mhurhangee/patent-ind-claim-en huggingface dataset:
A dishwasher , which is installed in a built-in manner in a system kitchen comprising a cabinet having a receiving space and a counter disposed on the cabinet to include an opening , comprising: a tub having a front opening ; a front door configured to open and close the front opening; a cover frame disposed in the opening of the counter; an upper door rotatably coupled to the cover frame to open and close the opening of the counter; a trigger configured to lock or unlock the upper door; and a lift apparatus disposed to be spaced apart from the trigger and configured to open the upper door by a predetermined angle when the trigger releases the locking of the upper door , characterized in that the dishwasher additionally comprises a first connection member configured to connect the cover frame and the tub , the first connection member being capable of extending and contracting in the height direction of the system kitchen. a tub having a front opening ; a front door configured to open and close the front opening; a cover frame disposed in the opening of the counter; an upper door rotatably coupled to the cover frame to open and close the opening of the counter; a trigger configured to lock or unlock the upper door; and a lift apparatus disposed to be spaced apart from the trigger and configured to open the upper door by a predetermined angle when the trigger releases the locking of the upper door , characterized in that the dishwasher additionally comprises a first connection member configured to connect the cover frame and the tub , the first connection member being capable of extending and contracting in the height direction of the system kitchen.
A composition comprising: (a) a microalgal exopolysaccharide produced by the process of: i. isolating from a microalgal cell culture medium a microalgal exopolysaccharide secreted by microalgal cells into the culture medium; ii. drying the microalgal exopolysaccharide to form a film by heating the microalgal exopolysaccharide at a temperature in a range from about 135°C to about 160°C ;and iii. generating particles having an average size of between 0.1 to 400 microns, wherein the particles comprise the heated exopolysaccharide and increase in volume on contact with water; and optionally (b) at least one carrier and/or preservative suitable for topical administration. (a) a microalgal exopolysaccharide produced by the process of: i. isolating from a microalgal cell culture medium a microalgal exopolysaccharide secreted by microalgal cells into the culture medium; ii. drying the microalgal exopolysaccharide to form a film by heating the microalgal exopolysaccharide at a temperature in a range from about 135°C to about 160°C ;and iii. generating particles having an average size of between 0.1 to 400 microns, wherein the particles comprise the heated exopolysaccharide and increase in volume on contact with water; and i. isolating from a microalgal cell culture medium a microalgal exopolysaccharide secreted by microalgal cells into the culture medium; ii. drying the microalgal exopolysaccharide to form a film by heating the microalgal exopolysaccharide at a temperature in a range from about 135°C to about 160°C ;and iii. generating particles having an average size of between 0.1 to 400 microns, wherein the particles comprise the heated exopolysaccharide and increase in volume on contact with water; and optionally (b) at least one carrier and/or preservative suitable for topical administration.
Method of sampling and decoding of a signal of interest x comprising, at a training stage, the steps of - acquiring a set of training signals x i i = 1 M , - providing a sampling operator P Ω and a decoder g θ g (.) , - training said sampling operator P Ω on said set of training signals x i i = 1 M to obtain a learned sampling operator P Ω̂ , as well as, at a sampling stage, the steps of - applying during a sampling step the learned sampling operator P Ω̂ in a transform domain Ψ to the signal of interest x , resulting in observation signal y , - applying during a decoding step the decoder g θ g (.) to the observation signal y , to produce an estimate x̂ of the signal of interest x in order to decode the signal in reconstruction, classification, recognition, identification and/or authentication applications and/or to make a decision about a class of the signal in classification, recognition, identification and/or authentication applications, characterised by the fact that the method further comprises, at the training stage, the step of - training said decoder g θ g (.) jointly with said sampling operator P Ω on said set of training signals x i i = 1 M , to obtain a learned decoder g θ̂ g , by - jointly determining, during a cost minimisation step of the training stage, a set of sampling parameters Q and a set of decoding parameters θ g according to a cost function chosen depending on the targeted application, and by the fact that, at the sampling stage, the step of applying the decoder g θ g (.) uses said set of decoding parameters θ g , such that the estimate x̂ of the signal of interest x is produced by the learned decoder g θ̂ g . - acquiring a set of training signals x i i = 1 M , - providing a sampling operator P Ω and a decoder g θ g (.) , - training said sampling operator P Ω on said set of training signals x i i = 1 M to obtain a learned sampling operator P Ω̂ , as well as, at a sampling stage, the steps of - applying during a sampling step the learned sampling operator P Ω̂ in a transform domain Ψ to the signal of interest x , resulting in observation signal y , - applying during a decoding step the decoder g θ g (.) to the observation signal y , to produce an estimate x̂ of the signal of interest x in order to decode the signal in reconstruction, classification, recognition, identification and/or authentication applications and/or to make a decision about a class of the signal in classification, recognition, identification and/or authentication applications, characterised by the fact that the method further comprises, at the training stage, the step of - training said decoder g θ g (.) jointly with said sampling operator P Ω on said set of training signals x i i = 1 M , to obtain a learned decoder g θ̂ g , by - jointly determining, during a cost minimisation step of the training stage, a set of sampling parameters Q and a set of decoding parameters θ g according to a cost function chosen depending on the targeted application,
