mhurhangee/ep-ind-claims huggingface dataset:
A method of using secured groups for simulated phishing campaigns to obfuscate data for levels of security based on protected criteria classes, the method comprising: generating, by one or more servers, a query statement for running a query on a plurality of users to determine one or more users that meet one or more criteria of a group; characterised by determining, by the one or more servers, that at least one criteria of the one or more criteria of the group is a member of a protected criteria class of a plurality of protected criteria classes, wherein each of the plurality of protected criteria classes specifies how much of the information of the one or more users to obfuscate for display; identifying, by the one or more servers responsive to the determination, the group as a secured group; executing, by the one or more servers, the query by a group generator to identify the one or more users of the plurality of users as members of the group based at least on the one or more users matching the one or more criteria of the secured group at the time of execution of the query; and obfuscating for display, by the one or more servers in accordance with the protected criteria class, information of the one or more users resulting from the execution of the query. generating, by one or more servers, a query statement for running a query on a plurality of users to determine one or more users that meet one or more criteria of a group; characterised by determining, by the one or more servers, that at least one criteria of the one or more criteria of the group is a member of a protected criteria class of a plurality of protected criteria classes, wherein each of the plurality of protected criteria classes specifies how much of the information of the one or more users to obfuscate for display; identifying, by the one or more servers responsive to the determination, the group as a secured group; executing, by the one or more servers, the query by a group generator to identify the one or more users of the plurality of users as members of the group based at least on the one or more users matching the one or more criteria of the secured group at the time of execution of the query; and obfuscating for display, by the one or more servers in accordance with the protected criteria class, information of the one or more users resulting from the execution of the query.
A heat exchanger for cooling air, with a coolant onward-flow connection for feeding liquid coolant for cooling air, a coolant return-flow connection for discharging liquid coolant, a heater for removing ice by melting accumulated ice in the heat exchanger, wherein an electrical heating element for melting accumulated ice is associated with the heater, and an operational safety device for preventing overheating of the heater, wherein the operational safety device comprises a fault-current detection device for the detection of electrical fault currents and characterised in that the operational safety device comprises a heat conducting element that is made from an electrically conductive material that is connectable to a ground connection, and the heat conducting element is in thermally conductive connection with the heating element, wherein the heating element is a heating mat of a sheet-like design that forms a heating element surface, the heat conducting element comprises a sheet-like design that forms a heat-conducting element surface, and the heating element surface and the heat-conducting element surface are connected so as to contact each other, wherein the fault-current detection device comprises a circuit breaker for all-pole disconnection of the heating element.
Method for direction-adapted signalling by a vehicle, comprising: display of a graphical message, wherein the graphical message is visible from outside the vehicle when looking at the vehicle and is visible essentially only from one spatial angle, alteration of at least one angle parameter of the spatial angle during operation, particularly while the graphical message is visible; characterized in that the alteration of the spatial angle is also embodied on the basis of a real and/or predicted movement by at least one road user, the road user being detected using an object recognition method. display of a graphical message, wherein the graphical message is visible from outside the vehicle when looking at the vehicle and is visible essentially only from one spatial angle, alteration of at least one angle parameter of the spatial angle during operation, particularly while the graphical message is visible; characterized in that the alteration of the spatial angle is also embodied on the basis of a real and/or predicted movement by at least one road user, the road user being detected using an object recognition method.
A method of making a population of enzyme-containing granules, comprising coating an enzyme-containing layer onto cores in a fluidized bed spray coater, wherein at least 95 % of said granules comprise a single core, wherein said cores consist of one or more inorganic salts, wherein said cores are pre-selected or pre-sieved to a particle dispersity index of 2.0 or less, and wherein at least 80% of said granules comprise a diameter of 150 to 355 microns.
