pyrithione represented by Formula (I): wherein R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , and R 8 are independently selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxyl, hydroxyl, aryl, and heterocyclyl; and wherein the material further comprises cork.
Continuously variable transmission device for a motorcycle with two/three/four wheels, which can be connected to a drive shaft , comprising - a drive pulley provided with active surfaces for a V-belt , having a mobile bushing bearing one of said active surfaces , said mobile bushing sliding axially under the action of rollers of a speed controller to achieve a gear change between low gear and high gear; - a fixed bushing fixable and coaxial to the drive shaft ; - a cam system (95,111; 97,113) operating between the fixed bushing and the mobile bushing to transmit the rotation between the fixed bushing and the mobile bushing , configured to oppose the movement towards each other of the active surfaces , comprising at least a driven cam portion of the mobile bushing and a drive cam portion of the fixed bushing respectively having a driven cam profile and a drive cam profile ; characterized in that the mobile bushing comprises a main wall annular with respect to the axis of rotation (X), having an inner surface which delimits a housing compartment and said driven cam portion protrudes radially internally from said inner surface ; and wherein said drive cam portion of the fixed bushing penetrates axially in said housing compartment of the mobile bushing . - a drive pulley provided with active surfaces for a V-belt , having a mobile bushing bearing one of said active surfaces , said mobile bushing sliding axially under the action of rollers of a speed controller to achieve a gear change between low gear and high gear; - a fixed bushing fixable and coaxial to the drive shaft ; - a cam system (95,111; 97,113) operating between the fixed bushing and the mobile bushing to transmit the rotation between the fixed bushing and the mobile bushing , configured to oppose the movement towards each other of the active surfaces , comprising at least a driven cam portion of the mobile bushing and a drive cam portion of the fixed bushing respectively having a driven cam profile and a drive cam profile ;
A liquid level detection device comprising: a float that ascends and descends following a liquid level; at least one magnet unit attached to the float , wherein each magnet unit comprises a plurality of magnets ; a guide member that guides the float to ascend and descend, wherein the plurality of magnets of the at least one magnet unit are disposed facing each other with the guide member interposed; a plurality of magnetic sensors attached to the guide member , and sensing a magnetic flux density varying in response to a position assumed by the at least one magnet unit as the at least one magnet unit ascends/descends, and outputting an electrical signal corresponding to the magnetic flux density; and a detection circuit that detects a position of the float based on electrical signals respectively output from the plurality of magnetic sensors , the detection circuit detecting the position of the float based on electrical signals output from two adjacent ones of the plurality of magnetic sensors . a float that ascends and descends following a liquid level; at least one magnet unit attached to the float , wherein each magnet unit comprises a plurality of magnets ; a guide member that guides the float to ascend and descend, wherein the plurality of magnets of the at least one magnet unit are disposed facing each other with the guide member interposed; a plurality of magnetic sensors attached to the guide member , and sensing a magnetic flux density varying in response to a position assumed by the at least one magnet unit as the at least one magnet unit ascends/descends, and outputting an electrical signal corresponding to the magnetic flux density; and a detection circuit that detects a position of the float based on electrical signals respectively output from the plurality of magnetic sensors , the detection circuit detecting the position of the float based on electrical signals output from two adjacent ones of the plurality of magnetic sensors .
A method for purifying norovirus virus like particles (VLPs), comprising: i. generating or obtaining a cell lysate, culture supernatant, or filtrate containing said VLPs; and ii. adjusting the pH of the lysate, supernatant, or filtrate to a pH of less than 5 to generate a pH-adjusted solution; and iii. removing non-VLP particulates / aggregates from the pH-adjusted solution to generate a purified solution comprising norovirus VLPs with a full length VP1 subunit; wherein said adjusting the pH is carried out for a duration between 30 minutes and 48 hours; wherein the VLPs comprise at least a first subpopulation and a second subpopulation of the VLPs; wherein said removing the non-VLP particulates/aggregates comprises removing the second subpopulation of VLPs from the pH-adjusted solution; wherein the purified solution substantially retains the first subpopulation of VLPs; wherein the first subpopulation comprises norovirus VLPs with a full length VP1 subunit, and wherein the second subpopulation comprises norovirus VLPs with a truncated VP1 subunit. i. generating or obtaining a cell lysate, culture supernatant, or filtrate containing said VLPs; and ii. adjusting the pH of the lysate, supernatant, or filtrate to a pH of less than 5 to generate a pH-adjusted solution; and iii. removing non-VLP particulates / aggregates from the pH-adjusted solution to generate a purified solution comprising norovirus VLPs with a full length VP1 subunit;
A discharge container, comprising; a container body made of metal having an opening, a valve assembly fixed to the opening of the container body, a pouch housed in the container body, and a joint member connecting the pouch and the valve assembly, wherein the opening has a cylindrical portion and a bead portion formed above the cylindrical portion, wherein the valve assembly is equipped with a plug portion inserted into the opening, a valve structure which opens and closes a pathway of a content and is fixed to the plug portion , a sealing member provided on an outer surface of the plug portion, and a cover cap fixing the valve assembly to the container body, wherein the cover cap has an upper portion covering the plug portion and the valve structure , and a plastic deformation portion fixed to the bead portion by deforming in a central direction, and wherein the sealing member contacts with a part of the cylindrical portion lower than the plastic deformation portion and seals a gap between the container body and the plug portion , characterised in that the joint member has a tubular valve connecting portion fixed to the valve assembly ; a tubular pouch fixing portion concentrically provided on a lower end of the valve connecting portion , fixed to an opening of the pouch ; and a guiding portion extending to a bottom portion of the pouch from a lower end of the pouch fixing portion , guiding the content into the pouch fixing portion from the pouch ; wherein the guiding portion has a main body extending in vertical direction; a communicating portion provided on an upper end of the main body , communicating a surface of the main body with a center hole of the pouch fixing portion ; and a projecting portion projecting from the main body ; and wherein the projecting portion is equipped with at least two main projections formed on a concentrical line and formed apart in vertical direction, and a sub projection provided between the main projections parted in vertical direction and provided as not to intersect with either main projections.
