mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell vehicle comprising: a stack frame on which a fuel cell stack is provided, the stack frame being placed in front of a vehicle cabin, the stack frame including a central member, a right member joined to a right edge portion of the central member, a left member joined to a left edge portion of the central member, and a front cross member, the front cross member being joined to front edge portions of the central member, the right member, and the left member, a front-end portion (W12a) of a first joining portion between the central member and the right member and a front-end portion (W23a) of a second joining portion between the central member and the left member being overlapping with a third joining portion of the front cross member with the front edge portions of the central member, the right member, and the left member; and a fuel tank placed behind the stack frame such that when the fuel cell vehicle receives a front-end collision and the fuel tank moves forward, the fuel tank makes contact with the right member and the left member. a stack frame on which a fuel cell stack is provided, the stack frame being placed in front of a vehicle cabin, the stack frame including a central member, a right member joined to a right edge portion of the central member, a left member joined to a left edge portion of the central member, and a front cross member, the front cross member being joined to front edge portions of the central member, the right member, and the left member, a front-end portion (W12a) of a first joining portion between the central member and the right member and a front-end portion (W23a) of a second joining portion between the central member and the left member being overlapping with a third joining portion of the front cross member with the front edge portions of the central member, the right member, and the left member; and the stack frame including a central member, a right member joined to a right edge portion of the central member, a left member joined to a left edge portion of the central member, and a front cross member, the front cross member being joined to front edge portions of the central member, the right member, and the left member, a front-end portion (W12a) of a first joining portion between the central member and the right member and a front-end portion (W23a) of a second joining portion between the central member and the left member being overlapping with a third joining portion of the front cross member with the front edge portions of the central member, the right member, and the left member; and a fuel tank placed behind the stack frame such that when the fuel cell vehicle receives a front-end collision and the fuel tank moves forward, the fuel tank makes contact with the right member and the left member.
A method for manufacturing a battery cell, comprising: a) manufacturing an electrode assembly by interposing a separator formed with a plurality of pores between a cathode and an anode; b) impregnating the electrode assembly manufactured in the step a) into a mixed liquid to allow the mixed liquid enter the plurality of pores, the mixed liquid including an electrolyte solution component in the liquefied monomer and / or oligomer state and a polymerization initiator; c) thereafter, impregnating the electrode assembly in a battery case along with a liquefied electrolyte solution and then sealing the battery case; and d) polymerizing or curing the electrolyte solution component in the monomer and / or oligomer state so as to form a gelled electrolyte inserted into a pore of the separator but maintaining a liquefied electrolyte solution within the batterey case. a) manufacturing an electrode assembly by interposing a separator formed with a plurality of pores between a cathode and an anode; b) impregnating the electrode assembly manufactured in the step a) into a mixed liquid to allow the mixed liquid enter the plurality of pores, the mixed liquid including an electrolyte solution component in the liquefied monomer and / or oligomer state and a polymerization initiator; c) thereafter, impregnating the electrode assembly in a battery case along with a liquefied electrolyte solution and then sealing the battery case; and d) polymerizing or curing the electrolyte solution component in the monomer and / or oligomer state so as to form a gelled electrolyte inserted into a pore of the separator but maintaining a liquefied electrolyte solution within the batterey case.
A method performed by a network node, comprising: providing at least one reporting configuration to one or more user equipment, wherein the reporting configuration is based on at least one of channel state information reference signals, CSI-RS, or synchronization signal/physical broadcast channel, SS/PBCH, blocks; and receiving at least one measurement report comprising measurement results when and as specified by the at least one reporting configuration, wherein the receiving comprises receiving measurement report that is based on SS/PBCH block measurements only if the measurement report contains a measurement result for a relevant SS/PBCH block that is either not associated with a configured CSI-RS resource or associated with CSI-RS resources that are not sufficiently detected, and wherein a CSI-RS resource is sufficiently detected if its measurement is above a certain threshold provided in the at least one reporting configuration. providing at least one reporting configuration to one or more user equipment, wherein the reporting configuration is based on at least one of channel state information reference signals, CSI-RS, or synchronization signal/physical broadcast channel, SS/PBCH, blocks; and receiving at least one measurement report comprising measurement results when and as specified by the at least one reporting configuration, wherein the receiving comprises receiving measurement report that is based on SS/PBCH block measurements only if the measurement report contains a measurement result for a relevant SS/PBCH block that is either not associated with a configured CSI-RS resource or associated with CSI-RS resources that are not sufficiently detected, and wherein a CSI-RS resource is sufficiently detected if its measurement is above a certain threshold provided in the at least one reporting configuration.
