mhurhangee/ep-ind-claims huggingface dataset:
A method for injecting a depolluting product into a soil, in which: an installation is provided which comprises an auger comprising a hollow core having a longitudinal axis and a helical coil surrounding the hollow core, the auger rotating about the longitudinal axis, the installation further comprising an injection nozzle connected to a device for supplying depolluting product; the auger is screwed into the soil in a substantially vertical direction of introduction; then an auger raising step is carried out during which the auger is unscrewed while injecting the depolluting product into the ground so as to form a helical strip of depolluting product extending around the longitudinal axis. an installation is provided which comprises an auger comprising a hollow core having a longitudinal axis and a helical coil surrounding the hollow core, the auger rotating about the longitudinal axis, the installation further comprising an injection nozzle connected to a device for supplying depolluting product; the auger is screwed into the soil in a substantially vertical direction of introduction; then an auger raising step is carried out during which the auger is unscrewed while injecting the depolluting product into the ground so as to form a helical strip of depolluting product extending around the longitudinal axis.
A lubricating system configurable to supply a lubricating oil to a frictional engagement mechanism, the lubricating system comprising: an engaging pressure generator configured to generate an engaging pressure supplied to a hydraulic part (93, 95) of a frictional engagement mechanism; a first valve configured to interrupt supply of the engaging pressure to the hydraulic part (93, 95) when the frictional engagement mechanism is placed in a released state; a hydraulic pressure supply unit configured to supply lubricating oil to a second valve; and wherein the second valve configured to operate in response to the engaging pressure, and to allow supply of the lubricating oil to engaging elements (88, 90) of the frictional engagement mechanism when the frictional engagement mechanism is placed in the released state. an engaging pressure generator configured to generate an engaging pressure supplied to a hydraulic part (93, 95) of a frictional engagement mechanism; a first valve configured to interrupt supply of the engaging pressure to the hydraulic part (93, 95) when the frictional engagement mechanism is placed in a released state; a hydraulic pressure supply unit configured to supply lubricating oil to a second valve; and wherein the second valve configured to operate in response to the engaging pressure, and to allow supply of the lubricating oil to engaging elements (88, 90) of the frictional engagement mechanism when the frictional engagement mechanism is placed in the released state.
Apparatus equipped to perform correlative optical microscopy and charged particle microscopy, the apparatus comprising: • a charged particle column showing a charged particle source for producing a beam of charged particles along a particle-optical axis and a magnetic objective lens comprising two pole pieces (8A, 8B) for focusing said charged particle beam; • a sample position located between the pieces shoes; • an optical microscope for imaging a thin flat sample located at the sample position, the optical microscope showing an optical axis perpendicular to the particle-optical axis; and • a sample holder for holding a thin flat sample in a first orientation in which the thin flat sample can be imaged by the particle-optical axis, and in a second orientation in which the thin flat sample is perpendicular to the optical axis; characterized in that • the optical microscope has an objective lens that is non-rotationally symmetric and is truncated to fit between the pole pieces of the magnetic objective lens, with the size parallel to the particle-optical axis smaller than the size perpendicular to the particle-optical axis, thereby showing different numerical apertures in two directions, and thus different resolutions in two directions; and • the acceptance solid angle for gathering light is larger than the acceptance solid angle of the largest rotationally symmetric lens fitting between the pole pieces. • a charged particle column showing a charged particle source for producing a beam of charged particles along a particle-optical axis and a magnetic objective lens comprising two pole pieces (8A, 8B) for focusing said charged particle beam; • a sample position located between the pieces shoes; • an optical microscope for imaging a thin flat sample located at the sample position, the optical microscope showing an optical axis perpendicular to the particle-optical axis; and • a sample holder for holding a thin flat sample in a first orientation in which the thin flat sample can be imaged by the particle-optical axis, and in a second orientation in which the thin flat sample is perpendicular to the optical axis; • the optical microscope has an objective lens that is non-rotationally symmetric and is truncated to fit between the pole pieces of the magnetic objective lens, with the size parallel to the particle-optical axis smaller than the size perpendicular to the particle-optical axis, thereby showing different numerical apertures in two directions, and thus different resolutions in two directions; and • the acceptance solid angle for gathering light is larger than the acceptance solid angle of the largest rotationally symmetric lens fitting between the pole pieces.
A compound represented by the following Chemical Formula 1, or a salt thereof: in the Chemical Formula 1, R's are each independently -R 1, -NH-CO-R 2, or -NH-R 2, R 1 's are each independently -OH, or an amino acid residue, wherein the amino acid residue means a structure excluding the amine group in the structure of an amino acid, wherein the amino acid residue is selected from the group consisting of alanine, cysteine, aspartic acid, glutamic acid, phenylalanine, histidine, isoleucine, lysine, leucine, methionine, asparagine, pyrrolysine, glutamine, arginine, serine, threonine, selenocysteine, valine, tryptophan, and tyrosine, and R 2 's are a C 1-10 alkyl, a C 6-60 aryl, or a C 4-60 heteroaryl containing one of N, O, and S. R's are each independently -R 1, -NH-CO-R 2, or -NH-R 2, R 1 's are each independently -OH, or an amino acid residue, wherein the amino acid residue means a structure excluding the amine group in the structure of an amino acid, wherein the amino acid residue is selected from the group consisting of alanine, cysteine, aspartic acid, glutamic acid, phenylalanine, histidine, isoleucine, lysine, leucine, methionine, asparagine, pyrrolysine, glutamine, arginine, serine, threonine, selenocysteine, valine, tryptophan, and tyrosine, and R 2 's are a C 1-10 alkyl, a C 6-60 aryl, or a C 4-60 heteroaryl containing one of N, O, and S.
