mhurhangee/ep-ind-claims huggingface dataset:
A wireless IC device comprising: a feed circuit substrate including therein a feed circuit having a resonant circuit and/or a matching circuit, and wherein the resonant circuit and/or the matching circuit includes at least one inductance element (L1, L2, L3, L4); and a wireless IC chip provided on one main surface of the feed circuit substrate and electrically connected to the feed circuit or coupled to the feed circuit via an insulating film; first (31, 33) and second radiation plates coupled to the feed circuit and configured to radiate a transmission signal provided from the feed circuit and/or provide a received signal to the feed circuit; a protective layer or a metal case provided on the one main surface of the feed circuit substrate on which the wireless IC chip is provided and covering the wireless IC chip, wherein the first radiation plate (31, 33) is an electrode formed on or inside the protective layer or wherein the first radiation plate (31, 33) is the metal case, and the second radiation plate is disposed on the other main surface of the feed circuit substrate; wherein the first radiation plate (31, 33) comprises a first electrode portion (31c, 33a) on the one main surface of the feed circuit substrate and coupled to the feed circuit, a second electrode portion extending upward from the first electrode portion (31c, 33a), and a third electrode portion extending from the second electrode portion parallel to the one surface of the feed circuit board and covering the wireless IC chip. a feed circuit substrate including therein a feed circuit having a resonant circuit and/or a matching circuit, and wherein the resonant circuit and/or the matching circuit includes at least one inductance element (L1, L2, L3, L4); and a wireless IC chip provided on one main surface of the feed circuit substrate and electrically connected to the feed circuit or coupled to the feed circuit via an insulating film; first (31, 33) and second radiation plates coupled to the feed circuit and configured to radiate a transmission signal provided from the feed circuit and/or provide a received signal to the feed circuit; a protective layer or a metal case provided on the one main surface of the feed circuit substrate on which the wireless IC chip is provided and covering the wireless IC chip, wherein the first radiation plate (31, 33) is an electrode formed on or inside the protective layer or wherein the first radiation plate (31, 33) is the metal case, and the second radiation plate is disposed on the other main surface of the feed circuit substrate; wherein the first radiation plate (31, 33) comprises a first electrode portion (31c, 33a) on the one main surface of the feed circuit substrate and coupled to the feed circuit, a second electrode portion extending upward from the first electrode portion (31c, 33a), and a third electrode portion extending from the second electrode portion parallel to the one surface of the feed circuit board and covering the wireless IC chip.
A process for copolymerizing ethylene and esters of vinyl alcohol in the presence of free-radical polymerization initiators at pressures in the range of from 110 MPa to 500 MPa and temperatures in the range of from 100°C to 350°C in a continuously operated polymerization apparatus comprising a polymerization reactor and one or more compressors, which compress the monomer mixture fed to the polymerization reactor to the polymerization pressure, wherein the monomer mixture is compressed by a sequence of compression stages in which the compressed gas mixture is cooled after each compression stage and the fraction of the monomer mixture, which is liquid after this cooling, is separated off and returned to the polymerization apparatus in liquid form, and wherein at least a part of the liquid fractions obtained after compressing the monomer mixture in the respective compression stage to a pressure of from 0.2 MPa to 10 MPa is purified before being returned to the polymerization apparatus.
A switch device suitable for being a part of a network element of a data transfer network, the switch device comprising: - ingress interfaces suitable for being connected to ingress line interfaces of the network element, - egress interfaces suitable for being connected to egress line interfaces of the network element, and - a transfer system for transferring data from the ingress interfaces to the egress interfaces in accordance with control information associated with the data, wherein the transfer system comprises a control section configured to: - compare data traffic load represented by a data flow directed to one of the egress line interfaces of the network element to a numerical value indicative of a maximum data transmission speed available to the data flow at the one of the egress line interfaces of the network element so as to generate a congestion indicator expressing whether the data flow is a potential cause of congestion at the one of the egress line interfaces of the network element, and - direct a congestion control action to the data flow in response to a situation in which the data flow is, according to the congestion indicator, the potential cause of congestion. - ingress interfaces suitable for being connected to ingress line interfaces of the network element, - egress interfaces suitable for being connected to egress line interfaces of the network element, and - a transfer system for transferring data from the ingress interfaces to the egress interfaces in accordance with control information associated with the data, - compare data traffic load represented by a data flow directed to one of the egress line interfaces of the network element to a numerical value indicative of a maximum data transmission speed available to the data flow at the one of the egress line interfaces of the network element so as to generate a congestion indicator expressing whether the data flow is a potential cause of congestion at the one of the egress line interfaces of the network element, and - direct a congestion control action to the data flow in response to a situation in which the data flow is, according to the congestion indicator, the potential cause of congestion.
