mhurhangee/ep-ind-claims huggingface dataset:
A spray dried myrosinase and ascorbate mixture formed from the steps comprising: providing a source of myrosinase, preferably wherein the source of myrosinase is broccoli seeds, adding ascorbate to the source of myrosinase, wherein the ascorbate is calcium ascorbate, heating the source of myrosinase to a temperature of 40 °C (104 °F) or higher, preferably wherein the source of myrosinase is heated for at least 7 minutes, and spray drying the myrosinase and ascorbate mixture after heating. providing a source of myrosinase, preferably wherein the source of myrosinase is broccoli seeds, adding ascorbate to the source of myrosinase, wherein the ascorbate is calcium ascorbate, heating the source of myrosinase to a temperature of 40 °C (104 °F) or higher, preferably wherein the source of myrosinase is heated for at least 7 minutes, and
A method implemented on a distributed network element, DU, of a base station the method comprising: generating a first message that comprises first configuration information associated with the DU; and transmitting the first message to a centralized network element, CU, of the base station for exchanging configuration information with the CU, wherein the DU and the CU cooperate to serve at least one cell in a wireless network as a base station, wherein the first configuration information comprises: identification information of the DU for the CU to identify the DU; a list of public land mobile networks or tracking area identities supported by the DU; a protocol version of the DU; and information about network slices supported by the DU per each tracking area identity. generating a first message that comprises first configuration information associated with the DU; and transmitting the first message to a centralized network element, CU, of the base station for exchanging configuration information with the CU, wherein the DU and the CU cooperate to serve at least one cell in a wireless network as a base station, wherein the first configuration information comprises: identification information of the DU for the CU to identify the DU; a list of public land mobile networks or tracking area identities supported by the DU; a protocol version of the DU; and information about network slices supported by the DU per each tracking area identity. identification information of the DU for the CU to identify the DU; a list of public land mobile networks or tracking area identities supported by the DU; a protocol version of the DU; and information about network slices supported by the DU per each tracking area identity.
A method for assessment of a power system generator, the power system having a plurality of generators injecting power into a network having a plurality of nodes and a plurality of branches, the plurality of generators comprising one or more synchronous machines and being represented in the network by a plurality of nodes of power injection, the method comprising: determining a present state of the power system, calculating system Thevenin impedances from each node of power injection in the power system on the basis of the determined present state of the power system, calculating injection impedances from each node of power injection in the power system on the basis of the determined present state of the power system, and determining a stability boundary (17, 23) for each generator based on the calculated system Thevenin impedances and the calculated injection impedances characterized in that a a rotor angle stability for each generator is determined. determining a present state of the power system, calculating system Thevenin impedances from each node of power injection in the power system on the basis of the determined present state of the power system, calculating injection impedances from each node of power injection in the power system on the basis of the determined present state of the power system, and determining a stability boundary (17, 23) for each generator based on the calculated system Thevenin impedances and the calculated injection impedances characterized in that a a rotor angle stability for each generator is determined.
Computer-implemented method for controlling a technical system, wherein a) training data are read in, a respective training dataset comprising a state dataset that specifies a state of the technical system, an action dataset that specifies a control action, and a performance value of the technical system that results from an application of the control action, b) a first machine learning module is trained, using the training data, to use a state dataset and an action dataset to reproduce a resulting performance value, c) a multiplicity of different deterministic control agents (P1, P2,...) are each supplied with state datasets, and resulting output data are fed into the trained first machine learning module as action datasets, d) performance values output by the trained first machine learning module are taken as a basis for selecting multiple instances of the control agents, e) the technical system is respectively controlled by the selected control agents (SP1,..., SPK), with further state datasets, action datasets and performance values being captured and added to the training data, and f) method steps b) to e) are repeated using the thus augmented training data. a) training data are read in, a respective training dataset comprising a state dataset that specifies a state of the technical system, an action dataset that specifies a control action, and a performance value of the technical system that results from an application of the control action, b) a first machine learning module is trained, using the training data, to use a state dataset and an action dataset to reproduce a resulting performance value, c) a multiplicity of different deterministic control agents (P1, P2,...) are each supplied with state datasets, and resulting output data are fed into the trained first machine learning module as action datasets, d) performance values output by the trained first machine learning module are taken as a basis for selecting multiple instances of the control agents, e) the technical system is respectively controlled by the selected control agents (SP1,..., SPK), with further state datasets, action datasets and performance values being captured and added to the training data, and f) method steps b) to e) are repeated using the thus augmented training data.