Device for transporting folding box blanks comprising two parallel conveyor belts, two parallel pressure belts, at least two pairs of fixed deflection rollers for the pressure belts and two sets of second means for adjusting the effective length of the pressure belts, characterised in that the device has two sets of means for adjusting the effective length of the pressure belts, that the first means and the second means in each case comprise two deflection rollers (19, 21), that in each case two of these deflection rollers (19, 21) are arranged on a carriage, that the first means are arranged at the front end of the transport device, and that the second means are arranged at the rear end of the transport device.
A vehicular steering controller comprising: an operating section (10, 46) for operating an actuator (16, 18) for steering-controlling a tire angle; a calculating section for calculating a target operation amount of the actuator based on a target path of a vehicle; a consistency-determining section, wherein, when a steering angle of a steering wheel is greater than or equal to a predetermined angle, the consistency-determining section determines whether consistency between first steering of the vehicle corresponding to an input operation performed on the steering wheel and second steering based on the target path is greater than or equal to a predetermined value; and a contribution ratio-increasing section, wherein, when the operating section operates the actuator based on the input operation performed on the steering wheel, the contribution ratio-increasing section increases a contribution ratio in which the target operation amount contributes to an actual operation amount of the actuator by the operating section, provided that the consistency-determining section determines that the consistency is greater than or equal to the predetermined value. wherein the consistency-determining section is configured to determine that the consistency is greater than or equal to the predetermined value, provided that a period is longer than or equal to a predetermined time period, during which period a deviation degree between an operation amount corresponding to an input operation performed on the steering wheel and the target operation amount is less than or equal to a predetermined value. an operating section (10, 46) for operating an actuator (16, 18) for steering-controlling a tire angle; a calculating section for calculating a target operation amount of the actuator based on a target path of a vehicle; a consistency-determining section, wherein, when a steering angle of a steering wheel is greater than or equal to a predetermined angle, the consistency-determining section determines whether consistency between first steering of the vehicle corresponding to an input operation performed on the steering wheel and second steering based on the target path is greater than or equal to a predetermined value; and a contribution ratio-increasing section, wherein, when the operating section operates the actuator based on the input operation performed on the steering wheel, the contribution ratio-increasing section increases a contribution ratio in which the target operation amount contributes to an actual operation amount of the actuator by the operating section, provided that the consistency-determining section determines that the consistency is greater than or equal to the predetermined value. wherein the consistency-determining section is configured to determine that the consistency is greater than or equal to the predetermined value, provided that a period is longer than or equal to a predetermined time period, during which period a deviation degree between an operation amount corresponding to an input operation performed on the steering wheel and the target operation amount is less than or equal to a predetermined value.
A method of manufacturing a breathable waterproof glove, the method comprising: providing an inner glove layer in a stretched configuration over an oversized glove former; while the inner glove layer is in the stretched configuration adhering the inner glove layer to an inner surface of an intermediate glove layer resistant to penetration by liquid water but permeable to water vapour at a plurality of discrete securement locations to form an intermediate glove part in a stretched configuration, the intermediate glove layer defining a first plurality of finger portions; providing an outer glove part defining a second plurality of finger portions; and attaching the first plurality of finger portions to the second plurality of finger portions formed on the outer glove part such that each one of the finger portions of the first plurality is registered with a corresponding one of the finger portions of the second plurality; characterised in that the first plurality of finger portions are attached to the second plurality of finger portions using interconnecting securement tabs, each securement tab being connected to its respective one of the first plurality of fingers at first and second mutually spaced locations (49A, 49B) to form a loop, wherein each securement tab is connected at a central part of the loop to its respective one of the second plurality of finger portions. providing an inner glove layer in a stretched configuration over an oversized glove former; while the inner glove layer is in the stretched configuration adhering the inner glove layer to an inner surface of an intermediate glove layer resistant to penetration by liquid water but permeable to water vapour at a plurality of discrete securement locations to form an intermediate glove part in a stretched configuration, the intermediate glove layer defining a first plurality of finger portions; providing an outer glove part defining a second plurality of finger portions; and attaching the first plurality of finger portions to the second plurality of finger portions formed on the outer glove part such that each one of the finger portions of the first plurality is registered with a corresponding one of the finger portions of the second plurality; characterised in that the first plurality of finger portions are attached to the second plurality of finger portions using interconnecting securement tabs, each securement tab being connected to its respective one of the first plurality of fingers at first and second mutually spaced locations (49A, 49B) to form a loop, wherein each securement tab is connected at a central part of the loop to its respective one of the second plurality of finger portions.
