mhurhangee/ep-ind-claims huggingface dataset:
A roller assembly for a cargo loading system, comprising: a first axle including a first flange and a first inner shaft; a second axle including a second flange and a second inner shaft, the first inner shaft extending from the first flange toward the second flange, the second inner shaft extending from the second flange toward the first flange; a roller configured to rotate about an axis of rotation for the roller assembly; a first plurality of roller elements disposed between a radially outer surface of the second inner shaft and a radially inner surface of the first inner shaft; and a biasing member including at least one link or cam roller positioned at an angle relative to the roller axis producing an axial force based on the applied load on the roller reacting on to the first or second inner shaft, wherein the second inner shaft comprises a plurality of grooves configured to receive the first plurality of roller elements, and wherein the plurality of grooves are semi-spherical in shape a first axle including a first flange and a first inner shaft; a second axle including a second flange and a second inner shaft, the first inner shaft extending from the first flange toward the second flange, the second inner shaft extending from the second flange toward the first flange; a roller configured to rotate about an axis of rotation for the roller assembly; a first plurality of roller elements disposed between a radially outer surface of the second inner shaft and a radially inner surface of the first inner shaft; and a biasing member including at least one link or cam roller positioned at an angle relative to the roller axis producing an axial force based on the applied load on the roller reacting on to the first or second inner shaft, wherein the second inner shaft comprises a plurality of grooves configured to receive the first plurality of roller elements, and wherein the plurality of grooves are semi-spherical in shape
A ceramic honeycomb structure comprising large numbers of cells partitioned by porous cell walls, said cell walls having (a) porosity of 50-80%; and when measured by mercury porosimetry, (b) a median pore diameter being 25-50 μm; (c) (i) a cumulative pore volume in a pore diameter range of 20 μm or less being 25% or less of the total pore volume; (ii) a cumulative pore volume in a pore diameter range of more than 20 μm and 50 μm or less being 50% or more of the total pore volume; and (iii) a cumulative pore volume in a pore diameter range of more than 50 μm being 12% or more of the total pore volume. (a) porosity of 50-80%; and when measured by mercury porosimetry, (b) a median pore diameter being 25-50 μm; (c) (i) a cumulative pore volume in a pore diameter range of 20 μm or less being 25% or less of the total pore volume; (ii) a cumulative pore volume in a pore diameter range of more than 20 μm and 50 μm or less being 50% or more of the total pore volume; and (iii) a cumulative pore volume in a pore diameter range of more than 50 μm being 12% or more of the total pore volume. (i) a cumulative pore volume in a pore diameter range of 20 μm or less being 25% or less of the total pore volume; (ii) a cumulative pore volume in a pore diameter range of more than 20 μm and 50 μm or less being 50% or more of the total pore volume; and (iii) a cumulative pore volume in a pore diameter range of more than 50 μm being 12% or more of the total pore volume.
A dental implant, comprising: an elongated implant body of porous tantalum having opposed coronal and apical ends, the elongated implant body defining a longitudinal, central axis, a plurality of reinforcing members (178, 180, 182, 184) extending within the elongated implant body, the plurality of reinforcing members being generally aligned with, but angled inwardly with respect to, the longitudinal, central axis of the elongated implant body in a direction extending from the coronal end to the apical end of the elongated implant body, each of the plurality of reinforcing members being configured as an elongated bar, and an abutment connector disposed on the coronal end of the elongated implant body, the plurality of reinforcing members extending from and coupled to the abutment connector, wherein the dental implant further comprises a core made of a different material from the elongated implant body and extending along the longitudinal, central axis and spaced from the plurality of reinforcing members. an elongated implant body of porous tantalum having opposed coronal and apical ends, the elongated implant body defining a longitudinal, central axis, a plurality of reinforcing members (178, 180, 182, 184) extending within the elongated implant body, the plurality of reinforcing members being generally aligned with, but angled inwardly with respect to, the longitudinal, central axis of the elongated implant body in a direction extending from the coronal end to the apical end of the elongated implant body, each of the plurality of reinforcing members being configured as an elongated bar, and an abutment connector disposed on the coronal end of the elongated implant body, the plurality of reinforcing members extending from and coupled to the abutment connector, wherein the dental implant further comprises a core made of a different material from the elongated implant body and extending along the longitudinal, central axis and spaced from the plurality of reinforcing members.
