mhurhangee/ep-ind-claims huggingface dataset:
A method for providing encrypted signal information about a plurality of encrypted signals transmitted by a plurality of satellites (110, 120, 130) in a satellite navigation system, the method comprising: obtaining a sequence of chips (112, 122, 132) of each one of the encrypted signals as transmitted, each one of the encrypted signals being transmitted by a different satellite in the satellite navigation system; extracting a signal sample from each one of the obtained sequences of chips, each of the extracted signal samples including a part of the respective sequence having a length less than a total length of the sequence, and each signal sample comprising either a single part of the respective sequence of chips or a plurality of sub-samples each including a separate part of the respective sequence of chips such that the sequence of chips is discontinuous between consecutive ones of the plurality of sub-samples; summing the plurality of signal samples extracted from the obtained sequences of chips into a summed signal sample, wherein, when the sample comprises a plurality of sub-samples, respective sub-samples of each satellite with the same order with respect to the sequence of chips are summed, wherein the summed signal sample results from the respective ordered concatenation of the respective sums of the sub-samples; and transmitting, to a receiver for use in the satellite navigation system, the summed signal sample and information about when the chips included in the summed signal sample were transmitted by the plurality of satellites, as the encrypted signal information. obtaining a sequence of chips (112, 122, 132) of each one of the encrypted signals as transmitted, each one of the encrypted signals being transmitted by a different satellite in the satellite navigation system; extracting a signal sample from each one of the obtained sequences of chips, each of the extracted signal samples including a part of the respective sequence having a length less than a total length of the sequence, and each signal sample comprising either a single part of the respective sequence of chips or a plurality of sub-samples each including a separate part of the respective sequence of chips such that the sequence of chips is discontinuous between consecutive ones of the plurality of sub-samples; summing the plurality of signal samples extracted from the obtained sequences of chips into a summed signal sample, wherein, when the sample comprises a plurality of sub-samples, respective sub-samples of each satellite with the same order with respect to the sequence of chips are summed, wherein the summed signal sample results from the respective ordered concatenation of the respective sums of the sub-samples; and transmitting, to a receiver for use in the satellite navigation system, the summed signal sample and information about when the chips included in the summed signal sample were transmitted by the plurality of satellites, as the encrypted signal information.
Liquid-cooled intercooler for changing the temperature of fresh gas of an internal combustion engine, having one or more fresh gas layers and one or more water layers, the fresh gas layers and the water layers extending in a flat manner and being received by a housing of the intercooler, characterized in that a fuel cooler for changing the temperature of fuel which is to be fed to the internal combustion engine is arranged on a wall section of the housing of the intercooler, which wall section points towards the outside, the fuel cooler having one or more fuel layers which extend in a flat manner and are oriented substantially parallel to the water layers of the intercooler, and the one or more fuel layers being arranged between a housing plate of the fuel cooler and the wall section of the housing of the intercooler.
Motor vehicle front floor comprising a main panel made from composite material having a top face and a bottom face, the panel comprising a front edge intended to be positioned towards the front of the vehicle and a central tunnel, characterised in that the main panel comprises on each side of the central tunnel at least: - one recess extending from the front edge of the main panel to a transverse wall; - one local reinforcement forming a monobloc piece with the main panel intended to increase the stiffness of the main panel and made from a composite material encasing a foam core, the recess having a decreasing depth from the front edge towards the rear of the floor, said depth becoming zero at the intersection between the recess and the transverse wall. - one recess extending from the front edge of the main panel to a transverse wall; - one local reinforcement forming a monobloc piece with the main panel intended to increase the stiffness of the main panel and made from a composite material encasing a foam core, the recess having a decreasing depth from the front edge towards the rear of the floor, said depth becoming zero at the intersection between the recess and the transverse wall.
A module for producing an MRI and/or MRS reference signal, characterized in that the module comprises: - a first receiving input for receiving of an MRI and/or MRS synchronization signal, - supply means for supplying of a prescribed signal representing an MRI and/or MRS virtual object, - generating means for generating of the MRI and/or MRS reference signal by use of the MRI and/or MRS synchronization signal with the MRI and/or MRS virtual object prescribed signal, - a supply output for supplying of the MRI and/or MRS reference signal, characterized in that the module comprises a second receiving input for receiving of a time signal of external stimulation, the generating means for generating of the MRI and/or MRS reference signal is configured to use the time signal of external stimulation for temporally varying the MRI and/or MRS reference signal in the same way as a determined time characteristic of the time signal of external stimulation and in synchronization with the MRI and/or MRS synchronization signal. - a first receiving input for receiving of an MRI and/or MRS synchronization signal, - supply means for supplying of a prescribed signal representing an MRI and/or MRS virtual object, - generating means for generating of the MRI and/or MRS reference signal by use of the MRI and/or MRS synchronization signal with the MRI and/or MRS virtual object prescribed signal, - a supply output for supplying of the MRI and/or MRS reference signal, the module comprises a second receiving input for receiving of a time signal of external stimulation, the generating means for generating of the MRI and/or MRS reference signal is configured to use the time signal of external stimulation for temporally varying the MRI and/or MRS reference signal in the same way as a determined time characteristic of the time signal of external stimulation and in synchronization with the MRI and/or MRS synchronization signal.