A torch assembly for welding or cutting operations, comprising: one or more interchangeable torch components including one or more passive, mechanical markings ; a torch body with an operative end configured to removably receive the one or more interchangeable torch components , the torch body defining an internal cavity ; and characterised in that the torch assembly further comprises one or more imaging devices disposed within the internal cavity and positioned to optically acquire an image of, or image data representative of, the one or more passive, mechanical markings included on the one or more interchangeable torch components so that the one or more interchangeable torch components can be automatically identified based on the one or more passive, mechanical markings. one or more interchangeable torch components including one or more passive, mechanical markings ; a torch body with an operative end configured to removably receive the one or more interchangeable torch components , the torch body defining an internal cavity ; and characterised in that the torch assembly further comprises one or more imaging devices disposed within the internal cavity and positioned to optically acquire an image of, or image data representative of, the one or more passive, mechanical markings included on the one or more interchangeable torch components so that the one or more interchangeable torch components can be automatically identified based on the one or more passive, mechanical markings.
Computer-implemented method for deriving information for setting a fitting parameter of a cochlear implant, said cochlear implant comprising an electrode array having a plurality of stimulating electrode contacts, the method comprising : - modelling an interface between an electrode contact of said electrode array and a cochlear tissue as a corresponding electrical circuit comprising a solution resistance (R s ) in series with a parallel circuit of a double layer capacitance (C dl ) and a resistive component (R F ) representative of Faradaic resistance at said interface, - determining at least a value of an impedance having as real part said resistive component, - obtaining an indication of a value of a fitting parameter for said electrode contact by mapping said determined impedance value with said resistive component as real part to a mathematical model relating said fitting parameter to said impedance. - modelling an interface between an electrode contact of said electrode array and a cochlear tissue as a corresponding electrical circuit comprising a solution resistance (R s ) in series with a parallel circuit of a double layer capacitance (C dl ) and a resistive component (R F ) representative of Faradaic resistance at said interface, - determining at least a value of an impedance having as real part said resistive component, - obtaining an indication of a value of a fitting parameter for said electrode contact by mapping said determined impedance value with said resistive component as real part to a mathematical model relating said fitting parameter to said impedance.
A method of operating a satellite communication network comprising a constellation of satellites (3 - 97) interconnected by satellite-to-satellite communication links, wherein individual ones of said satellites are configured to connect to at least one ground station (GS1 - GS5) by a ground-satellite communication link; the method comprising: - a step of transmitting, from said or at least one said ground station and using said or at least one said ground-satellite communication link, at least one respective routing table to each of a plurality of said satellites, each routing table comprising a list of destination satellites and, for an individual destination satellite, definitions of at least two possible routes (PR, BR1 - BR3) leading to it, the definition of a route comprising an ordered list of interconnected satellites linking a source satellite to a destination satellite; - a step of transmitting, from a satellite experiencing a problem with a communication link interconnecting it to another satellite or to said or one said ground station, an alert message (AM) to at least some of the other satellites, said alert message identifying said communication link as problematic; and - a step of routing data packets through said communication network, wherein individual satellites use corresponding ones of said routing tables to choose one of said possible routes for avoiding the communication link identified as problematic by an alert message. - a step of transmitting, from said or at least one said ground station and using said or at least one said ground-satellite communication link, at least one respective routing table to each of a plurality of said satellites, each routing table comprising a list of destination satellites and, for an individual destination satellite, definitions of at least two possible routes (PR, BR1 - BR3) leading to it, the definition of a route comprising an ordered list of interconnected satellites linking a source satellite to a destination satellite; - a step of transmitting, from a satellite experiencing a problem with a communication link interconnecting it to another satellite or to said or one said ground station, an alert message (AM) to at least some of the other satellites, said alert message identifying said communication link as problematic; and - a step of routing data packets through said communication network, wherein individual satellites use corresponding ones of said routing tables to choose one of said possible routes for avoiding the communication link identified as problematic by an alert message.
