mhurhangee/patent-ind-claim-en huggingface dataset:
Drawer for a laundry treatment appliance , wherein the drawer comprises: a drawer body having at least two compartments (220 1 ,220 2 ) each one adapted to contain multiple doses of a respective laundry treatment agent for performing multiple laundry treatment cycles, associated with the at least two compartments (220 1 ,220 2 ), at least two access openings (230 1 ,230 2 ) each one for accessing a respective one of said at least two compartments (220 1 ,220 2 ) for laundry treatment agent loading, and a single door associated with the at least two access openings (230 1 ,230 2 ), the door being actuatable between open and closed positions for uncovering and covering, respectively, said at least two access openings jointly (230 1 ,230 2 ), characterized in that the door comprises a sealing member. a drawer body having at least two compartments (220 1 ,220 2 ) each one adapted to contain multiple doses of a respective laundry treatment agent for performing multiple laundry treatment cycles, associated with the at least two compartments (220 1 ,220 2 ), at least two access openings (230 1 ,230 2 ) each one for accessing a respective one of said at least two compartments (220 1 ,220 2 ) for laundry treatment agent loading, and a single door associated with the at least two access openings (230 1 ,230 2 ), the door being actuatable between open and closed positions for uncovering and covering, respectively, said at least two access openings jointly (230 1 ,230 2 ), characterized in that the door comprises a sealing member.
A rotor blade for a turbomachine , the rotor blade comprising: an airfoil ; and a tip shroud coupled to the airfoil , the tip shroud including a side surface , the airfoil and the tip shroud defining a first cooling passage , the tip shroud further defining a second cooling passage in fluid communication with the first cooling passage , the second cooling passage extending from the first cooling passage to a first outlet defined by the side surface , the first outlet being configured such that in use a coolant is directable onto a concave tip shroud fillet of a first adjacent rotor blade ; characterized in that ; the first outlet has the same diameter as the corresponding cooling passage and wherein the first outlet is configured to expel the coolant at a sufficient velocity to traverse a gap between the first outlet and the concave tip shroud fillet such that the coolant impinges on the concave tip shroud fillet of the first adjacent rotor blade . an airfoil ; and a tip shroud coupled to the airfoil , the tip shroud including a side surface , the airfoil and the tip shroud defining a first cooling passage , the tip shroud further defining a second cooling passage in fluid communication with the first cooling passage , the second cooling passage extending from the first cooling passage to a first outlet defined by the side surface , the first outlet being configured such that in use a coolant is directable onto a concave tip shroud fillet of a first adjacent rotor blade ; characterized in that ; the first outlet has the same diameter as the corresponding cooling passage and wherein the first outlet is configured to expel the coolant at a sufficient velocity to traverse a gap between the first outlet and the concave tip shroud fillet such that the coolant impinges on the concave tip shroud fillet of the first adjacent rotor blade .
A squeeze film damper bearing assembly , comprising: a bearing ; a spring cage that receives and surrounds the bearing, the spring cage having an inner diameter and an opposite outer diameter, the bearing adjacent to the inner diameter, the outer diameter having an outer surface that defines a first circumferential channel recessed within the outer surface that is axially spaced apart from a second circumferential channel recessed within the outer surface and at least one axial anti-rotation chamber that interconnects the first channel and the second channel; a first piston ring received in the first channel; a second piston ring received in the second channel; and at least one anti-rotation member received within the at least one axial anti-rotation chamber that cooperates with the first piston ring and the second piston ring to inhibit a rotation of the first piston ring and the second piston ring relative to the outer surface.
A method of automated dynamic network slice deployment using artificial intelligence in a communication network, comprising: receiving, by at least one first processor of a network node, first video data and network performance information from at least one first agent node associated with at least one first camera ; determining, by the at least one first processor , event detection information based on the first video data and the network performance information, wherein the determining of the event detection information includes, determining video anomaly information, for a geographical area, by performing video anomaly detection on the first video data, and determining network anomaly information, for the geographical area, by performing network anomaly detection on the network performance information, and the determining of the event detection information further being based on the video anomaly information and the network anomaly information; determining, by the at least one first processor , a slice configuration for at least one network slice based upon the first video data, network performance information and the event detection information; and controlling, by the at least one first processor , an operation of the communication network by instantiating the at least one network slice based on the slice configuration information. receiving, by at least one first processor of a network node, first video data and network performance information from at least one first agent node associated with at least one first camera ; determining, by the at least one first processor , event detection information based on the first video data and the network performance information, wherein the determining of the event detection information includes, determining video anomaly information, for a geographical area, by performing video anomaly detection on the first video data, and determining network anomaly information, for the geographical area, by performing network anomaly detection on the network performance information, and the determining of the event detection information further being based on the video anomaly information and the network anomaly information; determining, by the at least one first processor , a slice configuration for at least one network slice based upon the first video data, network performance information and the event detection information; and controlling, by the at least one first processor , an operation of the communication network by instantiating the at least one network slice based on the slice configuration information.