An apparatus for determining a pre-excitation interval for optimized delivery of a bi-ventricular, fusion-pacing therapy to a non-synchronous pair of ventricles, including delivery of a single ventricular pre-excitation pacing pulse to a relatively late activated ventricular chamber to promote mechanical synchrony between the late activated ventricular chamber and a relatively more rapid, intrinsically-conducting ventricular chamber, comprising: means adapted to measure an intrinsic atrio-ventricular delay interval for a first-to-depolarize ventricular chamber for at least one prior cardiac cycle; means adapted to deliver, during a cardiac cycle, a pacing stimulus to the V1 chamber upon expiration of an atrio-ventricular (A-V) delay interval and sensing the resulting evoked depolarization in a last-to-depolarize ventricular chamber, wherein the AV delay interval is shorter than the intrinsic atrio-ventricular delay interval; and means adapted to calculate a PEI using at least one of the following and based upon the relative temporal length of the interval between the V1 pacing stimulus delivery and the V2 sensing of the evoked depolarization: PEI = k x (V2p→V1s) or PEI = k x (V1p→V2s) or PEI = k x (V1s→V2s), or PEI = k x [(V1s→V2s)-(V2p→V1s)], and wherein the value of the constant k is about zero-point-five (0.5); wherein V1 represents a right ventricle and wherein V2 represents a left ventricle. means adapted to measure an intrinsic atrio-ventricular delay interval for a first-to-depolarize ventricular chamber for at least one prior cardiac cycle; means adapted to deliver, during a cardiac cycle, a pacing stimulus to the V1 chamber upon expiration of an atrio-ventricular (A-V) delay interval and sensing the resulting evoked depolarization in a last-to-depolarize ventricular chamber, wherein the AV delay interval is shorter than the intrinsic atrio-ventricular delay interval; and means adapted to calculate a PEI using at least one of the following and based upon the relative temporal length of the interval between the V1 pacing stimulus delivery and the V2 sensing of the evoked depolarization: PEI = k x (V2p→V1s) or PEI = k x (V1p→V2s) or PEI = k x (V1s→V2s), or PEI = k x [(V1s→V2s)-(V2p→V1s)], and wherein the value of the constant k is about zero-point-five (0.5); wherein V1 represents a right ventricle and wherein V2 represents a left ventricle. PEI = k x (V2p→V1s) or PEI = k x (V1p→V2s) or PEI = k x (V1s→V2s), or PEI = k x [(V1s→V2s)-(V2p→V1s)], and wherein the value of the constant k is about zero-point-five (0.5); wherein V1 represents a right ventricle and wherein V2 represents a left ventricle.
A disconnection detection circuit for a bridge circuit, comprising: a sensor element resistor whose resistance value varies depending on a physical quantity; a bridge circuit composed ofa plurality of resistors including the sensor element resistor; an output terminal through which an intermediate voltage of the bridge circuit is fetched into outside; and a bridge output detection circuit that detects the intermediate voltage fetched through the output terminal, the disconnection detection circuit for a bridge circuit being connected to the output terminal, wherein the disconnection detection circuit comprises a switching means that, when the disconnection detecting means detects a disconnection, fixes the output of the bridge output detection circuit to a supply voltage or ground voltage; a conducting means that causes a current to flow from the output terminal of the bridge circuit to a predetermined potential, wherein the conducting means is connected to the output terminal and formed with a current mirror circuit; a potential difference detection means that detects a potential difference between the potential at the output terminal of the bridge circuit and the predetermined potential; and a disconnection detecting means that detects a disconnection on the basis of the output of the potential difference detection means. a sensor element resistor whose resistance value varies depending on a physical quantity; a bridge circuit composed ofa plurality of resistors including the sensor element resistor; an output terminal through which an intermediate voltage of the bridge circuit is fetched into outside; and a bridge output detection circuit that detects the intermediate voltage fetched through the output terminal, the disconnection detection circuit for a bridge circuit being connected to the output terminal, wherein the disconnection detection circuit comprises a switching means that, when the disconnection detecting means detects a disconnection, fixes the output of the bridge output detection circuit to a supply voltage or ground voltage; a conducting means that causes a current to flow from the output terminal of the bridge circuit to a predetermined potential, wherein the conducting means is connected to the output terminal and formed with a current mirror circuit; a potential difference detection means that detects a potential difference between the potential at the output terminal of the bridge circuit and the predetermined potential; and a disconnection detecting means that detects a disconnection on the basis of the output of the potential difference detection means.