A method for receiving a frame at a Station, STA, in a wireless communication system, the method comprising: receiving (S2410) a frame including a Sequence Control, SC, field, the frame being encrypted using a packet number, PN, and the SC field including a sequence number for the frame; further comprising: determining (S2420) a first portion of the PN using the SC field and a second portion of the PN using a partial PN value stored in the STA; and performing (S2430) decryption for the frame using the PN, wherein in determining the second portion of the PN, the STA increases the stored partial PN value by 1 if the decryption for the frame is to be performed after block Acknowledgment, ACK, reordering, and the sequence number for the frame is smaller than a previous sequence number, and wherein the STA does not increase the stored partial PN value by 1 if the decryption for the frame is to be performed before the block ACK reordering. receiving (S2410) a frame including a Sequence Control, SC, field, the frame being encrypted using a packet number, PN, and the SC field including a sequence number for the frame; further comprising: determining (S2420) a first portion of the PN using the SC field and a second portion of the PN using a partial PN value stored in the STA; and performing (S2430) decryption for the frame using the PN, wherein in determining the second portion of the PN, the STA increases the stored partial PN value by 1 if the decryption for the frame is to be performed after block Acknowledgment, ACK, reordering, and the sequence number for the frame is smaller than a previous sequence number, and wherein the STA does not increase the stored partial PN value by 1 if the decryption for the frame is to be performed before the block ACK reordering. determining (S2420) a first portion of the PN using the SC field and a second portion of the PN using a partial PN value stored in the STA; and performing (S2430) decryption for the frame using the PN, wherein in determining the second portion of the PN, the STA increases the stored partial PN value by 1 if the decryption for the frame is to be performed after block Acknowledgment, ACK, reordering, and the sequence number for the frame is smaller than a previous sequence number, and wherein the STA does not increase the stored partial PN value by 1 if the decryption for the frame is to be performed before the block ACK reordering.
A fire extinguishing system , in particular a sprinkler or spray water system comprising at least one fluid line , an alarm valve station to which one or more fluid lines are connected, wherein the alarm valve station , comprising a fire extinguishing system valve comprising a housing which has a fluid inlet chamber , a fluid outlet chamber and a closing body reciprocable between a blocking state and a release state, wherein the fluid inlet chamber and the fluid outlet chamber are separated from each other in the blocking state and communicate with each other in fluid-conducting relationship in the release state, one of more sensors, and an electronic evaluation unit , wherein the alarm valve station is connected in signal-conducting relationship to one or more sensors characterised in that the evaluation unit - is integrated in the housing , is arranged externally on the housing or in the region of 5 m or less of the fire extinguishing system valve - is connected in signal-conducting relationship to one or more actuators, and - is adapted to control the actuator or actuators by means of the control commands, wherein the closing body has an actuator as a control drive and the electronic evaluation unit is adapted to move the closing body selectively into the release or into the blocking position by means of the control drive; and/or wherein the closing body has an actuator in the form of a pilot control drive and the electronic evaluation unit is adapted to either lock or unlock the closing body by means of the pilot control drive; and/or wherein the alarm valve station has an alarm passage and a testing valve for flooding the alarm passage , wherein the testing valve has an actuator as a control drive and the electronic evaluation unit is adapted to move the testing valve selectively into the release or into the blocking position by means of the control drive. - is integrated in the housing , is arranged externally on the housing or in the region of 5 m or less of the fire extinguishing system valve - is connected in signal-conducting relationship to one or more actuators, and - is adapted to control the actuator or actuators by means of the control commands,
Method for the purification of exhaust gas from an internal combustion engine, comprising in series removal of volatile organic components in the exhaust gas by passing the gas through an oxidation catalyst, reducing the content of soot in the exhaust gas by passing the gas through a filter, subsequently reducing the content of nitrogen oxides in presence of ammonia or a precursor thereof in contact with a catalyst being active in NH 3 -SCR, periodically actively regenerating the filter by burning of soot captured in the filter, and passing the exhaust gas from the filter through the catalyst being active in NH 3 -SCR during the regeneration of the filter, wherein the catalyst consists of a hydrothermally microporous stable zeolite SSZ-39 promoted with copper.