Waste disposal plant comprising a combustion chamber inside which waste laid on a combustion grate can be burnt, which permits the entrance of an adequate quantity of combustion air in the chamber through it, said combustion grate comprising at least a handling group formed by a plurality of fire bars or plates, which move alternatively on with respect to the other by advancing the waste on said grate and divided in movable fire bars and fixed fire bars, alternately disposed one with respect to the other, on transversal rows resting one upon the other according to a longitudinal placement with alternate steps, such fixed fire bars being bound to a fixed frame, such movable fire bars being bound to a movable frame and moving through handling means with respect to the fixed one, wherein, such handling group comprises a guide assembly of the movement of the movable frame, such movable frame including a front beam, a rear beam for supporting the movable fire bars on which respective tracks (116, 117) are fastened, which slide during the movement of the movable frame, on wheels of the underlying assembly, characterized in that at the lower end of the tracks vertical carrying guides are fastened, and in that pushing wheels assemblies associated to an actuating shaft engage in the vertical guides and, by alternatively sliding in the guide due to the rotation of such shaft, generate the back and forth movement of the movable frame; such vertical carrying guides being fastened to the lower surface of the rear fire bar-carrying beam.
A method for use in a wireless transmit/receive unit, WTRU, the method comprising: receiving a beacon request that comprises a scan mode field, a measurement duration field, a Basic Service Set Identifier, BSSID, field, a channel number field and an extension field comprising a reporting condition element representing a condition for transmitting a beacon report, and a Threshold/offset field; and transmitting the beacon report in response to satisfaction of the condition based on a value in the Threshold/offset field, when the reporting condition element has a non-zero value. receiving a beacon request that comprises a scan mode field, a measurement duration field, a Basic Service Set Identifier, BSSID, field, a channel number field and an extension field comprising a reporting condition element representing a condition for transmitting a beacon report, and a Threshold/offset field; and transmitting the beacon report in response to satisfaction of the condition based on a value in the Threshold/offset field, when the reporting condition element has a non-zero value.
A method for producing a potted tree with a taproot system, comprising the steps of: i) Providing a tree with a taproot system; ii) Optionally, washing the taproot system; iii) Optionally, trimming the taproot system for it to fit into a predefined pot size; iv) Drilling or punching at least two channels into the taproot; v) Positioning one or more elongate members into each channel such that at least one of their end portions are positioned outside of the channel and extend away from the taproot; vi) Mounting the part of the taproot comprising the elongate members into a preselected pot; and vii) Filling the pot with a filler material. i) Providing a tree with a taproot system; ii) Optionally, washing the taproot system; iii) Optionally, trimming the taproot system for it to fit into a predefined pot size; iv) Drilling or punching at least two channels into the taproot; v) Positioning one or more elongate members into each channel such that at least one of their end portions are positioned outside of the channel and extend away from the taproot; vi) Mounting the part of the taproot comprising the elongate members into a preselected pot; and vii) Filling the pot with a filler material.
A process for the sequential processing of opaque and transparent biological fluids such as whole blood, apheresis blood, bone marrow blood, umbilical cord blood, buffy coat or cultured cells by processing steps selected from washing, incubation, transduction, separation, density gradient separation, dilution and volume adjustment in a hollow cylindrical centrifugal processing chamber for processing or mixing the biological fluids and/or mixing of the biological fluids with reagents and/or diluents, wherein the centrifugal processing chamber contains within its generally cylindrical wall an axially movable member such as a piston which is axially movable to vary the volume of a separation space within the processing chamber to intake or to output biological fluids into or from the separation space, wherein the processing chamber is part of a disposable set containing the biological fluids and reagents and/or diluents, the disposable set constituting an enclosed sterile environment, characterized in that, using a single processing chamber as part of a single disposable set, at least three different procedures selected from washing (including pre-washing and post-washing as separate procedures), incubation, transduction, separation, density gradient separation, dilution and volume adjustment are carried out; each said procedure being carried out once or repeated a number of times according to a given processing profile in the processing chamber of the single disposable set; each said procedure involving an input into the processing chamber produced by axially moving the movable member, an operation in the processing chamber and an output from the processing chamber produced by axially moving the movable member; the at least three different procedures being sequentially chained one after the other in the processing chamber to constitute a chained sequence of the different procedures as an overall sequential operation in the processing chamber and its single disposable set, all of the biological fluids, reagents and/or diluents necessary for carrying out all of said at least three different procedures being contained in the enclosed sterile environment of the single disposable set used for the overall sequential operation.
