mhurhangee/ep-ind-claims huggingface dataset:
Rib for supporting and consolidating an excavation, comprising at least a first structural element and at least one connection element for connecting the said structural element of the said rib to a corresponding connection element of an adjacent rib, wherein the said connection element is capable of engaging through translatory motion with the said corresponding connection element of the adjacent rib so as to make the connection of the said ribs (1, 1'), wherein the said connection element comprises at least a first insertion portion (20, 30) and at least a second locking portion, the said first insertion portion (20, 30) being insertable by translatory motion into the locking portion of a corresponding connection element of an adjacent rib, the said second locking portion comprising an essentially tubular section, associated with a funnel-shaped portion.
A control apparatus, for controlling the charging and discharging of a battery, the control apparatus including a power failure detector configured to detect a power outage of a commercial power supply, and an overdischarge prevention unit configured to perform an overdischarge prevention control such that, if power failure does not occur, electric power is charged into the battery when the battery has not been charged for a predetermined setting period and a remaining capacity ratio of the battery is a first setting ratio or below and the voltage of the battery is a first setting voltage or below.
A method of wireless communication, comprising: determining a cyclic prefix duration for orthogonal frequency division multiple access, OFDMA, symbols to be transmitted wirelessly in a multi-media broadcast over a single frequency network, MBSFN, area, wherein the cyclic prefix duration is calculated to accommodate a propagation delay between an evolved Node B, eNB, and one or more user equipment, UE, or other eNBs in the MBSFN that has a duration that exceeds a predefined duration; determining a subcarrier spacing for the MBSFN; determining a transmission time interval, TTI, corresponding to a subframe transmitted in the MBSFN; and providing one or more of the eNB (842, 846) and the UE with a distribution pattern for reference signals in the subframe based on the cyclic prefix duration, the subcarrier spacing, and the TTI. determining a cyclic prefix duration for orthogonal frequency division multiple access, OFDMA, symbols to be transmitted wirelessly in a multi-media broadcast over a single frequency network, MBSFN, area, wherein the cyclic prefix duration is calculated to accommodate a propagation delay between an evolved Node B, eNB, and one or more user equipment, UE, or other eNBs in the MBSFN that has a duration that exceeds a predefined duration; determining a subcarrier spacing for the MBSFN; determining a transmission time interval, TTI, corresponding to a subframe transmitted in the MBSFN; and providing one or more of the eNB (842, 846) and the UE with a distribution pattern for reference signals in the subframe based on the cyclic prefix duration, the subcarrier spacing, and the TTI.
Household appliance, in particular cooking appliance, with a supporting part (6, 8), an attachment part (12, 14) and a screw connection, wherein the attachment part (12, 14) is fastened to the supporting part (6, 8) by a screw, wherein a connecting element receiving the screw is welded onto the side of the supporting part (6, 8) opposite the attachment part (12, 14) and the connecting element has a receiving region, characterised in that the connecting element is welded onto the supporting part (6, 8) by means of resistance projection welding, wherein the weld seam connecting the components is formed by a protrusion fused during the welding procedure, and wherein the protrusion and the weld seam are arranged in an annular manner around the receiving region and the weld seam is designed to be impermeable, in particular impermeable to gas.
Ferritic stainless steel comprising, by wt%, C: 0.005% to 0.1%, Si: 0.01% to 2.0%, Mn: 0.01% to 1.5%, P: 0.05% or less, S: 0.005% or less, Cr: 10% to 30%, Ti: 0.005% to 0.5%, Al: 0.01% to 0.15%, N: 0.005% to 0.03%, and the balance of Fe and inevitable impurities, wherein the ferritic stainless steel comprises an independent Ti precipitate and a dependent Ti precipitate formed using a TiN inclusion as precipitation nuclei, and the ferritic stainless steel has a P within a range of 60% or less, the P being defined by Formula 1 below: P % = Ns / Ns + Nc × 100 where Ns refers to the number of independent Ti precipitate particles per unit area (mm 2), and Nc refers to the number of dependent Ti precipitate particles per unit area (mm 2), and wherein the ferritic stainless steel comprises 3.5 x 10 6 or fewer particles of the independent Ti precipitate per square millimeter (mm 2) of ferrite matrix, wherein the independent Ti precipitate has a particle diameter of 0.01 μm or greater, and wherein the particle diameter of the independent Ti precipitate is measured by Transmission Electron Microscopy.