A tool holder and a tool adapted to be held by the tool holder , wherein the tool comprises: an implement ; a handle adapted to be coupled with the implement ; and a locking member coupled with the handle and extending away from the handle , wherein the locking member is adapted to facilitate removable coupling of the implement and the handle together; and the tool holder comprises: a body defining at least one cavity ; characterised in that : the tool holder defines a longitudinal axis (X-X') and each of the at least one cavity defines a central axis (Y-Y') such that the longitudinal axis (X-X') is perpendicular to the central axis (Y-Y'); wherein the at least one cavity is adapted to store the handle by having the locking member removably inserted therein. an implement ; a handle adapted to be coupled with the implement ; and a locking member coupled with the handle and extending away from the handle , wherein the locking member is adapted to facilitate removable coupling of the implement and the handle together; and the tool holder comprises: a body defining at least one cavity ; characterised in that : the tool holder defines a longitudinal axis (X-X') and each of the at least one cavity defines a central axis (Y-Y') such that the longitudinal axis (X-X') is perpendicular to the central axis (Y-Y'); wherein the at least one cavity is adapted to store the handle by having the locking member removably inserted therein. the tool holder defines a longitudinal axis (X-X') and each of the at least one cavity defines a central axis (Y-Y') such that the longitudinal axis (X-X') is perpendicular to the central axis (Y-Y'); wherein the at least one cavity is adapted to store the handle by having the locking member removably inserted therein.
A method for directing a person in an area , in which a plurality of signal transmitters are arranged at defined locations, comprising: determining a current position of a mobile device carried along by the person in the area ; determining a next signal transmitter to be reached by the person based on the current position; and transmitting a control command to the determined signal transmitter , wherein the control command causes the determined signal transmitter to generate a signal that can be perceived by the person , characterized in that the current position is determined when the mobile device receives data from a first signal transmitter , wherein the data, which is stored in a data set of a database together with a location of the first signal transmitter , is used for obtaining the location of the first signal transmitter from the data set. determining a current position of a mobile device carried along by the person in the area ; determining a next signal transmitter to be reached by the person based on the current position; and transmitting a control command to the determined signal transmitter , wherein the control command causes the determined signal transmitter to generate a signal that can be perceived by the person , characterized in that the current position is determined when the mobile device receives data from a first signal transmitter , wherein the data, which is stored in a data set of a database together with a location of the first signal transmitter , is used for obtaining the location of the first signal transmitter from the data set.
An ink drying apparatus comprising a hot air dryer , a hot air supplying part having an air supplying blower , a heating unit and a hot air supplying pipe , and an exhausting part having an exhausting blower and an exhausting pipe ; wherein the hot air dryer is provided with a drying furnace , a substrate conveying path formed as a spirally shaped path provided in the drying furnace, and a plurality of substrate drying ducts each provided with a hot air blowing duct for blowing hot air to a surface of a substrate on which ink is ejected conveyed along the substrate conveying path to heat ink and an exhausting duct for exhausting air containing water vapor generated by heating of ink, the hot air supplying part is provided at an outside of the drying furnace and configured to supply hot air into the substrate drying ducts, the exhausting part is provided at the outside of the drying furnace and configured to exhaust air from the drying furnace through the substrate drying ducts, and both the hot air supplying pipe and the exhausting pipe are spirally shaped. wherein the hot air dryer is provided with a drying furnace , a substrate conveying path formed as a spirally shaped path provided in the drying furnace, and a plurality of substrate drying ducts each provided with a hot air blowing duct for blowing hot air to a surface of a substrate on which ink is ejected conveyed along the substrate conveying path to heat ink and an exhausting duct for exhausting air containing water vapor generated by heating of ink, the hot air supplying part is provided at an outside of the drying furnace and configured to supply hot air into the substrate drying ducts, the exhausting part is provided at the outside of the drying furnace and configured to exhaust air from the drying furnace through the substrate drying ducts, and both the hot air supplying pipe and the exhausting pipe are spirally shaped.