Electrical household appliance comprising a spray device (1; 201) comprising a nozzle (2; 202) for spraying liquids, said nozzle (2; 202) being fed with pressurised liquid via a feed circuit connected to a pump, characterised in that said feed circuit for the nozzle (2; 202) comprises an element (3; 203) that moves between a rest position, in which said mobile element (3; 203) stops the liquid from moving towards the nozzle (2; 202), and an operating position, in which the mobile element (3; 203) allows the liquid to travel towards the nozzle (2; 202), with the mobile element (3; 203) being returned to the rest position using return means (31; 231), with said mobile element being formed from a piston (3; 203) which is appropriately shaped for said piston (3; 203) to move from the operating position to the rest position, generating a low pressure area which causes a volume of liquid in the nozzle (2; 202) to be aspirated towards the inside of the feed circuit, and in that said pump is electric and is turned on when the piston (3; 203) is moved from the rest position to the operating position, with the pump being turned on before the piston (3; 203) reaches the operating position.
A static mixer for mixing a mass fluid flow, the static mixer comprising: an elongate body extending along a central axis and including an open proximal end, an open distal end, and an inner wall, the inner wall including a plurality of convolutions formed integrally therein to define a single flow path, wherein at least a portion of the flow path extends coaxially along the central axis, at least a portion of the flow path extends radially away from the central axis, and at least a portion of the flow path extends radially towards the central axis, wherein at least a portion of the flow path extends helically about the central axis and characterized in that a first portion of the helical portion of the flow path at least partially circumscribes the central axis in a first direction, and a second portion of the helical portion of the flow path at least partially circumscribes the central axis in a second, opposite direction.
Vehicle, in particular rail vehicle, with - a wagon body and - a running gear unit, wherein - said wagon body is supported on said running gear unit in a vehicle height direction via at least one spring device, - said spring device (108; 208) comprises a first contact element, a second contact element (110; 210; 310) and at least one spring unit, wherein - said first contact element, said second contact element (110; 210; 310) and said at least one spring unit are kinematically arranged in series between said wagon body and said running gear unit and - said first contact element is arranged in such a way, in particular is pivotly mounted about a pivot axis (113.1), and is assigned to said second contact element (110; 210; 310) in such a way that, said first contact element at a deflection of said wagon body in a vehicle transverse direction, in particular under a pivoting movement about said pivot axis (113.1), contacts said second contact element (110; 210; 310) at different contact points (114.1; 214.1; 314.1) of at least one contact point curve (114; 214; 314), characterized in that - said at least one contact point curve (114; 214; 314), at a transverse deflection of said vehicle body relative to said running gear unit, defines a transverse suspension characteristic of said spring device (108; 208) in said vehicle transverse direction. - a wagon body and - a running gear unit, wherein - said wagon body is supported on said running gear unit in a vehicle height direction via at least one spring device, - said spring device (108; 208) comprises a first contact element, a second contact element (110; 210; 310) and at least one spring unit, wherein - said first contact element, said second contact element (110; 210; 310) and said at least one spring unit are kinematically arranged in series between said wagon body and said running gear unit and - said first contact element is arranged in such a way, in particular is pivotly mounted about a pivot axis (113.1), and is assigned to said second contact element (110; 210; 310) in such a way that, said first contact element at a deflection of said wagon body in a vehicle transverse direction, in particular under a pivoting movement about said pivot axis (113.1), contacts said second contact element (110; 210; 310) at different contact points (114.1; 214.1; 314.1) of at least one contact point curve (114; 214; 314), - said at least one contact point curve (114; 214; 314), at a transverse deflection of said vehicle body relative to said running gear unit, defines a transverse suspension characteristic of said spring device (108; 208) in said vehicle transverse direction.