A water treatment system, comprising: a desalination unit including a pair of facing electrodes being charged to mutually reverse polarities, an interelectrode flow path being located between the electrodes and allowing water containing ions to circulate through, and ion-exchange membranes being disposed on the interelectrode flow path sides of the respective electrodes and permeating the ions toward the electrodes and carrying out a desalination treatment of desalinating the water by adsorbing the ions to the electrodes and a recycling treatment of desorbing the ions from the electrodes, in which one of the ion-exchange membranes is made of a polymer material having a sulfo group and selectively permeates divalent cations contained in water containing the ions toward the electrode, wherein a separation unit (100, 200) including a deposition unit, which is configured for precipitating the divalent cations in water containing the ions in a solid form and depositing the divalent cations, and a dehydration unit for separating the solid from water containing the solid discharged from the deposition unit is installed upstream of the desalination unit, and, when in use, a supernatant liquid can be discharged from the deposition unit and sent to the desalination unit so as to be desalination-treated. a desalination unit including a pair of facing electrodes being charged to mutually reverse polarities, an interelectrode flow path being located between the electrodes and allowing water containing ions to circulate through, and ion-exchange membranes being disposed on the interelectrode flow path sides of the respective electrodes and permeating the ions toward the electrodes and carrying out a desalination treatment of desalinating the water by adsorbing the ions to the electrodes and a recycling treatment of desorbing the ions from the electrodes, in which one of the ion-exchange membranes is made of a polymer material having a sulfo group and selectively permeates divalent cations contained in water containing the ions toward the electrode, wherein a separation unit (100, 200) including a deposition unit, which is configured for precipitating the divalent cations in water containing the ions in a solid form and depositing the divalent cations, and a dehydration unit for separating the solid from water containing the solid discharged from the deposition unit is installed upstream of the desalination unit, and, when in use, a supernatant liquid can be discharged from the deposition unit and sent to the desalination unit so as to be desalination-treated.
A method of processing a spray dryable liquid composition to form a spray dried product, said method comprising: generating a spray of the spray dryable liquid composition; contacting the spray of spray dryable liquid composition in a spray drying contact zone with a stream of primary drying fluid; injecting bursts of pressurized secondary drying fluid into the stream of primary drying fluid in the spray drying contact zone at multiple loci thereof to provide localized turbulence at said multiple loci; and recovering the spray dried product from the spray drying contact zone. generating a spray of the spray dryable liquid composition; contacting the spray of spray dryable liquid composition in a spray drying contact zone with a stream of primary drying fluid; injecting bursts of pressurized secondary drying fluid into the stream of primary drying fluid in the spray drying contact zone at multiple loci thereof to provide localized turbulence at said multiple loci; and recovering the spray dried product from the spray drying contact zone.
Value- and/or security document comprising a sandwich structure comprising: an Organic Light Emitting Diode (OLED), wherein both outer opposite surfaces (3, 4) of said OLED consists of a glass material, and one layer (5, 6) provided on each of the outer opposite surfaces of said OLED consisting of glass, wherein said layers (5, 6) comprise polycarbonate as an organic polymer material, wherein said layers (5, 6) comprising polycarbonate and said outer surfaces (3, 4) consisting of glass are bonded to each other in a stacking manner by an intermediate bonding layer (7, 8), wherein said bonding layer (7, 8) comprises a bonding compound having the structure A-C or A-B-C, wherein A is a group reactive with said glass material, B is a spacer group, and C is a group reactive with said organic polymer material, and wherein the circumference of the two layers (5, 6) comprising polycarbonate is larger than the circumference of the OLED, thereby contacting the two layers (5, 6) comprising polycarbonate adjacent to all edges of the OLED, and thereby completely encapsulating the OLED between the two layers comprising polycarbonate. an Organic Light Emitting Diode (OLED), wherein both outer opposite surfaces (3, 4) of said OLED consists of a glass material, and one layer (5, 6) provided on each of the outer opposite surfaces of said OLED consisting of glass, wherein said layers (5, 6) comprise polycarbonate as an organic polymer material, wherein said layers (5, 6) comprising polycarbonate and said outer surfaces (3, 4) consisting of glass are bonded to each other in a stacking manner by an intermediate bonding layer (7, 8), wherein said bonding layer (7, 8) comprises a bonding compound having the structure A-C or A-B-C, wherein A is a group reactive with said glass material, B is a spacer group, and C is a group reactive with said organic polymer material, and wherein the circumference of the two layers (5, 6) comprising polycarbonate is larger than the circumference of the OLED, thereby contacting the two layers (5, 6) comprising polycarbonate adjacent to all edges of the OLED, and thereby completely encapsulating the OLED between the two layers comprising polycarbonate.
Use of a composition for capturing carbon dioxide, wherein the composition comprises at least one selected from the group consisting of: a whole cell of a transformant formed with a vector including a nucleic acid encoding a recombinant carbonic anhydrase; and a cell lysate of the whole cell, or a fraction of the cell lysate selected from the group consisting of: a whole cell fraction; a soluble fraction; an insoluble fraction; a cytoplasmic fraction; and a periplasmic fraction; wherein the carbonic anhydrase has an amino acid sequence of SEQ ID NO: 1, or SEQ ID NO: 3. a whole cell of a transformant formed with a vector including a nucleic acid encoding a recombinant carbonic anhydrase; and a cell lysate of the whole cell, or a fraction of the cell lysate selected from the group consisting of: a whole cell fraction; a soluble fraction; an insoluble fraction; a cytoplasmic fraction; and a periplasmic fraction; wherein the carbonic anhydrase has an amino acid sequence of SEQ ID NO: 1, or SEQ ID NO: 3.