A wheel nut assembly for fixing a wheel to a vehicle hub which includes a wheel nut with a first internal screw thread and an axial body extension on the wheel nut including a section containing a second internal screw thread ; and a wheel stud having an external screw thread to co-operate with the internal screw thread of the wheel nut ; wherein the wheel stud has an end portion adapted to project beyond the wheel nut , the end portion including external splines or ribs on its external surface; there is a locking cap which has an upper externally screw-threaded first portion which is adapted to engage the second internal screw thread of the axial body extension of the wheel nut and a second cap portion attached to the first portion , the second cap portion having internal splines or grooves which are complementary to the external splines or ribs on the wheel stud and are adapted to fit over the wheel stud ; and the first portion of the locking cap being able to be rotated so that it moves axially down the second internal screw thread of the axial body extension of the wheel nut so that the second cap portion of the locking cap is pushed down through the wheel nut and engages the external splines or ribs of the end portion of the wheel stud . wherein the wheel stud has an end portion adapted to project beyond the wheel nut , the end portion including external splines or ribs on its external surface; there is a locking cap which has an upper externally screw-threaded first portion which is adapted to engage the second internal screw thread of the axial body extension of the wheel nut and a second cap portion attached to the first portion , the second cap portion having internal splines or grooves which are complementary to the external splines or ribs on the wheel stud and are adapted to fit over the wheel stud ; and the first portion of the locking cap being able to be rotated so that it moves axially down the second internal screw thread of the axial body extension of the wheel nut so that the second cap portion of the locking cap is pushed down through the wheel nut and engages the external splines or ribs of the end portion of the wheel stud .
A drug powder for inhalation comprising particles in which the drug content is equal to or higher than 90% w/w, wherein said drug particles are at least partially coated with an amount of an adjuvant lower than or equal to 2.0% w/w with respect to the weight of the drug, said adjuvant consisting of one or a mixture of C 12 -C 18 saturated fatty acid or their salts, wherein said drug powder is obtained by a) preparing a clear solution of the drug particles by mixing a water solution of the drug particles with an alcoholic solution of the adjuvant, wherein the adjuvant which consists of one or a mixture of C 12 -C 18 saturated fatty acid or their salts is colloidally dispersed in the solution; and b) spray drying the clear solution of step a) using an inlet temperature between 120-135 °C, feed rate between 3.0 and 6.0 ml/min, air flow rate 600 L/h, nozzle between 0.5 and 1 mm, and aspirator 100%, wherein the temperature of the clear solution in step a) and step b) is higher than or equal to 28°C to colloidally disperse the adjuvant in the solution, and wherein said drug powder is an aminoglycoside antibiotic comprising particles of antibiotic which have a solubility in water of at least 3.0% w/v. a) preparing a clear solution of the drug particles by mixing a water solution of the drug particles with an alcoholic solution of the adjuvant, wherein the adjuvant which consists of one or a mixture of C 12 -C 18 saturated fatty acid or their salts is colloidally dispersed in the solution; and b) spray drying the clear solution of step a) using an inlet temperature between 120-135 °C, feed rate between 3.0 and 6.0 ml/min, air flow rate 600 L/h, nozzle between 0.5 and 1 mm, and aspirator 100%, wherein the temperature of the clear solution in step a) and step b) is higher than or equal to 28°C to colloidally disperse the adjuvant in the solution, and wherein said drug powder is an aminoglycoside antibiotic comprising particles of antibiotic which have a solubility in water of at least 3.0% w/v. the temperature of the clear solution in step a) and step b) is higher than or equal to 28°C to colloidally disperse the adjuvant in the solution, and wherein said drug powder is an aminoglycoside antibiotic comprising particles of antibiotic which have a solubility in water of at least 3.0% w/v.
A method performed by a user plane function, UPF , entity in a communication system, the method comprising: receiving, from a session management function, SMF, entity , a quality of service, QoS, flow identity, QFI, QoS parameter information, and a differentiated services code point, DSCP, value for a transport level packet marking for downlink data for a terminal ; performing the transport level packet marking in an internet protocol, IP, header for the downlink data based on the DSCP value received from the SMF entity ; and transmitting, to a base station , the downlink data with the IP header. receiving, from a session management function, SMF, entity , a quality of service, QoS, flow identity, QFI, QoS parameter information, and a differentiated services code point, DSCP, value for a transport level packet marking for downlink data for a terminal ; performing the transport level packet marking in an internet protocol, IP, header for the downlink data based on the DSCP value received from the SMF entity ; and transmitting, to a base station , the downlink data with the IP header.