A coating composition for a food and/or beverage container comprising a polyester material, wherein the polyester material comprises the reaction product of a two step process, the two step process comprising: a first step comprising preparing a polyester prepolymer by contacting (a) 1,2-propanediol, (b) terephthalic acid, and a second step comprising contacting the polyester prepolymer with (c) a molecular weight increasing agent, characterised in that the polyester material has a number-average molecular weight (Mn) of at least 6,100 Da as measured by gel permeation chromatography using a polystyrene standard according to ASTM D6579-11 and a glass transition temperature (Tg) of at least 80 °C as measured according to ASTM D6604-00. a first step comprising preparing a polyester prepolymer by contacting (a) 1,2-propanediol, (b) terephthalic acid, and (a) 1,2-propanediol, (b) terephthalic acid, and a second step comprising contacting the polyester prepolymer with (c) a molecular weight increasing agent, characterised in that the polyester material has a number-average molecular weight (Mn) of at least 6,100 Da as measured by gel permeation chromatography using a polystyrene standard according to ASTM D6579-11 and a glass transition temperature (Tg) of at least 80 °C as measured according to ASTM D6604-00.
An aqueous ink composition for writing instruments characterized in that at least particles comprising principally a polymer having the structure represented by the following Formula in the repetitive unit are contained as an active ingredient and that a content thereof is 0.1 to 30 mass%: wherein R is an alkyl group having 2 to 8 carbon atoms.
A method for staggercasting by a server, said method comprising: receiving a first request to join a first multicast group from a mobile device; encoding and compressing a first data sequence (205, 510, 805); packetizing said compressed encoded data sequence to form a first data packet (210, 510, 810); multicasting said first data packet to said first multicast group (215, 530, 825) comprising the mobile device; receiving a second request to join a second multicast group from said mobile device when said mobile device detects a data loss due to a handover or said mobile device experiences said handover, which necessitates a migration of said mobile device to said second multicast group; generating a second data sequence related to said first data sequence; packetizing said second data sequence to form a second data packet, wherein said second data packet is one of a copy of said first data packet, a copy of said first data packet encoded at a lower bit rate and a parity packet; offsetting said second data packet by a predetermined time (220, 525, 820); multicasting said second data packet by said predetermined time to said second multicast group, if said second multicast group has members (215, 530). receiving a first request to join a first multicast group from a mobile device; encoding and compressing a first data sequence (205, 510, 805); packetizing said compressed encoded data sequence to form a first data packet (210, 510, 810); multicasting said first data packet to said first multicast group (215, 530, 825) comprising the mobile device; receiving a second request to join a second multicast group from said mobile device when said mobile device detects a data loss due to a handover or said mobile device experiences said handover, which necessitates a migration of said mobile device to said second multicast group; generating a second data sequence related to said first data sequence; packetizing said second data sequence to form a second data packet, wherein said second data packet is one of a copy of said first data packet, a copy of said first data packet encoded at a lower bit rate and a parity packet; offsetting said second data packet by a predetermined time (220, 525, 820); multicasting said second data packet by said predetermined time to said second multicast group, if said second multicast group has members (215, 530).
A headphone used in a state of being brought into contact with and held against an auricle of an ear or an opening of the external auditory canal, comprising a speaker unit which is provided in a housing in the main body for converting an electrical signal of an external audio device (4a, 4b) into an audio signal, and a connecting cord which has one end thereof connected with a connecting portion of the speaker unit and the other end thereof provided with a connector (2a, 2b) for electrically connecting with a desired external audio source device, characterized in that a plurality or plural sets of speaker units (13a, 13b), which are provided in the inside housing main body, are respectively connectable with a plurality of external audio source devices (4a, 4b), by respective connecting cords for electrically connecting the plurality or plural sets of speaker units respectively with the external audio source devices to be connected, wherein the connection cords comprise a volume controller and an on-off switch provided for independently adjusting and operating the electrical signals of the plurality of the audio source devices independently and arbitrarily during listening, wherein a first volume and a second volume each have an adjustment dial, wherein a first connecting cord and a second connecting cord being branched into one on the side of the flexible ends, and being respectively branched into two at the position where the volume controller 3 is provided.
A unit for blow-moulding of bottles intended for hot filling from PET preforms, comprising a hollow stretching rod open at the top end, the rod featuring openings in its side surface, and a pipe segment through which the said stretching rod runs, so that there is a duct for compressed air formed between the stretching rod and the inner side of the pipe segment, the inner side of the pipe segment features at least one conical surface convergent towards the bottom, characterised in that the inner wall of the pipe segment features at least one conical surface convergent towards the top.
