mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: detecting a new search event for a user device operating in a mobile communications system supporting a plurality of channel bandwidths; identifying a frequency band in which to perform a search for a cell or a network at a present location of the user device; characterised by: searching a local data store of the user device for data indicating one or more of the plurality of channel bandwidths for the search at the present location of the user; when the local data store includes the data indicating one or more of the plurality of channel bandwidths, performing the search using the indicated channel bandwidths; and when the local data store does not include the data indicating one or more of the plurality of channel bandwidths, performing the search using different channel bandwidths of the plurality of channel bandwidths until finding a cell, and storing data indicating a channel bandwidth corresponding to the found cell in the local data store. detecting a new search event for a user device operating in a mobile communications system supporting a plurality of channel bandwidths; identifying a frequency band in which to perform a search for a cell or a network at a present location of the user device; characterised by: searching a local data store of the user device for data indicating one or more of the plurality of channel bandwidths for the search at the present location of the user; when the local data store includes the data indicating one or more of the plurality of channel bandwidths, performing the search using the indicated channel bandwidths; and when the local data store does not include the data indicating one or more of the plurality of channel bandwidths, performing the search using different channel bandwidths of the plurality of channel bandwidths until finding a cell, and storing data indicating a channel bandwidth corresponding to the found cell in the local data store. searching a local data store of the user device for data indicating one or more of the plurality of channel bandwidths for the search at the present location of the user; when the local data store includes the data indicating one or more of the plurality of channel bandwidths, performing the search using the indicated channel bandwidths; and when the local data store does not include the data indicating one or more of the plurality of channel bandwidths, performing the search using different channel bandwidths of the plurality of channel bandwidths until finding a cell, and storing data indicating a channel bandwidth corresponding to the found cell in the local data store.
A module for use in a modular electrical connector, the module comprising: a substrate with a first surface and an oppositely facing second surface; a plurality of signal pathways provided on the first surface; a plurality of first ground pathways provided on the first surface, each of the plurality of first ground pathways positioned adjacent at least one of the plurality of signal pathways; a plurality of second ground pathways provided on the second surface, the plurality of second ground pathways are positioned in line with the plurality of the signal pathways; vias extend from the first plurality of ground pathways through the module to the second plurality of ground pathways, thereby placing the first plurality of ground pathways in electrical engagement with the second plurality of ground pathways; wherein the first plurality of ground pathways, the vias and the second plurality of ground pathways extend along multiple pairs of the plurality of signal pathways and form cavities around the multiple pairs of the plurality of signal pathways to provide electrical shielding for the multiple pairs of the plurality of signal pathways, wherein the plurality of signal pathways have mating signal contacts, signal traces and mounting signal contacts, characterised in that the mating signal contacts have first mating contact receiving sections including resilient arms, and first securing sections configured to be mounted to the signal pathways on the first surface of the substrate. a substrate with a first surface and an oppositely facing second surface; a plurality of signal pathways provided on the first surface; a plurality of first ground pathways provided on the first surface, each of the plurality of first ground pathways positioned adjacent at least one of the plurality of signal pathways; a plurality of second ground pathways provided on the second surface, the plurality of second ground pathways are positioned in line with the plurality of the signal pathways; vias extend from the first plurality of ground pathways through the module to the second plurality of ground pathways, thereby placing the first plurality of ground pathways in electrical engagement with the second plurality of ground pathways; wherein the first plurality of ground pathways, the vias and the second plurality of ground pathways extend along multiple pairs of the plurality of signal pathways and form cavities around the multiple pairs of the plurality of signal pathways to provide electrical shielding for the multiple pairs of the plurality of signal pathways, wherein the plurality of signal pathways have mating signal contacts, signal traces and mounting signal contacts, characterised in that the mating signal contacts have first mating contact receiving sections including resilient arms, and first securing sections configured to be mounted to the signal pathways on the first surface of the substrate.