Straightening machine for wire with a rotatable straightening body in which straightening cheeks (23, 23') are seated, of which at least several can be radially shifted by means of axially slidable wedge surfaces which being functionally engaged with corresponding control surfaces (21, 21') are positioned at the radial outer faces of the straightening cheeks or interposed shims characterised in that the straightening body is surrounded by a sleeve enclosing said body and axially slidable relative to it, comprising a lower part and a cover closing said part, the wedge surfaces being constructed on the lower part and on the cover, protruding into the straightening body via corresponding openings axially shiftable in said openings, and positioned there in functional engagement with the control surfaces (21, 21') of the straightening cheeks or their shims.
An insulation deterioration monitoring apparatus configured to be applied to a motor driving system comprising a plurality of inverter units (A, B, C) including a motor driving inverter (2, 3, 4) and one or more motors (5, 6, 7), a converter for supplying power to each of the plurality of inverter units (A, B, C), and a ground current measuring instrument (8, 9) for measuring ground current flowing between an output terminal of the converter and ground, the insulation deterioration monitoring apparatus being configured to monitor insulation deterioration in each of the plurality of inverter units (A, B, C), the insulation deterioration monitoring apparatus comprising a computer (10; 10, 11) on which software is installed, the software being configured to cause the computer (10; 10, 11) to execute: a first process of selecting one inverter unit out of stopped inverter units during stopping of at least one of the plurality of inverter units (A, B, C) and causing a corresponding motor driving inverter corresponding to a selected inverter unit to generate a direct current voltage; and a second process of measuring a current value of the ground current by the ground current measuring instrument (8, 9) while the corresponding motor driving inverter generates the direct current voltage; characterized in that the software is configured to cause the computer (10; 10, 11) to further execute a third process of recording the current value of the ground current measured by the second process, for each inverter unit in association with the selected inverter unit; and a fourth process of analyzing a tendency of insulation deterioration of each of the plurality of inverter units (A, B, C) based on measured data of the current value of the ground current recorded for each inverter unit. a first process of selecting one inverter unit out of stopped inverter units during stopping of at least one of the plurality of inverter units (A, B, C) and causing a corresponding motor driving inverter corresponding to a selected inverter unit to generate a direct current voltage; and a second process of measuring a current value of the ground current by the ground current measuring instrument (8, 9) while the corresponding motor driving inverter generates the direct current voltage; characterized in that the software is configured to cause the computer (10; 10, 11) to further execute a third process of recording the current value of the ground current measured by the second process, for each inverter unit in association with the selected inverter unit; and a fourth process of analyzing a tendency of insulation deterioration of each of the plurality of inverter units (A, B, C) based on measured data of the current value of the ground current recorded for each inverter unit.
A preprocessing apparatus comprising: a sample container setting part in which a sample container that stores a sample is set; a sampling unit which includes a sample probe that sucks a sample in a sample container and is configured to move the sample probe to the sample container set in the sample container setting part, and to an external suction location set on a conveyor line located outside the preprocessing apparatus; a preprocessing container setting part in which a preprocessing container that stores the sample collected from the sample container and dispensed from the sample probe is set; a carrying mechanism which holds and carries the preprocessing container set in the preprocessing container setting part; a preprocessing unit (30, 36a, 38, 40) which is disposed at a location to which the preprocessing container can be carried by the carrying mechanism, and performs preprocessing of the sample in the preprocessing container; a unit that stirs a sample before suction which includes a stirring probe that stirs the sample in the sample container, and moves the stirring probe at least to one of the external suction location and a location upstream of the external suction location on the conveyor line; and a stirring operation control unit which is configured to control operation of the sampling unit and the unit that stirs a sample before suction so that a sample in the sample container is stirred by the stirring probe at one of the external suction location and a location upstream of the external suction location on the conveyor line before the sample is sucked by the sample probe. a sample container setting part in which a sample container that stores a sample is set; a sampling unit which includes a sample probe that sucks a sample in a sample container and is configured to move the sample probe to the sample container set in the sample container setting part, and to an external suction location set on a conveyor line located outside the preprocessing apparatus; a preprocessing container setting part in which a preprocessing container that stores the sample collected from the sample container and dispensed from the sample probe is set; a carrying mechanism which holds and carries the preprocessing container set in the preprocessing container setting part; a preprocessing unit (30, 36a, 38, 40) which is disposed at a location to which the preprocessing container can be carried by the carrying mechanism, and performs preprocessing of the sample in the preprocessing container; a unit that stirs a sample before suction which includes a stirring probe that stirs the sample in the sample container, and moves the stirring probe at least to one of the external suction location and a location upstream of the external suction location on the conveyor line; and a stirring operation control unit which is configured to control operation of the sampling unit and the unit that stirs a sample before suction so that a sample in the sample container is stirred by the stirring probe at one of the external suction location and a location upstream of the external suction location on the conveyor line before the sample is sucked by the sample probe.