A high-density paper having a grammage measured according to ISO 536:2012 of 30-75 g/m 2 , a density measured according to ISO 534:2011 above 1000 kg/m 3 and a tear index measured in the machine direction (MD) according to ISO 1924-3:2005 of at least 4.1 mNm 2 /g, such as at least 4.4 mNm 2 /g and wherein the high-density paper is impregnated on each side with 0.3-4.0 g/m 2 , such as 0.5-3.0 g/m 2 , of a polymer selected from the group consisting of polyvinyl alcohol (PVOH), ethylene vinyl alcohol (EVOH), carboxymethylated cellulose (CMC), nanocrystalline cellulose (NCC) and carboxy methyl starch (CMS).
A method for transforming data into frequency data to be processed by a computer device , the method comprising: detecting, by a sensor of a sensor device located on a location of a machine , acceleration forces caused by a vibration being experienced at the location of the machine; and transforming, by a processor of the sensor device, the acceleration forces into sensor data represented in a time domain; and further comprising transforming, by the processor of the sensor device, the sensor data represented in the time domain into spectrum data represented in a frequency domain, wherein the sensor and the processor are embedded on a same printed circuit board of the sensor device such that the sensor and the processor are located on the location of the machine; executing, by the processor of the sensor device, a spectrum analysis on the spectrum data; generating, by the processor of the sensor device, a packet that comprises a result of the spectrum analysis as a payload of the packet, wherein a format of the packet is based on a protocol of a serial communication link between the sensor device and the computer device; and sending, by the processor of the sensor device, the packet comprising the result of the spectrum analysis to the computer device through the serial communication link, wherein the result of the spectrum analysis indicates that a frequency that corresponds to a frequency bin with a largest amplitude among the spectrum data is identified for operating a tuned mass damper. detecting, by a sensor of a sensor device located on a location of a machine , acceleration forces caused by a vibration being experienced at the location of the machine; and transforming, by a processor of the sensor device, the acceleration forces into sensor data represented in a time domain; and further comprising transforming, by the processor of the sensor device, the sensor data represented in the time domain into spectrum data represented in a frequency domain, wherein the sensor and the processor are embedded on a same printed circuit board of the sensor device such that the sensor and the processor are located on the location of the machine; executing, by the processor of the sensor device, a spectrum analysis on the spectrum data; generating, by the processor of the sensor device, a packet that comprises a result of the spectrum analysis as a payload of the packet, wherein a format of the packet is based on a protocol of a serial communication link between the sensor device and the computer device; and sending, by the processor of the sensor device, the packet comprising the result of the spectrum analysis to the computer device through the serial communication link, wherein the result of the spectrum analysis indicates that a frequency that corresponds to a frequency bin with a largest amplitude among the spectrum data is identified for operating a tuned mass damper.
A diagnostically useful carrier comprising a means for specifically capturing an antibody to an epitope of the C-terminus of Ara h 7 isotype 7.0201, wherein the C-terminus consists of SEQ ID NO 6 and wherein the epitope comprises SEQ ID NO 8, in a sample from a subject, wherein the carrier is selected from the group comprising a bead, a test strip, a microtiter plate, a microarray, a solid polymer derived from cellulose, a blot from the group comprising line blot and dot blot, a glass surface, a slide and a biochip, and is most preferably a microtiter plate or a line blot, wherein the means for specifically capturing an antibody is a polypeptide comprising or consisting of an antigen to which the antibody to be captured or detected binds or a variant thereof having antibody-binding activity.