A lighting module for a automotive vehicle comprising: a light source for producing a light beam; and a heat exchange system for transferring heat away from the light source, the heat exchange system comprising: a heat sink plate; characterized in that the heat exchange system further comprises a plurality of non-anodized heat transfer airfoils and a pair of anodized heat transfer airfoils, wherein the pair of anodized heat transfer airfoils are at peripheral portion encompassing the plurality of non-anodized airfoils of the heat exchange system. a light source for producing a light beam; and a heat exchange system for transferring heat away from the light source, the heat exchange system comprising: a heat sink plate; characterized in that the heat exchange system further comprises a plurality of non-anodized heat transfer airfoils and a pair of anodized heat transfer airfoils, wherein the pair of anodized heat transfer airfoils are at peripheral portion encompassing the plurality of non-anodized airfoils of the heat exchange system. a heat sink plate; characterized in that the heat exchange system further comprises a plurality of non-anodized heat transfer airfoils and a pair of anodized heat transfer airfoils, wherein the pair of anodized heat transfer airfoils are at peripheral portion encompassing the plurality of non-anodized airfoils of the heat exchange system.
A method for electronically aligning pads on different semiconductor chips to facilitate communication between the semiconductor chips through capacitive coupling, comprising: measuring an alignment between a first chip and a second chip; wherein the first chip is situated face-to-face with the second chip so that transmitter pads on the first chip are capacitively coupled with receiver pads on the second chip; using the measured alignment to associate transmitter pads on the first chip with proximate receiver pads on the second chip; and selectively routing data signals to transmitter pads on the first chip so that the data signals are communicated through capacitive coupling to intended receiver pads in the second chip that are proximate to the transmitter pads. measuring an alignment between a first chip and a second chip; wherein the first chip is situated face-to-face with the second chip so that transmitter pads on the first chip are capacitively coupled with receiver pads on the second chip; using the measured alignment to associate transmitter pads on the first chip with proximate receiver pads on the second chip; and selectively routing data signals to transmitter pads on the first chip so that the data signals are communicated through capacitive coupling to intended receiver pads in the second chip that are proximate to the transmitter pads.
A method for preparing drug filled polymer microparticles, said method comprising the steps of: a) providing a first emulsion by mixing an organic solvent, a biodegradable polyester, and an organic non-solvent for the polyester polymer, wherein the weight ratio biodegradable polyester/organic non solvent is 1:10 to 1:1, and adding to this mixture up to 40% v/v of an aqueous solution and wherein a drug is added to the organic mixture and/or aqueous solution, b) preparing a second emulsion by adding to this first emulsion excess of an aqueous solution, c) volatizing the organic solvent, d) isolating the microparticles from the aqueous solution, e) removing water, f) removing the non-solvent, wherein the non-solvent is selected from cyclooctane, cyclodecane, decane, or a combination thereof. a) providing a first emulsion by mixing an organic solvent, a biodegradable polyester, and an organic non-solvent for the polyester polymer, wherein the weight ratio biodegradable polyester/organic non solvent is 1:10 to 1:1, and adding to this mixture up to 40% v/v of an aqueous solution and wherein a drug is added to the organic mixture and/or aqueous solution, b) preparing a second emulsion by adding to this first emulsion excess of an aqueous solution, c) volatizing the organic solvent, d) isolating the microparticles from the aqueous solution, e) removing water, f) removing the non-solvent,
A rubber modified polystyrene composition comprising: a reaction product formed by polymerizing a monomer mixture comprising: at least 75 weight percent of one or more monovinylaromatic monomers in the presence of rubber particles to form a dispersion of rubber particles in a vinyl aromatic polymer; wherein the dispersed rubber particles have an average particle diameter of from 6 to 10 microns; wherein the composition has a gel content of from 28% to 36% by weight; wherein the composition has a swell index of less than 13; and wherein the composition contains plasticizer in an amount of no more than 1 %, said plasticizer consisting of mineral oil. a reaction product formed by polymerizing a monomer mixture comprising: at least 75 weight percent of one or more monovinylaromatic monomers in the presence of rubber particles to form a dispersion of rubber particles in a vinyl aromatic polymer; wherein the dispersed rubber particles have an average particle diameter of from 6 to 10 microns; wherein the composition has a gel content of from 28% to 36% by weight; wherein the composition has a swell index of less than 13; and wherein the composition contains plasticizer in an amount of no more than 1 %, said plasticizer consisting of mineral oil.