Tank for storing cryogenic fluid, and in particular a two-phase mixture of liquid and of gas, comprising a first casing intended to contain the cryogenic fluid, at least one drawing-off pipe (5, 7) having an upstream end connected to the first casing and being configured to allow fluid contained in the first casing to be drawn-off toward the outside of the tank, a circuit (9, 10) for filling the tank, the tank comprising a set of one or more sensor (s) measuring the pressure in the first casing, the tank comprising a pipe for pressurizing the first casing and comprising a first end connected to the lower end of the first casing and a second end connected to the upper part of the first casing, the pressurization pipe comprising at least one regulating valve (14, 20) and a heater, in particular a vaporization heat exchanger, the regulating valve (14, 20) of the pressurization pipe being configured to automatically maintain the pressure in the first casing at a minimum determined pressure value by ensuring, when the pressure in the first casing is lower than said minimum value, that the liquid taken from the first casing is circulated in the heater and that this heated fluid is re-introduced into the first casing, characterized in that the tank comprises an air venting regulator connected to the upper end of the first casing, and in that the tank comprises a vaporized gas drawing-off pipe comprising a first upstream end connected to the upper part of the first casing for drawing-off fluid in the gaseous state, said vaporized gas drawing-off pipe comprising a vaporizer and at least one regulating valve (15, 20) toward a downstream distribution end, and in that at least two from among: the regulating valve (14, 20) of the pressurization pipe, the air venting regulator (16, 20), the regulating valve (15, 20) of the vaporized gas drawing-off pipe, are made up of the same automated regulating valve comprising a plurality of inlets and outlets respectively connected to the first end of the pressurization pipe for pressurizing the first casing, to the first upstream end of the drawing-off pipe, to the downstream distribution end of the vaporized gas drawing-off pipe, and to the atmosphere.
A method of measuring a NMR response of a sample in a time-domain NMR instrument, the method comprising: conductively heating a dry sample substantially free from free water, that contains fats or oils or combinations of fats and oils, at a heater temperature that is higher than the temperature of the magnet of the time domain NMR instrument, said temperature of the magnet being high enough to melt fat, but not so high as to burn the sample; the heating of the sample being performed within a heating period which is short enough to avoid cooking the sample; thereafter, positioning the heated sample in the time-domain NMR instrument having an interior temperature substantially equal to the magnet temperature for a magnet period which is long enough for the heated sample's temperature to become approximately equal to the NMR instrument's interior temperature; and thereafter, measuring the time-domain NMR response of the heated sample using the time domain NMR instrument; wherein the heating period and the magnet period are selected such that approximately the same NMR response is achieved as if the sample had been placed in the NMR instrument without prior heating, but with a reduced time-to-measurement. conductively heating a dry sample substantially free from free water, that contains fats or oils or combinations of fats and oils, at a heater temperature that is higher than the temperature of the magnet of the time domain NMR instrument, said temperature of the magnet being high enough to melt fat, but not so high as to burn the sample; the heating of the sample being performed within a heating period which is short enough to avoid cooking the sample; thereafter, positioning the heated sample in the time-domain NMR instrument having an interior temperature substantially equal to the magnet temperature for a magnet period which is long enough for the heated sample's temperature to become approximately equal to the NMR instrument's interior temperature; and thereafter, measuring the time-domain NMR response of the heated sample using the time domain NMR instrument; wherein the heating period and the magnet period are selected such that approximately the same NMR response is achieved as if the sample had been placed in the NMR instrument without prior heating, but with a reduced time-to-measurement.
A friction engagement device for a work vehicle, the friction engagement device comprising: a rotating shaft; a plurality of first friction plates that rotate with the rotating shaft; a plurality of second friction plates arranged to face the first friction plates; an oil chamber to which hydraulic fluid is supplied; a piston movably provided between an engagement position and a release position, the piston engaging the first friction plates and the second friction plates at the engagement position, the piston releasing the first friction plates and the second friction plates at the release position, the piston being pressed towards the engagement position by hydraulic pressure of the oil chamber; a first return spring that contacts the piston from the engagement position to a standby position between the release position and the engagement position and urges the piston toward the release position; a second return spring that contacts the piston from the engagement position to the release position and urges the piston toward the release position; wherein a center axis of the first return spring is arranged to coincide with a center axis of the rotating shaft, and a center axis of the second return spring is arranged to coincide with the center axis of the rotating shaft; a spacer arranged between the piston and the first return spring; and a restriction member restricting a movement of the spacer toward the release position; and wherein the spacer is separated from the piston when the piston is located at the release position. a rotating shaft; a plurality of first friction plates that rotate with the rotating shaft; a plurality of second friction plates arranged to face the first friction plates; an oil chamber to which hydraulic fluid is supplied; a piston movably provided between an engagement position and a release position, the piston engaging the first friction plates and the second friction plates at the engagement position, the piston releasing the first friction plates and the second friction plates at the release position, the piston being pressed towards the engagement position by hydraulic pressure of the oil chamber; a first return spring that contacts the piston from the engagement position to a standby position between the release position and the engagement position and urges the piston toward the release position; a second return spring that contacts the piston from the engagement position to the release position and urges the piston toward the release position; wherein a center axis of the first return spring is arranged to coincide with a center axis of the rotating shaft, and a center axis of the second return spring is arranged to coincide with the center axis of the rotating shaft; a spacer arranged between the piston and the first return spring; and a restriction member restricting a movement of the spacer toward the release position; and wherein the spacer is separated from the piston when the piston is located at the release position.