Refrigerated semi-trailer for transporting goods comprising: - a refrigerated body comprising an internal loading area and a refrigeration device for controlling the temperature inside said loading area, - a chassis comprising at least two longerons extending longitudinally and whereon the refrigerated body is mounted, - an electricity producing module for supplying the electrical power supply refrigeration device with electricity, said module comprising at least one fuel cell , at least one hydrogen storage tank for the hydrogen supply of said fuel cell, and at least one battery for storing the electricity produced by said fuel cell and for supplying the refrigeration device , and - a trunk whereon the electricity producing module is attached, the trunk being attached to the chassis , - said storage tank of the electricity producing module being mounted between the longerons of the chassis relative to a transverse plan to the chassis. - a refrigerated body comprising an internal loading area and a refrigeration device for controlling the temperature inside said loading area, - a chassis comprising at least two longerons extending longitudinally and whereon the refrigerated body is mounted, - an electricity producing module for supplying the electrical power supply refrigeration device with electricity, said module comprising at least one fuel cell , at least one hydrogen storage tank for the hydrogen supply of said fuel cell, and at least one battery for storing the electricity produced by said fuel cell and for supplying the refrigeration device , and - a trunk whereon the electricity producing module is attached, the trunk being attached to the chassis , - said storage tank of the electricity producing module being mounted between the longerons of the chassis relative to a transverse plan to the chassis.
A method of performing a paging-related operation by a base station of a second user equipment, UE, having a connection to a first UE in a wireless communication system, the method comprising: receiving a paging message for the second UE from a mobility management entity, MME, by the base station ; and based on that the second UE is in both of a core network, CN, idle state and a radio resource control, RRC, connected state, transmitting, by the base station to the MME, a message including information related to a connection state of the second UE in response to the paging message instead of transmitting the paging message, wherein the second UE in both of the CN idle state and the RRC connected state has not established a User Plane connection for the first UE. wherein the first UE is a remote UE and the second UE is a relay UE. receiving a paging message for the second UE from a mobility management entity, MME, by the base station ; and based on that the second UE is in both of a core network, CN, idle state and a radio resource control, RRC, connected state, transmitting, by the base station to the MME, a message including information related to a connection state of the second UE in response to the paging message instead of transmitting the paging message, wherein the second UE in both of the CN idle state and the RRC connected state has not established a User Plane connection for the first UE. wherein the first UE is a remote UE and the second UE is a relay UE.
A kitchen device comprising a cooking vessel , a heating plate , a first temperature sensor and a second temperature sensor , wherein the first temperature sensor is thermally connected to, at least part of, the heating plate of the kitchen device for measuring the temperature of the heating plate , and the second temperature sensor is located in a position to measure the temperature of one or more ingredients that are inside the cooking vessel and the second temperature sensor is thermally isolated from the cooking vessel by a sensor isolation seal , characterised in that the sensor isolation seal is comprised of two or more sensor isolation seal components , where a first sensor isolation seal is made of a first material and the second sensor isolation seal is made of a second material different to the first material and the first sensor isolation seal is located within an internal aperture of the second sensor isolation seal .
A switching apparatus for connecting/disconnecting appliances or devices to a power grid, the apparatus coupled to the power grid via at least one input terminal (M), said apparatus comprising: a bidirectional semiconductor switch (M1, M2); a bias supply circuit coupled to the at least one input terminal (M), the bias supply circuit being for generating a floating auxiliary voltage from the power grid by use of at least one capacitor (C1, C2); and a switching control circuit powered by said floating auxiliary voltage characterized in that the switching apparatus comprises an isolation circuit; and in that the switching control circuit is configured to output a gate control voltage to turn on said bidirectional semiconductor switch (M1, M2) in response to an appearance of a supply voltage supplied via the bias supply circuit , said supply voltage being derived from said power grid and to at least one control signal (Ctrl) supplied to the switching control circuit via the isolation circuit ; wherein said switching control circuit comprises a latch circuit , providing the gate control signal to the bidirectional semiconductor switch (M1, M2),and wherein said isolation circuit comprises a signal transformer or optical coupler for supplying said at least one control signal to a signal processing circuit , provided by the isolation circuit , for generating control commands to be supplied to said latch circuit . a bidirectional semiconductor switch (M1, M2); a bias supply circuit coupled to the at least one input terminal (M), the bias supply circuit being for generating a floating auxiliary voltage from the power grid by use of at least one capacitor (C1, C2); and a switching control circuit powered by said floating auxiliary voltage characterized in that the switching apparatus comprises an isolation circuit; and in that the switching control circuit is configured to output a gate control voltage to turn on said bidirectional semiconductor switch (M1, M2) in response to an appearance of a supply voltage supplied via the bias supply circuit , said supply voltage being derived from said power grid and to at least one control signal (Ctrl) supplied to the switching control circuit via the isolation circuit ; wherein said switching control circuit comprises a latch circuit , providing the gate control signal to the bidirectional semiconductor switch (M1, M2),and wherein said isolation circuit comprises a signal transformer or optical coupler for supplying said at least one control signal to a signal processing circuit , provided by the isolation circuit , for generating control commands to be supplied to said latch circuit .