Electrical connection arrangement for a motor, comprising a first end-side electrical connector with electrical connections, wherein the connections of the connector are integrally connected with each other by means of a connecting bar, a second end-side electrical connector with electrical contacts, which has a plug contour surrounding the contacts, and a rigid power rail integrally formed with the connectors and the contacts, which connects the two connectors (10, 20), wherein the power rail and at least portions of the connectors (10, 20) are surrounded by a common insulating material and are formed isolated from each other, characterized in that the connections are each formed as a U-shaped connection region with an end-sided, upward-facing contact portion designed to achieve a tolerance compensation, such that tolerances and also movements can be balanced both in and across the extension direction of the electrical connection arrangement.
The use of a mounting device to connect two support beams (20, 30, 40) of a carton flow bed rack (1; 2), wherein the mounting device comprises: - a plug pluggable into an end of a first support beam of the two support beams; - an engaging element arranged at the plug, wherein the engaging element is provided to engage a second support beam (30; 40) of the two support beams; characterized in that, - the mounting device further comprises a key, provided as a wedge, for fixing the plug in the first support beam, and in that the plug comprises at least two sets of receiving openings (114L, 114U, 115L, 115U) into which the key is insertable for establishing two different plug-positions in which the plug is fixed to the first support beam. - a plug pluggable into an end of a first support beam of the two support beams; - an engaging element arranged at the plug, wherein the engaging element is provided to engage a second support beam (30; 40) of the two support beams; characterized in that, - the mounting device further comprises a key, provided as a wedge, for fixing the plug in the first support beam, and in that the plug comprises at least two sets of receiving openings (114L, 114U, 115L, 115U) into which the key is insertable for establishing two different plug-positions in which the plug is fixed to the first support beam. - the mounting device further comprises a key, provided as a wedge, for fixing the plug in the first support beam, and in that the plug comprises at least two sets of receiving openings (114L, 114U, 115L, 115U) into which the key is insertable for establishing two different plug-positions in which the plug is fixed to the first support beam.
A plug-in gauge for connection to an electrical line system of a motor vehicle, with a gauge pair with - a plug unit electrically contactable with a measurement device with a plug contact and - a socket unit electrically contactable with a measurement device with a socket housing, characterized in that - a cross-section of an opening in the socket housing is designed corresponding with a cross-section of the plug contact, and thus the opening is designed for the as far as possible play-free accommodation of the plug contact. - a plug unit electrically contactable with a measurement device with a plug contact and - a socket unit electrically contactable with a measurement device with a socket housing, - a cross-section of an opening in the socket housing is designed corresponding with a cross-section of the plug contact, and thus the opening is designed for the as far as possible play-free accommodation of the plug contact.
A nickel-free green pigment comprising a solid solution of first and second mixed metal oxides, a. the first mixed metal oxide comprising i. at least one element A selected from the group consisting of lithium and sodium, ii. at least one element B selected from the group consisting of cobalt, zinc, calcium, magnesium, and copper, iii. at least one element D selected from the group consisting of titanium, manganese, tin and germanium, and b. the second mixed metal oxide comprising i. at least one element A selected from the group consisting of lithium and sodium, ii. at least one element C selected from the group consisting of chromium, boron, iron, manganese and aluminum and, iii. at least one element D selected from the group consisting of titanium, manganese, tin and germanium, and c. no nickel. a. the first mixed metal oxide comprising i. at least one element A selected from the group consisting of lithium and sodium, ii. at least one element B selected from the group consisting of cobalt, zinc, calcium, magnesium, and copper, iii. at least one element D selected from the group consisting of titanium, manganese, tin and germanium, and i. at least one element A selected from the group consisting of lithium and sodium, ii. at least one element B selected from the group consisting of cobalt, zinc, calcium, magnesium, and copper, iii. at least one element D selected from the group consisting of titanium, manganese, tin and germanium, and b. the second mixed metal oxide comprising i. at least one element A selected from the group consisting of lithium and sodium, ii. at least one element C selected from the group consisting of chromium, boron, iron, manganese and aluminum and, iii. at least one element D selected from the group consisting of titanium, manganese, tin and germanium, and i. at least one element A selected from the group consisting of lithium and sodium, ii. at least one element C selected from the group consisting of chromium, boron, iron, manganese and aluminum and, iii. at least one element D selected from the group consisting of titanium, manganese, tin and germanium, and c. no nickel.