Vehicle, in the drive train of which a clutch, in particular wet-running multi-disc clutch, is connected as a starter element between an internal combustion engine and a transmission, having a clutch control device, which in dependence on current driving operating parameters determines a desired clutch torque (M K, soll) and controls a clutch actuator with a manipulated variable (Δp) which correlates with the desired clutch torque (M K, soll), in order to set an actual clutch torque (M K, ist) on the clutch, wherein the manipulated variable (Δp) is determined in dependence on the desired clutch torque (M K, soll) and on a friction value (μ), which is deposited in the clutch control device, in an actuating unit of the clutch control device, and an engine control device, which determines an actual engine speed and an actual engine torque and speed-regulates the actual motor speed to a predefined idle speed (n Leerlauf) in a vehicle standstill when the internal combustion engine is running, characterised in that an adaptation device is assigned to the clutch control device, which, if the vehicle is at a standstill with the internal combustion engine operated at idle, starts a friction value adaptation process, in which the clutch actuator is subjected to a test manipulated variable (Δp prüf) in dependence on a test clutch torque (M K, prüf) and a test friction value (μ prüf), specifically by increasing the actual engine torque to a test engine torque (M M,prüf) and by maintaining the actual engine speed regulated to the idle speed (n Leerlauf) and that the adaptation device has an evaluation unit which from the test engine torque (M M, prüf), test manipulated variable (Δp prüf) and an idle engine torque (M Leerlauf), which results in the standstill of the vehicle when the clutch is fully open, determines an adapted friction value (μ a), which can be deposited in the clutch control device instead of the test friction value (μ prüf).
A driving device (100, 100a) to drive a three-phase motor having coils, the driving device (100, 100a) comprising: a connection switching unit to switch a connection state of the coils between a first connection state and a second connection state in which a line voltage is lower than a line voltage in the first connection state; a temperature sensor to detect a room temperature; a converter to generate a bus voltage; an inverter to convert the bus voltage to an AC voltage and supply the AC voltage to the coils; and a controller to switch a connection state of the coils between the first connection state and the second connection state based on a detected temperature by the temperature sensor, wherein the first connection state is a Y connection and the second connection state is a delta connection, or the first connection state is a series connection and the second connection state is a parallel connection, and characterized in that the controller causes the converter to generate a constant first bus voltage V1 when the connection state of the coils is the first connection state, and causes the converter to generate a constant second bus voltage V2 higher than the first bus voltage V1 when the connection state of the coils is the second connection state. a connection switching unit to switch a connection state of the coils between a first connection state and a second connection state in which a line voltage is lower than a line voltage in the first connection state; a temperature sensor to detect a room temperature; a converter to generate a bus voltage; an inverter to convert the bus voltage to an AC voltage and supply the AC voltage to the coils; and a controller to switch a connection state of the coils between the first connection state and the second connection state based on a detected temperature by the temperature sensor, wherein the first connection state is a Y connection and the second connection state is a delta connection, or the first connection state is a series connection and the second connection state is a parallel connection, and characterized in that the controller causes the converter to generate a constant first bus voltage V1 when the connection state of the coils is the first connection state, and causes the converter to generate a constant second bus voltage V2 higher than the first bus voltage V1 when the connection state of the coils is the second connection state.
