mhurhangee/ep-ind-claims huggingface dataset:
A smart home system comprising: one or more portable devices (100-1, 100-2, 100-3, 100-4, 100-5) and one or more home appliances (500-1, 500-2, 500-3, 500-4) located in a home, each of the one or more portable devices and the one or more home appliances equipped with a gateway (150, 550); a home network arranged to interconnect the one or more portable devices and the one or more home appliances; and a master device selected from among the one or more portable devices or the one or more home appliances, the master device being arranged to activate the gateway thereof to connect the home network with an external communication network, wherein the master device is arranged to receive a home appliance control command input from a user and to transfer the received home appliance control command to a corresponding one of the one or more home appliances, wherein the master device is arranged to periodically transfer a check alive message to the one or more portable devices and one or more home appliances connected to the home network, wherein one of the one or more portable devices or one or more home appliances connected to the home network is selected as a new master device when each of the one or more portable devices and one or more home appliances connected to the home network fails to receive the check alive message for a certain period of time. one or more portable devices (100-1, 100-2, 100-3, 100-4, 100-5) and one or more home appliances (500-1, 500-2, 500-3, 500-4) located in a home, each of the one or more portable devices and the one or more home appliances equipped with a gateway (150, 550); a home network arranged to interconnect the one or more portable devices and the one or more home appliances; and a master device selected from among the one or more portable devices or the one or more home appliances, the master device being arranged to activate the gateway thereof to connect the home network with an external communication network, wherein the master device is arranged to receive a home appliance control command input from a user and to transfer the received home appliance control command to a corresponding one of the one or more home appliances, wherein the master device is arranged to periodically transfer a check alive message to the one or more portable devices and one or more home appliances connected to the home network, wherein one of the one or more portable devices or one or more home appliances connected to the home network is selected as a new master device when each of the one or more portable devices and one or more home appliances connected to the home network fails to receive the check alive message for a certain period of time.
An organic light emitting diode display, comprising: a first substrate; a first electrode on the first substrate; an organic light emitting layer on the first electrode; a second electrode on the organic light emitting layer; and a capping layer on the second electrode, characterized in that the capping layer includes at least one heterocyclic compound, represented by one of the following Compounds 49 to 73 a first substrate; a first electrode on the first substrate; an organic light emitting layer on the first electrode; a second electrode on the organic light emitting layer; and a capping layer on the second electrode, characterized in that the capping layer includes at least one heterocyclic compound, represented by one of the following Compounds 49 to 73
A method of operating an ironmaking plant comprising an ironmaking furnace set consisting of one or more furnaces in which iron ore is transformed into iron in the form of liquid hot metal by means of a process which includes iron ore reduction, melting and off-gas generation, the method including the steps of: a. injecting oxidizing gas into the ironmaking furnace set and b. injecting reducing gas into the ironmaking furnace set, the method being characterized in that it comprises the steps of: c. generating hydrogen and oxygen by means of water decomposition, d. injecting at least a first part of the generated hydrogen into the ironmaking furnace set as reducing gas and e. injecting at least part of the generated oxygen into the ironmaking furnace set as oxidizing gas. a. injecting oxidizing gas into the ironmaking furnace set and b. injecting reducing gas into the ironmaking furnace set, c. generating hydrogen and oxygen by means of water decomposition, d. injecting at least a first part of the generated hydrogen into the ironmaking furnace set as reducing gas and e. injecting at least part of the generated oxygen into the ironmaking furnace set as oxidizing gas.
A gear transmission system comprising at least a first cylindrical gear and a second cylindrical gear, each of the cylindrical gears (21, 22) comprising a plurality of teeth (23, 26), the teeth of the first cylindrical gear having a first tooth flank for contacting a first tooth flank of the teeth of the second cylindrical gear according to a predefined first contact line, wherein the first tooth flanks (24, 27) of the teeth (23, 26) of each of the first and second cylindrical gears (21, 22) have a tooth shape and tooth properties determined by the predefined first contact line; characterized in that the contact line varies for every sequential slice seen over the width of the cylindrical gear (21, 22) in axial direction; wherein tooth properties are varied in axial direction.