A connection element for connecting a steel construction part to a steel outer part arranged in front of the steel construction part, comprising - a rectangular profile having four wall sections, wherein the rectangular profile has a front wall section which, in the installed state, is arranged adjacent to the upstream steel outer part, a rear wall section which, in the installed state, is arranged adjacent to the steel construction part and runs substantially parallel to the front wall section, and two lateral wall sections (5, 6) which run substantially parallel to one another and substantially perpendicular to the front and the rear wall sections, wherein the wall sections (3, 4, 5, 6) separate a rectangular profile inner space from a rectangular profile outer space, - at least two compression struts (9, 10) which run substantially perpendicular to the front and the rear wall sections of the rectangular profile and penetrate the front and the rear wall sections (3, 4) of the rectangular profile, wherein, at least in the region of the rectangular profile outer space adjacent to the rectangular profile, the compression struts (9, 10) are provided in each case with two external thread sections (11a, 12a, 11b, 12b), - at least four threaded nuts (13, 14, 15, 16) arranged in the rectangular profile outer space, wherein in each case two threaded nuts (13, 14, 15, 15) are screwed on one compression strut (9, 10), wherein in each case one threaded nut (13, 14) is arranged adjacent to the front wall section and in each case one threaded nut (15, 16) is arranged adjacent to the rear wall section. - a rectangular profile having four wall sections, wherein the rectangular profile has a front wall section which, in the installed state, is arranged adjacent to the upstream steel outer part, a rear wall section which, in the installed state, is arranged adjacent to the steel construction part and runs substantially parallel to the front wall section, and two lateral wall sections (5, 6) which run substantially parallel to one another and substantially perpendicular to the front and the rear wall sections, wherein the wall sections (3, 4, 5, 6) separate a rectangular profile inner space from a rectangular profile outer space, - at least two compression struts (9, 10) which run substantially perpendicular to the front and the rear wall sections of the rectangular profile and penetrate the front and the rear wall sections (3, 4) of the rectangular profile, wherein, at least in the region of the rectangular profile outer space adjacent to the rectangular profile, the compression struts (9, 10) are provided in each case with two external thread sections (11a, 12a, 11b, 12b), - at least four threaded nuts (13, 14, 15, 16) arranged in the rectangular profile outer space, wherein in each case two threaded nuts (13, 14, 15, 15) are screwed on one compression strut (9, 10), wherein in each case one threaded nut (13, 14) is arranged adjacent to the front wall section and in each case one threaded nut (15, 16) is arranged adjacent to the rear wall section.
A cosmetic composition comprising: - at least 12% thickening polymer having hydrophobic and hydrophilic portions; - a non-ionic surfactant; - a neutralising agent; - a non-ionic kosmotrope; - water; and wherein the ratio of thickening polymer having hydrophobic and hydrophilic portions to neutralising agent is from 10:1 to 60:1. - at least 12% thickening polymer having hydrophobic and hydrophilic portions; - a non-ionic surfactant; - a neutralising agent; - a non-ionic kosmotrope; - water;
A die arrangement for pressing, sintering or stamping comprising: • a die body (101, 201) with a cavity (104, 204) extending from an opening at a first end (101A,201A) of said die body (101,201) to an opening at a second end (101B, 201B) of said die body, the die arrangement being characterised in that it comprises • a plurality of levers (111, 211), linear sliding fingers, extendable columns, or spring fingers arranged around the opening at said first end (101A, 201A) of said die body (101, 201), wherein each lever (111, 211), linear sliding finger, extendable column, or spring finger is displaceable between a first position and a second position, wherein, • in said second position, said plurality of levers (111, 211), linear sliding fingers, extendable columns, or spring fingers forms a recess into which a compressed sample may be displaced. • a die body (101, 201) with a cavity (104, 204) extending from an opening at a first end (101A,201A) of said die body (101,201) to an opening at a second end (101B, 201B) of said die body, the die arrangement being characterised in that it comprises • a plurality of levers (111, 211), linear sliding fingers, extendable columns, or spring fingers arranged around the opening at said first end (101A, 201A) of said die body (101, 201), wherein each lever (111, 211), linear sliding finger, extendable column, or spring finger is displaceable between a first position and a second position, wherein, • in said second position, said plurality of levers (111, 211), linear sliding fingers, extendable columns, or spring fingers forms a recess into which a compressed sample may be displaced.