A retinol-modified collagen comprising a peptide unit represented by formula: and optionally also comprising at least one kind of a peptide unit represented by formula: and a peptide unit represented by formula:
A cell removal system that is mounted on a centrifugal separator and removes predetermined cells from a body fluid, comprising: a body fluid bag that receives a body fluid; a first body fluid component bag that receives a first body fluid component having a relatively high cell concentration in the body fluid; a second body fluid component bag that receives a second body fluid component having a relatively low cell concentration in the body fluid; a first channel that connects the first body fluid component bag and the body fluid bag; a second channel that connects the second body fluid component bag and the body fluid bag; a filter that is provided in the first channel and removes predetermined cells from a body fluid component passing through the channel; a first on-off valve that opens and closes the first channel; and a second on-off valve that opens and closes the second channel, the first channel and the second channel being connected to an end portion of the body fluid bag, the end portion being, when mounted on the centrifugal separator, on the side of a direction of centrifugal force by the centrifugal separator, characterized in that the system comprises an additional filter that is provided in the second channel and removes predetermined cells from a body fluid component passing through the channel. a body fluid bag that receives a body fluid; a first body fluid component bag that receives a first body fluid component having a relatively high cell concentration in the body fluid; a second body fluid component bag that receives a second body fluid component having a relatively low cell concentration in the body fluid; a first channel that connects the first body fluid component bag and the body fluid bag; a second channel that connects the second body fluid component bag and the body fluid bag; a filter that is provided in the first channel and removes predetermined cells from a body fluid component passing through the channel; a first on-off valve that opens and closes the first channel; and a second on-off valve that opens and closes the second channel, the first channel and the second channel being connected to an end portion of the body fluid bag, the end portion being, when mounted on the centrifugal separator, on the side of a direction of centrifugal force by the centrifugal separator,
A transducer comprising: a housing comprising an inner surface; a first and a second diaphragm (312, 314) each positioned in the housing, the first and second diaphragms defining a common compartment being delimited by at least both a part of the inner surface and the first and second diaphragms; and a first and a second signal provider, the first signal provider being configured to convert movement of the first diaphragm into a first signal, the second signal provider being configured to convert movement of the second diaphragm into a second signal, the transducer further comprising a sound filtering element dividing the common compartment into a third compartment delimited by the sound filtering element, at least part of the inner surface, the first diaphragm and the second diaphragm and a fourth compartment delimited by the sound filtering element and at least part of the inner surface, but not the first diaphragm and the second diaphragm. a housing comprising an inner surface; a first and a second diaphragm (312, 314) each positioned in the housing, the first and second diaphragms defining a common compartment being delimited by at least both a part of the inner surface and the first and second diaphragms; and a first and a second signal provider, the first signal provider being configured to convert movement of the first diaphragm into a first signal, the second signal provider being configured to convert movement of the second diaphragm into a second signal,
A system for optimizing real-time antiskid control initialization for an aircraft on a travel surface comprising: at least one processor configured: to determine a time T1 when at least one wheel of the aircraft touches ground, to determine a time T2 when a speed for at least one wheel is equal to a ground speed, to calculate a total time T by subtracting the time T2 minus the time T1, and to determine whether the total time T exceeds a time threshold; and at least one brake, for at least one wheel, configured: to apply a high level of brake force when the total time T is shorter than the time threshold indicating that the travel surface is dry, and to apply a low level of brake force when the total time T is not shorter than the time threshold indicating that the travel surface is wet. at least one processor configured: to determine a time T1 when at least one wheel of the aircraft touches ground, to determine a time T2 when a speed for at least one wheel is equal to a ground speed, to calculate a total time T by subtracting the time T2 minus the time T1, and to determine whether the total time T exceeds a time threshold; and to determine a time T1 when at least one wheel of the aircraft touches ground, to determine a time T2 when a speed for at least one wheel is equal to a ground speed, to calculate a total time T by subtracting the time T2 minus the time T1, and to determine whether the total time T exceeds a time threshold; and at least one brake, for at least one wheel, configured: to apply a high level of brake force when the total time T is shorter than the time threshold indicating that the travel surface is dry, and to apply a low level of brake force when the total time T is not shorter than the time threshold indicating that the travel surface is wet. to apply a high level of brake force when the total time T is shorter than the time threshold indicating that the travel surface is dry, and to apply a low level of brake force when the total time T is not shorter than the time threshold indicating that the travel surface is wet.
Operating method for a remote controller intended to control at least one home automation device (3, 4) of a home automation installation, the remote controller comprising a communication element able to transmit executable orders to the at least one home automation device, the remote controller being intended to transmit orders to command the change of state of the at least one home automation device, which orders are executable by the at least one home automation device, the method comprising the following steps: - pairing the remote controller and the at least one home automation device, - the remote controller receiving operating data of the home automation installation from at least one element of the home automation installation other than the remote controller, - recording the received operating data and/or operating data specific to the remote controller in a memory, the operating data being organized in the form of an event history file in which the events affecting the home automation element or a set of home automation elements or the home automation installation have been recorded sequentially, - detecting a first action on the remote controller, - following the step of detecting the first action, initially transmitting the recorded operating data. - pairing the remote controller and the at least one home automation device, - the remote controller receiving operating data of the home automation installation from at least one element of the home automation installation other than the remote controller, - recording the received operating data and/or operating data specific to the remote controller in a memory, the operating data being organized in the form of an event history file in which the events affecting the home automation element or a set of home automation elements or the home automation installation have been recorded sequentially, - detecting a first action on the remote controller, - following the step of detecting the first action, initially transmitting the recorded operating data.