Food cutting accessory intended to be adapted on a motorised drive unit and/or on an adapter, the food cutting accessory comprising: - a plate which comprises a bottom provided with a reception seat of a primary cutting tool that can rotate freely about an axis of rotation (Δ), the plate partly defining a working chamber open opposite the bottom, the plate comprising a duct for evacuating cut food extending outside the working chamber, - a lid suitable for partly closing at least the working chamber, the lid comprising a chute for introducing the food to be cut, - a base for adaptation on the motorised drive unit and/or on the adapter, - means for driving in rotation the primary cutting tool which comprise: - on the base, a drive foot suitable for cooperating with an output shaft of the motorised drive unit and/or with a transmission head of the adapter, - a drive head linked in rotation to the drive foot and accessible from the working chamber, characterised in that the means for driving in rotation of the primary cutting tool comprise a drive bush carried by the lid and suitable for linking in rotation the drive head and the primary cutting tool. - a plate which comprises a bottom provided with a reception seat of a primary cutting tool that can rotate freely about an axis of rotation (Δ), the plate partly defining a working chamber open opposite the bottom, the plate comprising a duct for evacuating cut food extending outside the working chamber, - a lid suitable for partly closing at least the working chamber, the lid comprising a chute for introducing the food to be cut, - a base for adaptation on the motorised drive unit and/or on the adapter, - means for driving in rotation the primary cutting tool which comprise: - on the base, a drive foot suitable for cooperating with an output shaft of the motorised drive unit and/or with a transmission head of the adapter, - a drive head linked in rotation to the drive foot and accessible from the working chamber, characterised in that the means for driving in rotation of the primary cutting tool comprise a drive bush carried by the lid and suitable for linking in rotation the drive head and the primary cutting tool. - on the base, a drive foot suitable for cooperating with an output shaft of the motorised drive unit and/or with a transmission head of the adapter, - a drive head linked in rotation to the drive foot and accessible from the working chamber,
Masupirdine, or a pharmaceutically acceptable salt thereof, in combination with donepezil or memantine, or a pharmaceutically acceptable salt thereof, for use in a method of treating agitation/aggression, delusions, hallucinations, or delusions and hallucinations, in a patient with dementia, comprising administering an effective dose of masupirdine, or a pharmaceutically acceptable salt thereof, in combination with donepezil or memantine, or a pharmaceutically acceptable salt thereof.
Method of operation of a timepiece device in a vehicle, comprising a control unit for time keeping, which is synchronized by a clock generator, further comprising a first crystal oscillator (3.1) and a second crystal oscillator (3.2), wherein the second crystal oscillator (3.2) has a nominal oscillation frequency that is higher than that of the first crystal oscillator (3.1); characterized in that in a vehicle standby mode periodically, every one or two minutes, the temperature of the second crystal oscillator (3.2) is measured, wherein based on the measured temperature an oscillation frequency deviation (f d) and an oscillation frequency of the second crystal oscillator (3.2) are determined and temperature-compensated, and after that, by using this determined temperature-compensated oscillation frequency of the second crystal oscillator (3.2), an oscillation frequency of a first crystal oscillator (3.1) is measured and, based on the measured oscillation frequency of the first crystal oscillator (3.1), a frequency deviation (f d) of the first crystal oscillator (3.1) is determined, wherein after that, a dimension of a time error is calculated.
A container for sharp medical waste comprising: a housing having non-porous walls; an internal storage space sized to facilitate the safe storage of a plurality of used pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof; a material capable of absorbing and storing fluid; means for receiving at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof, wherein the means for receiving pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof is visually distinguished from the surrounding portions of the housing to provide a visual contrast between the means for receiving and the surrounding portions of the housing to aid visually impaired users properly orientate and insert the at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof into the means for receiving; and further wherein the means for receiving at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof may be moved from a first position in communication with the exterior of the container to a second position in communication with the interior of the container to effect a transfer of the at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof from the exterior of the container to the interior of the container. a housing having non-porous walls; an internal storage space sized to facilitate the safe storage of a plurality of used pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof; a material capable of absorbing and storing fluid; means for receiving at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof, wherein the means for receiving pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof is visually distinguished from the surrounding portions of the housing to provide a visual contrast between the means for receiving and the surrounding portions of the housing to aid visually impaired users properly orientate and insert the at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof into the means for receiving; and further wherein the means for receiving at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof may be moved from a first position in communication with the exterior of the container to a second position in communication with the interior of the container to effect a transfer of the at least one of pen needles, pen needle assemblies, syringe needles, syringe needle covers, and combinations thereof from the exterior of the container to the interior of the container.