An expanded molded article comprising a fused body of expanded particles consisting of a non-crosslinked olefin-based elastomer and not including a mineral oil, the expanded molded article having a density of 0.015 to 0.5 g/cm 3 and a compression set of 25% or less; wherein said non-crosslinked olefin-based elastomer is an elastomer in which an absorption ratio (A2920 cm -1 /A1376 cm -1) of a maximum peak in a range of 2920 ± 20 cm -1 (A2920 cm -1) and a maximum peak in a range of 1376 ± 20 cm -1 (A1376 cm -1), obtained in FT-IR measurement, is in a range of 1.20 to 10; wherein the compression set was measured in accordance with the section "Compression Set" of the specification; and wherein the absorption ratio was measured in accordance with the section "Absorbance Ratio" of the specification.
Circuitry for adjusting a duty cycle of an RF carrier input signal to a power amplifier, the circuitry comprising: a time-to-digital converter comprising a digital delay line and a time-to-digital converter logic block, the digital delay line for receiving the input signal and comprising a plurality of digital delay elements connected in series, wherein the time-to-digital converter is configured to measure the period of the input signal expressed as a number of the digital delay elements; circuitry (625, 628) for selecting a number of delay elements of the digital delay line required to generate an output signal with a desired duty cycle, and for generating the output signal by combining the input signal with a delayed input signal via a logical AND operation, wherein the delayed input signal is generated by the selected number of delay elements; and a processor having a control register for enabling a HIGH-power mode or a LOW-power mode of the circuitry, wherein the control register is configured to select the HIGH-power mode if the desired duty cycle has a value between 25% and 50% and the LOW-power mode if the desired duty cycle has a value between 5% and 25%. a time-to-digital converter comprising a digital delay line and a time-to-digital converter logic block, the digital delay line for receiving the input signal and comprising a plurality of digital delay elements connected in series, wherein the time-to-digital converter is configured to measure the period of the input signal expressed as a number of the digital delay elements; circuitry (625, 628) for selecting a number of delay elements of the digital delay line required to generate an output signal with a desired duty cycle, and for generating the output signal by combining the input signal with a delayed input signal via a logical AND operation, wherein the delayed input signal is generated by the selected number of delay elements; and a processor having a control register for enabling a HIGH-power mode or a LOW-power mode of the circuitry, wherein the control register is configured to select the HIGH-power mode if the desired duty cycle has a value between 25% and 50% and the LOW-power mode if the desired duty cycle has a value between 5% and 25%.
Method for evaluating the main biohydrogenation pathways of lipids in the rumen of lambs, comprising the following steps: a) Collection of lamb faeces; b) Drying the lamb faeces; c) Preparation and extraction of the fatty acid methyl ester from the dried lamb faeces; d) Analysis of fatty acid methyl esters by gas-chromatography with flame ionization detection equipped with a highly polar capillary column of cyanopropylsiloxane as stationary phase; e) Identification of cis and trans octadecenoic isomers (18:1); f) application of linear regression equation Y=aX+b to the 18:1 trans-10, 18:1 trans-11 proportions and the ratio 18:1 trans-10/ 18:1 trans-11 fatty acids of faeces as marker of 18:1 trans-10, 18:1 trans-11 proportions and the ratio of 18:1 trans-10/ 18:1 trans-11 fatty acids in rumen contents, wherein a predominance of the octadecenoic biohydrogenation isomers 18:1 trans -10 indicates a shift in rumen from normal 18:1 trans -11 biohydrogenation pathway to trans-10 shifted pathway. a) Collection of lamb faeces; b) Drying the lamb faeces; c) Preparation and extraction of the fatty acid methyl ester from the dried lamb faeces; d) Analysis of fatty acid methyl esters by gas-chromatography with flame ionization detection equipped with a highly polar capillary column of cyanopropylsiloxane as stationary phase; e) Identification of cis and trans octadecenoic isomers (18:1); f) application of linear regression equation Y=aX+b to the 18:1 trans-10, 18:1 trans-11 proportions and the ratio 18:1 trans-10/ 18:1 trans-11 fatty acids of faeces as marker of 18:1 trans-10, 18:1 trans-11 proportions and the ratio of 18:1 trans-10/ 18:1 trans-11 fatty acids in rumen contents, wherein a predominance of the octadecenoic biohydrogenation isomers 18:1 trans -10 indicates a shift in rumen from normal 18:1 trans -11 biohydrogenation pathway to trans-10 shifted pathway.