A system having a three phase superconductive electrical transmission element, in which three superconductive electrical phase conductors which are insulated relative to each other are arranged concentrically to each other and which is mounted within a thermally insulated, tubular cryostat which has a free space for conducting a cooling medium therethrough, characterized in - that the transmission element comprises three identically constructed cables (K1, K2, K3), wherein each of the cables has three superconductive electrical phase conductors (L1,L2,L3) arranged insulated relative to each other and concentrically to each other, and - that the phase conductors (L1,L2,L3) of the three cables (K1,K2,K3) are switched electrically in parallel in such a way that the inner phase conductor of a first cable is connected to the middle phase conductor of a second cable and further on to the outer phase conductor of a third cable, wherein the three cables (K1,K2,K3) for the through-connection of their phase conductors, are first cable as well as second cable as well as third cable. - that the transmission element comprises three identically constructed cables (K1, K2, K3), wherein each of the cables has three superconductive electrical phase conductors (L1,L2,L3) arranged insulated relative to each other and concentrically to each other, and - that the phase conductors (L1,L2,L3) of the three cables (K1,K2,K3) are switched electrically in parallel in such a way that the inner phase conductor of a first cable is connected to the middle phase conductor of a second cable and further on to the outer phase conductor of a third cable, wherein the three cables (K1,K2,K3) for the through-connection of their phase conductors, are first cable as well as second cable as well as third cable.
A conveyor belt flaking system comprising: - a plurality of conveyor belt segments, each of the segments having opposing splice-able distal ends; - a cable winch positioned proximate to a first end of the conveyor belt flaking system and at least one of the plurality of conveyor belt segments positioned proximate an opposing second end of the flaking system; - a plurality of support pipes for supporting the conveyor belt segments when laid in a flake run of the conveyor belt flaking system; characterized in that the system further comprises: - at least one hold-back drum (110, 502) insertable into one of the plurality of support pipes; - a plurality of belt support A-frames for securing a cable from the cable winch and supporting one of the plurality of conveyor belt segments when introduced onto the flake run; and, - a two directional flaking roller attachable to the cable from the cable winch. - a plurality of conveyor belt segments, each of the segments having opposing splice-able distal ends; - a cable winch positioned proximate to a first end of the conveyor belt flaking system and at least one of the plurality of conveyor belt segments positioned proximate an opposing second end of the flaking system; - a plurality of support pipes for supporting the conveyor belt segments when laid in a flake run of the conveyor belt flaking system; - at least one hold-back drum (110, 502) insertable into one of the plurality of support pipes; - a plurality of belt support A-frames for securing a cable from the cable winch and supporting one of the plurality of conveyor belt segments when introduced onto the flake run; and, - a two directional flaking roller attachable to the cable from the cable winch.
A support frame for lateral fastening of attached parts to a side member of a commercial vehicle chassis, with a mounting frame which has a plurality of mounting-frame holding elements which are spaced apart from one another in the direction of extent of the side member, are connected indirectly or directly to the side member and between which a mounting-frame supporting region projecting laterally away from the side member and intended for at least one supporting-region attached part is formed, wherein at least one planar mounting wall running substantially in the transverse direction of the vehicle is arranged on the mounting frame, said mounting wall having at least one mounting preparation means for the attachment of at least one additional attached part (20, 21, 22, 23) forming a mounting-wall attached part, characterized in that a control device and/or a reservoir of a tyre-pressure-filling or -regulating system and/or an additional fuel pump and/or a driver's cab tilting pump is held on the mounting wall as a mounting-wall attached part.