A tool-changing unit for a production plant for producing workpieces from sheet metal, in particular by means of forming by swivel bending or swing bending and for setting an active clamping length of a clamping tool, in particular a clamping jaw set comprising multiple individual clamping jaws (43, 44, 45, 46), wherein the tool-changing unit comprises a tool-holding device, - wherein the tool-holding device comprises a carrier body, - wherein the tool-holding device comprises a number "n" of tool-holding modules arranged directly next to one another, and each one of the tool-holding modules is held on the carrier body, and - wherein each tool-holding module comprises a first coupling means as a component of a coupling device, wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws (43, 44, 45, 46), characterized in that, - each tool-holding module comprises a first coupling means and a first actuating means cooperating with the first coupling means, wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws (43, 44, 45, 46) by means of the first actuating means. - wherein the tool-holding device comprises a carrier body, - wherein the tool-holding device comprises a number "n" of tool-holding modules arranged directly next to one another, and each one of the tool-holding modules is held on the carrier body, and - wherein each tool-holding module comprises a first coupling means as a component of a coupling device, wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws (43, 44, 45, 46), characterized in that, - each tool-holding module comprises a first coupling means and a first actuating means cooperating with the first coupling means, wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws (43, 44, 45, 46) by means of the first actuating means.
A labeled nucleotide analog comprising: an avidin protein having four subunits, each subunit comprising one biotin binding site; one or two nucleotide components each comprising one or more phospholinked nucleotide moieties, wherein the one or more phospholinked nucleotide moieties are the same; and one or two dye components each comprising one or more dye moieties, wherein the dye moieties comprise fluorescent labels; wherein each component is bound to the avidin protein through a biotin moiety attached to a binding site on the avidin protein; and wherein at least one of the nucleotide or dye components comprise a bis-biotin moiety bound to two of the biotin binding sites on the avidin protein. an avidin protein having four subunits, each subunit comprising one biotin binding site; one or two nucleotide components each comprising one or more phospholinked nucleotide moieties, wherein the one or more phospholinked nucleotide moieties are the same; and one or two dye components each comprising one or more dye moieties, wherein the dye moieties comprise fluorescent labels;
A method of starting a molten-bath based process for smelting a metalliferous feed material in a smelting apparatus, with the apparatus including a smelting vessel that includes a main chamber for containing a molten bath when molten metal is fed into the main chamber, a forehearth for discharging molten metal from the main chamber during a smelting campaign, and a forehearth connection that connects the main chamber and the forehearth, and with the method including the steps of: (a) preheating the main chamber, the forehearth, and the forehearth connection; (b) pouring a charge of molten metal into the main chamber forehearth; (c) commencing supplying oxygen-containing gas of the temperature below 700-800°C and carbonaceous material of the temperature below 150°C into the main chamber within at most 3 hours after completing the molten metal charge and before formation of an insulating layer of crusty slag on the molten metal to an extent that it prevents molten metal igniting carbonaceous material, and igniting the carbonaceous material, and heating the main chamber and molten metal in the main chamber; (d) continuing supplying oxygen-containing gas and carbonaceous material into the main chamber and combusting carbonaceous material and heating the main chamber and molten metal in the main chamber for a period of at least 10 minutes; and (e) commencing feeding a metalliferous material into the main chamber in order to initiate metal production. (a) preheating the main chamber, the forehearth, and the forehearth connection; (b) pouring a charge of molten metal into the main chamber forehearth; (c) commencing supplying oxygen-containing gas of the temperature below 700-800°C and carbonaceous material of the temperature below 150°C into the main chamber within at most 3 hours after completing the molten metal charge and before formation of an insulating layer of crusty slag on the molten metal to an extent that it prevents molten metal igniting carbonaceous material, and igniting the carbonaceous material, and heating the main chamber and molten metal in the main chamber; (d) continuing supplying oxygen-containing gas and carbonaceous material into the main chamber and combusting carbonaceous material and heating the main chamber and molten metal in the main chamber for a period of at least 10 minutes; and (e) commencing feeding a metalliferous material into the main chamber in order to initiate metal production.
A communication apparatus, which is configured to execute a predetermined processing using image data and to communicate with an information processing apparatus, the communication apparatus comprising: first communication means for broadcasting an advertising signal (508, 510-514) based on a Bluetooth Low Energy standard as a first communication standard, so as to communicate with the information processing apparatus, second communication means for communicating data with the information processing apparatus via a connection based on a second communication standard which is able to perform a longer-range wireless communication than the BLE standard, characterized by further comprising: a determination means for determining whether the communication apparatus is in an error state in which executing the predetermined processing is not possible, and if the determination means determines that the communication apparatus is in the error state, the first communication means transmits, to the information processing apparatus, an advertising signal (508, 510-514) in which identifying information identifying the error state of the communication apparatus is included in a payload based on the BLE standard, before the connection with the information processing apparatus based on the second communication standard is performed. first communication means for broadcasting an advertising signal (508, 510-514) based on a Bluetooth Low Energy standard as a first communication standard, so as to communicate with the information processing apparatus, second communication means for communicating data with the information processing apparatus via a connection based on a second communication standard which is able to perform a longer-range wireless communication than the BLE standard, characterized by further comprising: a determination means for determining whether the communication apparatus is in an error state in which executing the predetermined processing is not possible, and if the determination means determines that the communication apparatus is in the error state, the first communication means transmits, to the information processing apparatus, an advertising signal (508, 510-514) in which identifying information identifying the error state of the communication apparatus is included in a payload based on the BLE standard, before the connection with the information processing apparatus based on the second communication standard is performed. a determination means for determining whether the communication apparatus is in an error state in which executing the predetermined processing is not possible, and if the determination means determines that the communication apparatus is in the error state, the first communication means transmits, to the information processing apparatus, an advertising signal (508, 510-514) in which identifying information identifying the error state of the communication apparatus is included in a payload based on the BLE standard, before the connection with the information processing apparatus based on the second communication standard is performed.