A thermoplastic composition comprising, based on total weight of the composition: from 10 to 50 weight percent of a terephthalate-based polyester; from 15 to 65 weight percent of a polycarbonate; a silicone material selected from the group consisting of: (i) from 20 to 40 weight percent of a polyorganosiloxane-polycarbonate copolymer; and (ii) from 1 to 5 weight percent of a silicone rubber; or a mixture thereof, wherein the siloxane content of the silicone material is greater than 15 weight percent; from 3 to 40 percent of a bisphenol A-based polyphosphonate flame retardant, wherein the phosphorous content is at least 2 percent by weight and the molecular weight of the polyphosphonate is more than 20000; wherein the molecular weight was determined as presented in the description and from 0.01 to 5 weight percent of an antidripping agent; and wherein the composition has: a notched Izod impact strength of greater than 500 J/m measured at room temperature, according to ASTM D256 on a sample bar molded from the composition and having a thickness of 3.2 mm; a Vicat softening temperature higher than 120 °C in accordance with ASTM D1525 on a sample bar molded from the composition and having a thickness of 3.2 mm; and a UL-94 flammability rating of V0 measured on a molded sample with a thickness of 1.5 mm. from 10 to 50 weight percent of a terephthalate-based polyester; from 15 to 65 weight percent of a polycarbonate; a silicone material selected from the group consisting of: (i) from 20 to 40 weight percent of a polyorganosiloxane-polycarbonate copolymer; and (ii) from 1 to 5 weight percent of a silicone rubber; or a mixture thereof, wherein the siloxane content of the silicone material is greater than 15 weight percent; from 3 to 40 percent of a bisphenol A-based polyphosphonate flame retardant, wherein the phosphorous content is at least 2 percent by weight and the molecular weight of the polyphosphonate is more than 20000; wherein the molecular weight was determined as presented in the description and from 0.01 to 5 weight percent of an antidripping agent; a notched Izod impact strength of greater than 500 J/m measured at room temperature, according to ASTM D256 on a sample bar molded from the composition and having a thickness of 3.2 mm; a Vicat softening temperature higher than 120 °C in accordance with ASTM D1525 on a sample bar molded from the composition and having a thickness of 3.2 mm; and a UL-94 flammability rating of V0 measured on a molded sample with a thickness of 1.5 mm.
A handover method for a tag in a wireless sensor network having a cell structure, each cell of the network comprising a plurality of anchors including a coordinating anchor and at least one subordinate anchor, the subordinate anchors of a cell being synchronised with the coordinating anchor of this cell, the tag being further synchronised with a first coordinating anchor ( A i) of a first cell ( C i) by means of a first beacon signal, the method being characterised by: a) determining (510, 520), from distances separating anchors of the first cell, whether the tag is located in a coverage zone ( Z i) of this first cell and, if not, b) the tag tracking the beacon signals of cells adjacent to the first cell and identifying among them a second beacon signal the power of which is highest, the second beacon signal being transmitted by a second coordinating anchor ( A i'); c) the tag testing whether the second cell meets a selection criterion by comparing power ( ρ i') of the second beacon signal with power ( ρ i) of the first beacon signal and, if yes, associating with the second beacon and dissociating from the first beacon. a) determining (510, 520), from distances separating anchors of the first cell, whether the tag is located in a coverage zone ( Z i) of this first cell and, if not, b) the tag tracking the beacon signals of cells adjacent to the first cell and identifying among them a second beacon signal the power of which is highest, the second beacon signal being transmitted by a second coordinating anchor ( A i'); c) the tag testing whether the second cell meets a selection criterion by comparing power ( ρ i') of the second beacon signal with power ( ρ i) of the first beacon signal and, if yes, associating with the second beacon and dissociating from the first beacon.
An NMR measurement apparatus comprising: a spinner that has a gas bearing structure configured to hold a sample tube which contains a sample which is a target of NMR measurement, and that is configured to apply a rotational force to the sample tube by blowing of a drive gas to the sample tube; a detector configured to detect a spinning frequency of the sample tube as a detection value at each sampling timing; and a controller configured to execute acceleration control to gradually increase a pressure of the drive gas until the detection value reaches a target value, wherein the controller comprises: a determination unit configured to sequentially calculate a difference between two detection values which are separated with respect to time to determine abnormality based on a change with respect to time of the detection value in a process of the acceleration control; and a stop controller configured to stop the acceleration control when the abnormality is determined. a spinner that has a gas bearing structure configured to hold a sample tube which contains a sample which is a target of NMR measurement, and that is configured to apply a rotational force to the sample tube by blowing of a drive gas to the sample tube; a detector configured to detect a spinning frequency of the sample tube as a detection value at each sampling timing; and a controller configured to execute acceleration control to gradually increase a pressure of the drive gas until the detection value reaches a target value, wherein the controller comprises: a determination unit configured to sequentially calculate a difference between two detection values which are separated with respect to time to determine abnormality based on a change with respect to time of the detection value in a process of the acceleration control; and a stop controller configured to stop the acceleration control when the abnormality is determined. a determination unit configured to sequentially calculate a difference between two detection values which are separated with respect to time to determine abnormality based on a change with respect to time of the detection value in a process of the acceleration control; and a stop controller configured to stop the acceleration control when the abnormality is determined.