Cable guide (100 to 500, 1302) having: • a fastening structure, • a plurality of guide ducts which are arranged next to one another and coupled together by means of the fastening structure and of which each guide duct has two or more serpentine arc-shaped duct segments (104a, 104b), wherein the fastening structure is arranged between two serpentine arc-shaped duct segments (104a, 104b) of the two or more serpentine arc-shaped duct segments (104a, 104b), • wherein the two serpentine arc-shaped duct segments (104a, 104b) are designed to be resilient such that they can be compressed, counter to a spring force, towards the fastening structure and stretched away from the fastening structure. • a fastening structure, • a plurality of guide ducts which are arranged next to one another and coupled together by means of the fastening structure and of which each guide duct has two or more serpentine arc-shaped duct segments (104a, 104b), wherein the fastening structure is arranged between two serpentine arc-shaped duct segments (104a, 104b) of the two or more serpentine arc-shaped duct segments (104a, 104b), • wherein the two serpentine arc-shaped duct segments (104a, 104b) are designed to be resilient such that they can be compressed, counter to a spring force, towards the fastening structure and stretched away from the fastening structure.
A method of cytological or histological evaluation of a tissue sample to detect one or more potential targets in said tissue sample, the method comprising: a) contacting a first tissue section prepared from the tissue sample with a solution comprising an aptamer to a target; b) incubating the first tissue section and the solution comprising an aptamer for at least 15 minutes to form an aptamer-target complex; c) applying a kinetic challenge selected from (i) adding a competitor molecule that can form a non-specific complex with a free aptamer; (ii) adding a diluent; and (iii) adding a competitor molecule that can form a non-specific complex with a free aptamer and adding a diluent; and d) detecting aptamer in the aptamer-target complex as an indication of the presence or absence of said target; wherein the aptamer includes 5-position pyrimidine modifications. a) contacting a first tissue section prepared from the tissue sample with a solution comprising an aptamer to a target; b) incubating the first tissue section and the solution comprising an aptamer for at least 15 minutes to form an aptamer-target complex; c) applying a kinetic challenge selected from (i) adding a competitor molecule that can form a non-specific complex with a free aptamer; (ii) adding a diluent; and (iii) adding a competitor molecule that can form a non-specific complex with a free aptamer and adding a diluent; and d) detecting aptamer in the aptamer-target complex as an indication of the presence or absence of said target;
A rechargeable battery, comprising: an anode plate coupled to an anode terminal of the battery, wherein the anode plate has long edges and short edges; and a cathode plate coupled to a cathode terminal of the battery, wherein the cathode plate has long edges and short edges; wherein either or both of the anode plate and the cathode plate comprise a plurality of slits to increase resistance to currents within a plane of the plate, and wherein the slits comprise a geometry on either or both of the anode or cathode plate in which they are located, in which geometry either: (a) the slits form one or more rows of parallel slits, wherein odd and even numbered rows are staggered, or (b) one or more slits (826, 828) are parallel to the short edges and one or more slits (826, 828) are parallel to the long edges. an anode plate coupled to an anode terminal of the battery, wherein the anode plate has long edges and short edges; and a cathode plate coupled to a cathode terminal of the battery, wherein the cathode plate has long edges and short edges; wherein either or both of the anode plate and the cathode plate comprise a plurality of slits to increase resistance to currents within a plane of the plate, and wherein the slits comprise a geometry on either or both of the anode or cathode plate in which they are located, in which geometry either: (a) the slits form one or more rows of parallel slits, wherein odd and even numbered rows are staggered, or (b) one or more slits (826, 828) are parallel to the short edges and one or more slits (826, 828) are parallel to the long edges. (a) the slits form one or more rows of parallel slits, wherein odd and even numbered rows are staggered, or (b) one or more slits (826, 828) are parallel to the short edges and one or more slits (826, 828) are parallel to the long edges.
A replacement heart valve assembly comprising: a stent frame; a replacement valve, the replacement valve having a plurality of leaflets and a valve frame, the valve leaflets attached to the valve frame; a sealing member, the sealing member attached to the stent frame; characterized by a plurality of suspension struts attached to the stent frame and the valve frame, wherein the suspension struts extend from the stent frame to the valve frame, and wherein the valve frame is suspended within the stent frame via the suspension struts. a stent frame; a replacement valve, the replacement valve having a plurality of leaflets and a valve frame, the valve leaflets attached to the valve frame; a sealing member, the sealing member attached to the stent frame; characterized by a plurality of suspension struts attached to the stent frame and the valve frame, wherein the suspension struts extend from the stent frame to the valve frame, and wherein the valve frame is suspended within the stent frame via the suspension struts.