A conductive paste for positive electrodes of lithium-ion batteries containing a dispersion resin, conductive carbon, and a solvent, the dispersion resin being a copolymer of a monomer mixture comprising a polycyclic aromatic hydrocarbon-containing monomer (A-1) in an amount of 1 to 70 mass%, based on the total solids content, wherein the polycyclic aromatic hydrocarbon-containing monomer (A-1) is a polycyclic aromatic hydrocarbon-containing polymerizable unsaturated monomer (A-1-1) represented by the following Formula wherein R is hydrogen or methyl, A is polycyclic aromatic hydrocarbon, and W may or may not be present; when W is present, W is an organic group having 1 to 20 carbon, nitrogen, and/or oxygen atoms, and when W is not present, W directly binds to A.
A method for temporal synchronization between an automatic movement means and a contactless detection means arranged on said automatic movement means in order to measure a physical parameter along at least one and the same defined trajectory on surfaces of a plurality of materials to be evaluated, the spatial coordinates of the automatic movement means and the signals acquired by the contactless detection means being recorded continuously by a recording means in their respective time scales when the automatic movement means moves, said method comprising the following steps: (a) recording, by way of said recording means, of at least one previously defined reference spatial position along said trajectory, and of a characteristic signal able to be detected by the contactless detection means, said signal being associated with said reference spatial position, (b) searching, in the set of signals acquired as a function of time by the contactless detection means, for the moment in time corresponding to the detection of the characteristic signal associated with the reference position; (c) searching, in the set of spatial positions of the automatic movement means, recorded as a function of time, for the moment in time corresponding to the reference spatial position; (d) translation of the respective time scales of the automatic movement means and of the contactless detection means, such that the moments in time obtained in steps (b) and (c) coincide with one another. (a) recording, by way of said recording means, of at least one previously defined reference spatial position along said trajectory, and of a characteristic signal able to be detected by the contactless detection means, said signal being associated with said reference spatial position, (b) searching, in the set of signals acquired as a function of time by the contactless detection means, for the moment in time corresponding to the detection of the characteristic signal associated with the reference position; (c) searching, in the set of spatial positions of the automatic movement means, recorded as a function of time, for the moment in time corresponding to the reference spatial position; (d) translation of the respective time scales of the automatic movement means and of the contactless detection means, such that the moments in time obtained in steps (b) and (c) coincide with one another.
Metallic honeycomb body with channels through which a gas can flow, made up of layers of at least partially structured sheet metal, wherein the layers of sheet metal have at least in subregions at least two different structures (3, 5), of which the first structure, with a greater structure height, determines the size of the channels and the second structure has a much smaller structure height (h) between troughs and peaks, characterized in that the honeycomb body has a ceramic coating which on average fills the troughs of the second structure to at least 10%, preferably at least 20%, particularly preferably at least 30%, in particular at least 50%, of the structure height (h) of the second structure.