A method for operating a converged communication device including a first subsystem and a second subsystem, the method comprising: Determining, during a startup sequence of the first subsystem and with a first electronic processor of the first subsystem, a last operation mode for the first subsystem; Detecting whether a subscriber identity module is installed in the converged communication device; Determining, responsive to detecting that a subscriber identity module is installed in the converged communication device, a network type for the subscriber identity module; Controlling, with the first electronic processor, a first communication interface based on the network type and the last operation mode; Determining, during a startup sequence of the second subsystem and with a second electronic processor of the second subsystem, the last operation mode for the first subsystem; and Controlling, with the second electronic processor, a second communication interface based on the last operation mode. Determining, during a startup sequence of the first subsystem and with a first electronic processor of the first subsystem, a last operation mode for the first subsystem; Detecting whether a subscriber identity module is installed in the converged communication device; Determining, responsive to detecting that a subscriber identity module is installed in the converged communication device, a network type for the subscriber identity module; Controlling, with the first electronic processor, a first communication interface based on the network type and the last operation mode; Determining, during a startup sequence of the second subsystem and with a second electronic processor of the second subsystem, the last operation mode for the first subsystem; and Controlling, with the second electronic processor, a second communication interface based on the last operation mode.
A clamp, comprising: a holding portion provided with an opening for inserting a long object such as a pipe and the like, and holding the long object; a main body portion disposed with a predetermined space on an outer circumferential face of the holding portion; a fixed portion for fixing to an attached member such as a panel and the like from the main body portion, the holding portion, the main body portion, and the fixed portion being connected, the fixed portion being fixable to the attached member, so that the long object is attachable to the attached member, and a vibration-absorption portion for reducing a transmission of a vibration is provided to support between the holding portion and the main body portion, the holding portion, the main body portion, and the vibration-absorption portion being made from a same resin material, wherein the vibration-absorption portion is composed of a plurality of resin springs (72, 73) formed in a plate shape, one end portion of one resin spring is provided to connect to the holding portion, and is positioned in one end portion of the holding portion in the axial direction of the long object, the other end portion of the one resin spring is provided to extend in the axial direction of the long object and connect to the main body portion, the other end portion of the one resin spring is positioned in an end portion of the main body portion on an opposite side to the one end portion in the axial direction of the long object, said clamp being characterized in that one end portion of another resin spring adjacent to the one resin spring is provided to connect to the holding portion and is positioned in an end portion on the opposite side of the one end portion of the one resin spring; and the other end portion of the another resin spring is provided to extend in the axial direction of the long object and to connect to the main body portion, the other end portion of the another resin spring being positioned in an end portion of the main body portion on an opposite side to the other end portion of the one resin spring in the axial direction of the long object. a holding portion provided with an opening for inserting a long object such as a pipe and the like, and holding the long object; a main body portion disposed with a predetermined space on an outer circumferential face of the holding portion; a fixed portion for fixing to an attached member such as a panel and the like from the main body portion, the holding portion, the main body portion, and the fixed portion being connected, the fixed portion being fixable to the attached member, so that the long object is attachable to the attached member, and a vibration-absorption portion for reducing a transmission of a vibration is provided to support between the holding portion and the main body portion,
A method for communication in a content distribution environment having a plurality of display devices, the method comprising: detecting (604, 606) a media access control, MAC, address of a mobile device present within the content distribution environment; identifying demographic information related to a registered owner of the mobile device using information related to the detected MAC address; and selecting at least one display device of the content distribution environment on which to display content selected, using the identified demographic information, wherein said selecting comprises identifying a display device (610, 612) of the content distribution environment in close proximity to the detected mobile device; whereby the step of detecting the MAC address comprises passively detecting and processing by an access point probe packets sent by the mobile device within a proximity range of the content distribution environment, the probe packets being intended to determine what networks are available for use by the mobile device and, in the case that a user of the mobile device has previously registered in the content distribution environment, associating the MAC address with the user using prior session log in data without requiring user intervention for logging in for access to the content distribution environment during a visit to the content distribution environment; and the step of identifying demographic information includes searching local databases or computer network databases in processing communication with the content distribution environment. detecting (604, 606) a media access control, MAC, address of a mobile device present within the content distribution environment; identifying demographic information related to a registered owner of the mobile device using information related to the detected MAC address; and selecting at least one display device of the content distribution environment on which to display content selected, using the identified demographic information, wherein said selecting comprises identifying a display device (610, 612) of the content distribution environment in close proximity to the detected mobile device; whereby the step of detecting the MAC address comprises passively detecting and processing by an access point probe packets sent by the mobile device within a proximity range of the content distribution environment, the probe packets being intended to determine what networks are available for use by the mobile device and, in the case that a user of the mobile device has previously registered in the content distribution environment, associating the MAC address with the user using prior session log in data without requiring user intervention for logging in for access to the content distribution environment during a visit to the content distribution environment; and the step of identifying demographic information includes searching local databases or computer network databases in processing communication with the content distribution environment.