A computer-implemented method comprising: receiving airspace surveillance data from a plurality of sensors, the airspace surveillance data comprising tracks associated with one or more targets, wherein the tracks comprise recent positions of the one or more targets measured by the plurality of sensors; aggregating the airspace surveillance data received up to a certain predetermined threshold duration in the past to obtain aggregated data, wherein the aggregated data combines all positions of all tracks within the predetermined threshold duration; performing density-based clustering of the aggregated data to obtain a plurality of clusters; determining one or more candidate track-to-cluster associations between the tracks and the clusters, wherein the candidate track-to-cluster associations are ranked according to the number of target positions from a track that are included in a cluster; associating each of the tracks with one of the one or more targets based on the ranking of the candidate track-to-cluster associations; and estimating a state for each of the one or more targets by fusing the tracks associated with the same one or more targets into a single track. receiving airspace surveillance data from a plurality of sensors, the airspace surveillance data comprising tracks associated with one or more targets, wherein the tracks comprise recent positions of the one or more targets measured by the plurality of sensors; aggregating the airspace surveillance data received up to a certain predetermined threshold duration in the past to obtain aggregated data, wherein the aggregated data combines all positions of all tracks within the predetermined threshold duration; performing density-based clustering of the aggregated data to obtain a plurality of clusters; determining one or more candidate track-to-cluster associations between the tracks and the clusters, wherein the candidate track-to-cluster associations are ranked according to the number of target positions from a track that are included in a cluster; associating each of the tracks with one of the one or more targets based on the ranking of the candidate track-to-cluster associations; and estimating a state for each of the one or more targets by fusing the tracks associated with the same one or more targets into a single track.
A one-pot method for producing one or more esters of one or more hydroxy-fatty acids comprising: (a) providing an unsaturated fatty acid with a cis C9-C10 double bond in an aqueous buffered reaction medium; (b) reacting said unsaturated fatty acid with an isolated oleate hydratase in the aqueous buffered reaction medium to produce at least one hydroxy fatty acid; and (c) esterification of said at least one hydroxy-fatty acid by a lipase in the aqueous buffered reaction medium. (a) providing an unsaturated fatty acid with a cis C9-C10 double bond in an aqueous buffered reaction medium; (b) reacting said unsaturated fatty acid with an isolated oleate hydratase in the aqueous buffered reaction medium to produce at least one hydroxy fatty acid; and (c) esterification of said at least one hydroxy-fatty acid by a lipase in the aqueous buffered reaction medium.
A method to coat a substrate, comprising: coating a surface of the substrate with the 1K aqueous coating composition to obtain a basecoat; at least partially drying the basecoat; applying a solvent borne isocyanate clear coat composition to the at least partially dried basecoat to obtain a wet on wet coating of the basecoat layer and the clear coat layer; drying and curing the dual coating at a temperature of from ambient temperature to 110°C; wherein the solventborne isocyanate clear coat composition comprises a polyisocyanate crosslinker and wherein the 1K aqueous coating composition comprises a melamine formaldehyde crosslinker; a resin having groups reactive with the crosslinker; and water; wherein a component of the basecoat composition comprises at least one acid group such that a multiplicity of acid groups is present in the 1K basecoat composition, the multiplicity of acid groups is at least partially neutralized with at least one organic amine component selected from the group consisting of a secondary amine and a formaldehyde condensate of the secondary amine, a pH of the composition is from 7.5 to 9.0, and a pKa of the formaldehyde condensate of the secondary amine is at least 8.0. coating a surface of the substrate with the 1K aqueous coating composition to obtain a basecoat; at least partially drying the basecoat; applying a solvent borne isocyanate clear coat composition to the at least partially dried basecoat to obtain a wet on wet coating of the basecoat layer and the clear coat layer; drying and curing the dual coating at a temperature of from ambient temperature to 110°C; wherein the solventborne isocyanate clear coat composition comprises a polyisocyanate crosslinker and wherein the 1K aqueous coating composition comprises a melamine formaldehyde crosslinker; a resin having groups reactive with the crosslinker; and water; wherein a component of the basecoat composition comprises at least one acid group such that a multiplicity of acid groups is present in the 1K basecoat composition, the multiplicity of acid groups is at least partially neutralized with at least one organic amine component selected from the group consisting of a secondary amine and a formaldehyde condensate of the secondary amine, a pH of the composition is from 7.5 to 9.0, and a pKa of the formaldehyde condensate of the secondary amine is at least 8.0.