A ferritic stainless steel for components of an automobile exhaust system, the ferritic stainless steel comprising, in terms of percent by mass: C: ≤ 0.015%; Si: 0.01% to 0.50%; Mn: 0.01% to 0.50%; P: ≤ 0.050%; S: ≤ 0.010%; N: ≤ 0.015%; Al: 0.010% to 0.100%; Cr: 16.5% to 22.5%; Ni: 0.5% to 2.0%; and Sn: 0.01% to 0.50%, either one or both of Ti: 0.03% to 0.30% and Nb: 0.03% to 0.30%, and optionally one or more of B: ≤ 0.0050%; Mo: ≤ 0.2%; and Cu: ≤ 0.35%; with a remainder being Fe and inevitable impurities. C: ≤ 0.015%; Si: 0.01% to 0.50%; Mn: 0.01% to 0.50%; P: ≤ 0.050%; S: ≤ 0.010%; N: ≤ 0.015%; Al: 0.010% to 0.100%; Cr: 16.5% to 22.5%; Ni: 0.5% to 2.0%; and Sn: 0.01% to 0.50%, either one or both of Ti: 0.03% to 0.30% and Nb: 0.03% to 0.30%, and optionally one or more of B: ≤ 0.0050%; Mo: ≤ 0.2%; and Cu: ≤ 0.35%; with a remainder being Fe and inevitable impurities.
A self-drilling wall plug for screwing into lightweight building materials, in particular into plaster walls, having a sleeve-shaped plug body surrounded by a cutting thread, a flange on the rear side, at least one cutting tooth (18, 20) like a milling tool in the region of its front end comprising a tip, an inner profile formed along an inner wall by a plurality of longitudinal ribs, into which the thread of a fixing element cuts, and in its flange a recess for engaging a driving tool, comprising a cup for receiving the front end of a fixing element penetrating the wall plug and which is provided in the region of the front end of the latter, characterised in that a rotational axis of the cup is non-coaxial with a rotational axis of the wall plug, wherein the rotational axis of the cup is arranged at an angle (α) to the rotational axis of the wall plug.
A system for characterizing liver perfusion of contrast agent flow on basis of ultrasound data acquired from a liver in the presence of contrast agent flow, comprising: a first source of time-intensity curves of contrast agent flow in a hepatic artery, and in at least one region of interest, i.e. ROI, in liver parenchyma of the liver, the time-intensity curves being produced from the ultrasound data; being characterized by: a time-intensity curve scalar and subtracter, configured to produce, for an ROI of the at least one ROI, time-intensity curve data representative of arterial flow in the ROI by scaling the time-intensity curve of contrast agent flow in the hepatic artery to the time-intensity curve of contrast agent flow in the ROI, and to produce time-intensity curve data representative of venous flow in the ROI by subtracting the time-intensity curve data representative of arterial flow in the ROI from the time-intensity curve of contrast agent flow in the ROI. a first source of time-intensity curves of contrast agent flow in a hepatic artery, and in at least one region of interest, i.e. ROI, in liver parenchyma of the liver, the time-intensity curves being produced from the ultrasound data; being characterized by: a time-intensity curve scalar and subtracter, configured to produce, for an ROI of the at least one ROI, time-intensity curve data representative of arterial flow in the ROI by scaling the time-intensity curve of contrast agent flow in the hepatic artery to the time-intensity curve of contrast agent flow in the ROI, and to produce time-intensity curve data representative of venous flow in the ROI by subtracting the time-intensity curve data representative of arterial flow in the ROI from the time-intensity curve of contrast agent flow in the ROI.
A straddled electric vehicle, the electric vehicle comprising: a front wheel; a rear wheel; a high voltage battery; a low voltage battery configured to output power at a voltage lower than the high voltage battery; an electric motor configured to receive power from the high voltage battery to drive at least one of the front wheel and the rear wheel; a battery case configured to accommodate the high voltage battery; a motor case accommodating the electric motor and separated from the battery case; and a converter configured to decrease a voltage of power from the high voltage battery and to supply power at the decreased voltage to the low voltage battery, characterised in that the converter is provided in the motor case. a front wheel; a rear wheel; a high voltage battery; a low voltage battery configured to output power at a voltage lower than the high voltage battery; an electric motor configured to receive power from the high voltage battery to drive at least one of the front wheel and the rear wheel; a battery case configured to accommodate the high voltage battery; a motor case accommodating the electric motor and separated from the battery case; and a converter configured to decrease a voltage of power from the high voltage battery and to supply power at the decreased voltage to the low voltage battery, characterised in that the converter is provided in the motor case.