Method for adjusting a radial gap between two tools (16, 17) for transforming a planar support, in an arrangement for transforming the support, comprising: - first and second rotating cylindrical transformation tools (16, 17), each provided with two tapered side bearing rings (21, 22, 23, 24), and arranged and cooperating together to transform the support, - first and second side bearings (26, 27), holding the first tool for rotation (Rs), - third and fourth side bearings (29, 31), holding the second tool for rotation (Ri), - clamping elements (34, 37) for clamping together the first and third bearings (26, 29), and the second and fourth bearings (27, 31), comprising the steps consisting of: - loosening the clamping elements (34, 37), - pushing the first bearing away from the third bearing, and the second bearing away from the fourth bearing, according to a predetermined distance (e), - modifying a lateral position of at least one of the rings (21, 22), - bringing the first bearing towards the third bearing, and the second bearing towards the fourth bearing, and - retightening the clamping elements (34, 37). - first and second rotating cylindrical transformation tools (16, 17), each provided with two tapered side bearing rings (21, 22, 23, 24), and arranged and cooperating together to transform the support, - first and second side bearings (26, 27), holding the first tool for rotation (Rs), - third and fourth side bearings (29, 31), holding the second tool for rotation (Ri), - clamping elements (34, 37) for clamping together the first and third bearings (26, 29), and the second and fourth bearings (27, 31), - loosening the clamping elements (34, 37), - pushing the first bearing away from the third bearing, and the second bearing away from the fourth bearing, according to a predetermined distance (e), - modifying a lateral position of at least one of the rings (21, 22), - bringing the first bearing towards the third bearing, and the second bearing towards the fourth bearing, and - retightening the clamping elements (34, 37).
An information processing device (100, 200) comprising: a storage unit (110, 210) which stores a first folder (Folder#0001) and a second folder (Folder#0002) under the first folder in a hierarchical structure, the first folder containing the second folder and at least one first file (JobMacro#0001, #0002), the second folder containing at least one second file (JobMacro#0003, #0005, #0007); an instruction unit (142, 242) which receives an execution instruction of first processing to be performed on the first folder, based on user's operation; a display unit (141, 241) which displays, in response to the execution instruction received by the instruction unit (142, 242), a list of the at least one first file contained in the first folder and the at least one second file contained in the second folder under the first folder, the hierarchical structure and information (B20Ad, B20Bd) to inquire confirmation for executing the first processing; a receiving unit (142, 242) which receives the confirmation, based on user's operation, after the list is displayed on the display unit (141, 241); and an execution unit (121, 221) which executes the first processing on the first folder when the receiving unit (142, 242) receives the confirmation. a storage unit (110, 210) which stores a first folder (Folder#0001) and a second folder (Folder#0002) under the first folder in a hierarchical structure, the first folder containing the second folder and at least one first file (JobMacro#0001, #0002), the second folder containing at least one second file (JobMacro#0003, #0005, #0007); an instruction unit (142, 242) which receives an execution instruction of first processing to be performed on the first folder, based on user's operation; a display unit (141, 241) which displays, in response to the execution instruction received by the instruction unit (142, 242), a list of the at least one first file contained in the first folder and the at least one second file contained in the second folder under the first folder, the hierarchical structure and information (B20Ad, B20Bd) to inquire confirmation for executing the first processing; a receiving unit (142, 242) which receives the confirmation, based on user's operation, after the list is displayed on the display unit (141, 241); and an execution unit (121, 221) which executes the first processing on the first folder when the receiving unit (142, 242) receives the confirmation.
Lift installation comprising - a sensor by which vibrations generated during operation of the lift installation are detectable and - an evaluating circuit, which is connected with the sensor and by which the vibrations detected by the sensor can be evaluated, wherein the detected vibrations can be compared by means of the evaluating circuit with a predeterminable operating value and a predeterminable threshold value, characterised in that a quality characteristic can be calculated by means of the evaluating circuit from the comparison of the vibrations with the operating value and the vibrations with the threshold value, and that the quality characteristic is calculated from a ratio between the time period in which the threshold value is reached or exceeded and the time period in which the operating value is reached or exceeded. - a sensor by which vibrations generated during operation of the lift installation are detectable and - an evaluating circuit, which is connected with the sensor and by which the vibrations detected by the sensor can be evaluated,