A distributed control system for a transmission and distribution power grid said transmission and distribution power grid including a plurality of distributed energy resources, DER, (110,210,220) coupled to a plurality of power consumers (250, 260), the distributed control system comprising: an enterprise control module (275, 530) communicatively coupled to existing supervisory control and data acquisition systems for the transmission/distribution power grid and/or other enterprise applications; a plurality of local control modules (215, 510) wherein each local control module is uniquely associated with one of the plurality of DERs; and a plurality of regional control modules (225, 520) wherein each regional control module is interposed between the enterprise control module and a portion of the plurality of local control modules; wherein each regional control module is operable to perform dynamic power management within a region and power exchange with adjoining regions wherein dynamic power management regulates local and regional power flow parameters to stay within defined operating limits and includes predictive calculations, and wherein the predictive calculations are load flow calculations based on dynamic status updates of an electrical network from a variety of data sources, characterised in that the local control module standardizes control command responses with each of the plurality of distributed energy resources, DER, (110, 210, 220) such that each regional control module can actively manage the power grid within the region in a scalable manner. an enterprise control module (275, 530) communicatively coupled to existing supervisory control and data acquisition systems for the transmission/distribution power grid and/or other enterprise applications; a plurality of local control modules (215, 510) wherein each local control module is uniquely associated with one of the plurality of DERs; and a plurality of regional control modules (225, 520) wherein each regional control module is interposed between the enterprise control module and a portion of the plurality of local control modules; wherein each regional control module is operable to perform dynamic power management within a region and power exchange with adjoining regions wherein dynamic power management regulates local and regional power flow parameters to stay within defined operating limits and includes predictive calculations, and wherein the predictive calculations are load flow calculations based on dynamic status updates of an electrical network from a variety of data sources, characterised in that the local control module standardizes control command responses with each of the plurality of distributed energy resources, DER, (110, 210, 220) such that each regional control module can actively manage the power grid within the region in a scalable manner.
A method for evaluating coal, comprising using an apparatus including a container storing coal and a stirrer insertably placed in the container, wherein a degree of entanglement (a - b)/a represented by a height b of semicoke on an inner wall of the container, the semicoke being formed in the container in such a manner that the stirrer is rotated while the coal stored in the container is being heated to a heating temperature higher than or equal to a resolidification temperature of the coal, and a height a of the semicoke on the stirrer is used as an evaluation index for evaluating whether there is a probability that the coal intended to be evaluated reduces a strength of coke obtained from a coal blend containing the coal.
A screw compressor, comprising: a compressor housing defining a working chamber, the housing including a plurality of bores; a first rotor having helical threads, the first rotor being housed in a first of the plurality of bores (120A, 120B); a second rotor having helical threads intermeshing with the helical threads of the first rotor, the second rotor being housed in a second of the plurality of bores; an inlet port that receives a fluid to be compressed; an outlet port that receives a compressed fluid; a controller and a pressure sensor; and an intermediate discharge port disposed between the compression chamber and the outlet port, the intermediate discharge port including a sealing member and a biasing mechanism, fluid flow being prevented between the compression chamber and the intermediate discharge port when in a flow-blocked state, and fluid flow being enabled from the compression chamber through the intermediate discharge port when in a flow-permitted state, the intermediate discharge port being configured to move in a direction that is perpendicular to an axial direction of the first and second rotors, characterised in that the biasing mechanism is electrically connected to the controller that is connected to the pressure sensor to selectively place the intermediate discharge port in the flow-blocked state or the flow-permitted state. a compressor housing defining a working chamber, the housing including a plurality of bores; a first rotor having helical threads, the first rotor being housed in a first of the plurality of bores (120A, 120B); a second rotor having helical threads intermeshing with the helical threads of the first rotor, the second rotor being housed in a second of the plurality of bores; an inlet port that receives a fluid to be compressed; an outlet port that receives a compressed fluid; a controller and a pressure sensor; and an intermediate discharge port disposed between the compression chamber and the outlet port, the intermediate discharge port including a sealing member and a biasing mechanism, fluid flow being prevented between the compression chamber and the intermediate discharge port when in a flow-blocked state, and fluid flow being enabled from the compression chamber through the intermediate discharge port when in a flow-permitted state, the intermediate discharge port being configured to move in a direction that is perpendicular to an axial direction of the first and second rotors, characterised in that the biasing mechanism is electrically connected to the controller that is connected to the pressure sensor to selectively place the intermediate discharge port in the flow-blocked state or the flow-permitted state.
A fire retardant material comprising a preformed gas-producing material admixed with a matrix, wherein the preformed gas-producing material comprises: a) a comminuted foamed polymer; b) a nitrogen containing fuel; and c) an oxidiser. a) a comminuted foamed polymer; b) a nitrogen containing fuel; and c) an oxidiser.