A chlorotoxin polypeptide having not more than one lysine wherein the chlorotoxin polypeptide has at least 85% overall sequence identity with SEQ ID NO: 1 and wherein the chlorotoxin polypeptide binds selectively to a tumor cell.
Switchgear conductor arrangement for a switchgear, in particular a low voltage switchgear, comprising ▪ at least one conductor built as a hollow cylinder, in particular a tubular conductor with a circular cross section; and ▪ at least one clamp connector (1a, 1b, 1c, 1d) wherein the clamp connector is a ring-clamp-connector (38, 56) comprising at least one shell or ringlike flange with an opening or gap, which is foreseen to enclose the at least one conductor (6a, 6b, 6c, 6d) and wherein the at least one conductor (6a, 6b, 6c, 6d) is at least approximately a tubular-conductor (54, 58, 70), characterized in that the at least one tubular-conductor (54, 58, 70) comprises at least two tubular conductor-sections (54, 58, 72, 74, 92, 94), which are insulated from each other by at least one insulation-mean (76, 96). ▪ at least one conductor built as a hollow cylinder, in particular a tubular conductor with a circular cross section; and ▪ at least one clamp connector (1a, 1b, 1c, 1d)
Method for charging an accumulator, which is incorporated in an electric motor vehicle, for storing electrical energy for the operation of an electric drive motor of the electric motor vehicle with electrical energy to be taken from an energy supply network, wherein the accumulator is connected to a plug socket which is connected to the energy supply network and is in the form of a low-voltage plug socket, such as is present in every household and is in the form of a single-phase alternating current plug socket at a voltage of 230 V or a three-phase alternating current plug socket at a voltage of 400 V, by means of an electrical cable or via an inductive charging device, characterized in that a meter identifier, in the form of a meter number, of a stationary electricity meter, which measures the electrical energy supplied from the energy supply network via the plug socket, which electricity meter is assigned to a household and therefore to a particular customer and to a particular location by assignment to a postal address, with the result that billing, assigned thereto, of the electrical energy taken can occur, is transmitted to a central computer, in the form of a back-end server, wherein the central computer is a computer of an energy supplier that supplies electrical energy in the energy supply network or a computer connected to this computer at least partly for data transmission, wherein the vehicle location of the electric motor vehicle, which is specified by means of vehicle position data via global positioning system data, via a mobile radio connection via a global system for mobile communications connection, is transmitted to the central computer, from an antenna of the electric motor vehicle and with intermediate connection to a radio station, wherein a meter location assigned to the electricity meter is compared to the transmitted vehicle location of the electric motor vehicle by the central computer and wherein, in the case of agreement between the meter location and the transmitted vehicle location, a charging signal which initiates the charging of the accumulator is sent from the central computer to a charging device of the electric motor vehicle, which charging device controls the charging of the accumulator with intermediate connection to the radio station, wherein, if the meter location does not agree with the transmitted vehicle location, no charging signal is sent from the central computer to the charging device of the electric motor vehicle.
A pharmaceutical composition for use in treating, ameliorating or preventing one or more cardiac disorders in a mammalian heart caused by an hypoxic event or a loss, reduction or interruption in coronary blood flow wherein the composition includes as its active ingredient a compound having blocking activity of persistent sodium channels in mammalian cardiac cell membranes, the compound being riluzole or a salt thereof, wherein the cardiac disorders are cardiac arrhythmias or anticipated cardiac arrhythmias, or myocardial cellular damage or suspected myocardial cellular damage or anticipated myocardial cellular damage or myocardial cellular death from the group: hypoxia, ischaemia, infarction, necrosis, reperfusion injury, myopathy, hypertrophy, inflammation, scarring or any other form of alteration to the normal function of the cardiac cells or tissue.