A hydrogenated diene polymer composition comprising: a second hydrogenated diene polymer having a weight average molecular weight (Mw) of 400,000 to 1,700,000, a molecular weight distribution (Mw/Mn) of 1.0 to 5.0, and a hydrogenation degree of 72% or more, the second hydrogenated diene polymer being obtained by hydrogenating a second diene polymer which has a vinyl bond content of 20 to 70%, and a third hydrogenated diene polymer having a weight average molecular weight (Mw) of 100,000 to 300,000, a molecular weight distribution (Mw/Mn) of 1.0 to 1.3, and a hydrogenation degree of 72% or more, the third hydrogenated diene polymer being obtained by hydrogenating a third diene polymer which has a vinyl bond content of 20 to 70% and being a modified polymer having an amino group and an alkoxysilyl group. a second hydrogenated diene polymer having a weight average molecular weight (Mw) of 400,000 to 1,700,000, a molecular weight distribution (Mw/Mn) of 1.0 to 5.0, and a hydrogenation degree of 72% or more, the second hydrogenated diene polymer being obtained by hydrogenating a second diene polymer which has a vinyl bond content of 20 to 70%, and a third hydrogenated diene polymer having a weight average molecular weight (Mw) of 100,000 to 300,000, a molecular weight distribution (Mw/Mn) of 1.0 to 1.3, and a hydrogenation degree of 72% or more, the third hydrogenated diene polymer being obtained by hydrogenating a third diene polymer which has a vinyl bond content of 20 to 70% and being a modified polymer having an amino group and an alkoxysilyl group.
A liquid immersion member for use in a liquid immersion exposure apparatus which exposes a substrate by exposure light via a first liquid between an emitting surface of an optical member and the substrate, and is capable of forming a liquid immersion space on an object movable below the optical member, the liquid immersion member comprising: a first member that is disposed at at least a portion of surrounding of the optical member; and a second member that is capable of being opposite to the object, and is movable outside an optical path of the exposure light, characterised by: a protection part (211, 212) that is configured to protect the optical member, wherein the protection part is arranged to decrease a change in pressure which the optical member receives from the liquid in the liquid immersion space, wherein the liquid immersion member further comprises a liquid recovery part which is disposed at the first member, or the second member, or each of the first and second members and which is arranged to recover the liquid from a space between the first member and the second member, and wherein the liquid immersion member further comprises a fluid recovery part that is disposed at the second member so that the object is opposite to the fluid recovery part. a first member that is disposed at at least a portion of surrounding of the optical member; and a second member that is capable of being opposite to the object, and is movable outside an optical path of the exposure light, characterised by: a protection part (211, 212) that is configured to protect the optical member, wherein the protection part is arranged to decrease a change in pressure which the optical member receives from the liquid in the liquid immersion space, wherein the liquid immersion member further comprises a liquid recovery part which is disposed at the first member, or the second member, or each of the first and second members and which is arranged to recover the liquid from a space between the first member and the second member, and wherein the liquid immersion member further comprises a fluid recovery part that is disposed at the second member so that the object is opposite to the fluid recovery part. a protection part (211, 212) that is configured to protect the optical member, wherein the protection part is arranged to decrease a change in pressure which the optical member receives from the liquid in the liquid immersion space, wherein the liquid immersion member further comprises a liquid recovery part which is disposed at the first member, or the second member, or each of the first and second members and which is arranged to recover the liquid from a space between the first member and the second member, and wherein the liquid immersion member further comprises a fluid recovery part that is disposed at the second member so that the object is opposite to the fluid recovery part.