A process for implementing an artificial neural network via an instruction stream comprising: defining a format for instructions in the instruction stream, the format comprising an opcode, an address, and data, wherein the opcode is followed by the address, and wherein the address is followed by the data; defining a header of the instruction stream, the header comprising a learning rate and activation function parameters; creating the instruction stream using the header, the opcode, the address, and the data; and implementing the artificial neural network by providing the instruction stream to a computer processor for execution of the instruction stream; wherein the opcode comprises one or more of a layer type, a load instruction, a store instruction, a map done instruction, a set bias instruction, and a set value instruction; and wherein the address comprises one or more of an address from which to retrieve input data for input into a perceptron of the artificial neural network and an address to transmit output data from the perceptron of the artificial neural network. defining a format for instructions in the instruction stream, the format comprising an opcode, an address, and data, wherein the opcode is followed by the address, and wherein the address is followed by the data; defining a header of the instruction stream, the header comprising a learning rate and activation function parameters; creating the instruction stream using the header, the opcode, the address, and the data; and implementing the artificial neural network by providing the instruction stream to a computer processor for execution of the instruction stream; wherein the opcode comprises one or more of a layer type, a load instruction, a store instruction, a map done instruction, a set bias instruction, and a set value instruction; and wherein the address comprises one or more of an address from which to retrieve input data for input into a perceptron of the artificial neural network and an address to transmit output data from the perceptron of the artificial neural network.
A sheet heating element comprising: a substrate sheet made of an electrically insulative material; and at least one PTC resistor sheet; the sheet heating element characterized by further comprising metallic conductor wires arranged with a distance between them on the substrate sheet; wherein the least one PTC resistor sheet is in electrical contact with the metallic conductor wires and configured to heat up in a self-regulated manner in response to a supply of electricity from the metallic conductor wires, and the thickness of the PTC resistor sheet is 20-200 micrometers. a substrate sheet made of an electrically insulative material; and at least one PTC resistor sheet; the sheet heating element characterized by further comprising metallic conductor wires arranged with a distance between them on the substrate sheet; wherein the least one PTC resistor sheet is in electrical contact with the metallic conductor wires and configured to heat up in a self-regulated manner in response to a supply of electricity from the metallic conductor wires, and the thickness of the PTC resistor sheet is 20-200 micrometers.
A toy vehicle configured for running on a set of rails, the toy vehicle comprises a chassis comprising a first end and a second end, two side faces (5,6) extending in the longitudinal direction of said toy vehicle and a top portion, said toy vehicle comprising at least two axels, characterized in that said at least two axels each comprises two wheels for, in use, running on said set of rails, and in that said chassis comprises at least two flexible flanges, said two flexible flanges being positioned opposite each other on both sides of said chassis on each side faces (5,6), each flexible flange comprising a snap protrusion at the extremity of the flanges, said snap protrusions extending at a distance below the wheels and towards each other in a direction parallel to the extension of said at least two axels, said at least two flexible flanges being flexible in a direction away from each other in a direction transverse the longitudinal direction of the toy vehicle, such that said snap protrusions are adapted, in use, to slide past an outer surface of said set of rails.
Arrangement for measuring a force and/or a torque (M t) on a machine element which extends in an axis, which has a cavity extending in the axis and has at least one magnetization region (06, 07) extending circumferentially around the axis in an axial section of the machine element for magnetization; wherein the arrangement further comprises at least a first magnetic field sensor, a second magnetic field sensor, a third magnetic field sensor and a fourth magnetic field sensor, which are each designed for the individual measurement of an axial directional component of a magnetic field effected by the magnetization and by the force and/or by the torque (Mt) and are each located in the axial section of the one magnetization region or in one of the axial sections of the multiple magnetization regions (06, 07); wherein at least the first magnetic field sensor and the second magnetic field sensor are arranged in the cavity of the machine element, characterized in that the third magnetic field sensor and the fourth magnetic field sensor are at a greater distance from the axis than the first magnetic field sensor and the second magnetic field sensor.