A cart assembly for a conveying device, said cart assembly comprising a body element, movable along a conveying path, and at least one tool (5; 6) carried by said body element in a movable manner between an operative position, in which said tool (5; 6) is designed to perform an operation on a given article, and an idle position, in which said tool (5; 6) is in a stand-by condition; said cart assembly further comprising a guide mechanism (10, 13; 33) configured to allow the movement of said tool (5; 6) with respect to said body element; said guide mechanism (10, 13; 33) comprising two first guide elements (12, 22; 34), extending parallel to a given direction, and one second guide element (13, 23; 35), also extending parallel to said direction and interposed between said first guide elements (12, 22; 34); said first guide elements (12, 22; 34) and second guide element (13, 23; 35) being slidably coupled so as to permit a relative movement along said direction of said second guide element (13, 23; 35) with respect to said first guide elements (12, 22; 34) or vice versa; wherein said second guide element (13, 23; 35) has opposite lateral surfaces extending parallel to said direction and cooperating in contact with both said respective first guide elements (12, 22; 34); wherein said direction is transversal with respect to a portion of said path along which said tool (5; 6) moves between said idle position and operative position.
A method for making a crystal oscillator, comprising the steps of: a) forming a first electrode portion on a surface of a piezoelectric substrate, so as to obtain a semi-finished product; b) thinning the piezoelectric substrate of the semi-finished product, so as to obtain an oscillating substrate, the oscillating substrate having a first surface on which the first electrode portion is formed; c) forming a second electrode on a second surface of the oscillating substrate opposite to the first surface, the second electrode including a second electrode portion in positional correspondence with the first electrode portion, and a second extending electrode portion extending outwardly from the second electrode portion and disposed on a periphery area of the oscillating substrate; d) forming a first extending electrode portion that extends from the first electrode portion along a side surface of the oscillating substrate to the second surface of the oscillating substrate, the first electrode portion and the first extending electrode portion cooperating to form a first electrode; characterised by e) forming a support frame on the second surface of the oscillating substrate, the support frame made from a photoresist material and surrounding the second electrode portion, at least a portion of the second extending electrode portion being located outside the support frame. a) forming a first electrode portion on a surface of a piezoelectric substrate, so as to obtain a semi-finished product; b) thinning the piezoelectric substrate of the semi-finished product, so as to obtain an oscillating substrate, the oscillating substrate having a first surface on which the first electrode portion is formed; c) forming a second electrode on a second surface of the oscillating substrate opposite to the first surface, the second electrode including a second electrode portion in positional correspondence with the first electrode portion, and a second extending electrode portion extending outwardly from the second electrode portion and disposed on a periphery area of the oscillating substrate; d) forming a first extending electrode portion that extends from the first electrode portion along a side surface of the oscillating substrate to the second surface of the oscillating substrate, the first electrode portion and the first extending electrode portion cooperating to form a first electrode; characterised by e) forming a support frame on the second surface of the oscillating substrate, the support frame made from a photoresist material and surrounding the second electrode portion, at least a portion of the second extending electrode portion being located outside the support frame.
Bodywork structure (1, 1', 1") of an electric or hybrid motor vehicle with an accumulator battery, this structure comprising at least one interior panel, one exterior panel and one intermediate layer (2, 2', 2") between these panels, these panels each being based on a thermally conducting and electrically insulating material, wherein said intermediate layer comprises at least one phase change material PCM (PCM 1, PCM 2) and electric components (5, 5', 5") which are coupled to it and which are able to convert electrical energy into thermal energy stored by said at least one PCM material, so that this stored thermal energy is then transmitted to the interior of the vehicle when the latter is in use thanks to the crystallizing of said at least one PCM, which is conversely able, by its melting, to absorb an excess of heat inside the vehicle when said at least one PCM is not recharged, characterized in that said components are able to be connected to said battery and to convert said electrical energy which is available when said battery is being recharged, said components (5, 5', 5") being of passive type and comprising at least one electric resistor (5, 5', 5") which is in contact with said at least one PCM and which is designed to be connected to the terminals of said battery.
Hybrid power train for a motor vehicle, having - an internal combustion engine; - an electric machine; - a double clutch transmission which has a double clutch arrangement and a spur gear transmission arrangement with two component transmissions (30, 32); the electric machine being connected to an input member of the double clutch arrangement, the spur gear transmission arrangement having an input shaft arrangement with a first input shaft of the first component transmission and a second coaxial input shaft of the second component transmission, and a first output shaft and a second output shaft, the output shafts (38, 40) being connected in each case to an output gearwheel (88, 90), the output gearwheels (88, 90) being in engagement with a drive gearwheel of a differential, characterized in that one of the component transmissions has only one gear stage which is formed by way of a gear set (64 V) with two fixed gears (66 V, 118) which are in engagement. - an internal combustion engine; - an electric machine; - a double clutch transmission which has a double clutch arrangement and a spur gear transmission arrangement with two component transmissions (30, 32);
A solid-state imaging device comprising: a counter configured to output a count value, the counter comprising a low-level bit latch section configured to latch the lower n-bits of the count value in Gray code, and a high-level bit counting section configured to count the higher m-bits of the count value in binary code; and a bit inconsistency prevention section configured to prevent bit inconsistency between the output of the low-level bit latch section and the high-level bit counting section, wherein said bit inconsistency prevention section is configured to mask a transition of a carry out signal from the low-level bit latch section that is an input to the high-level bit counter section temporarily with a mask signal. a counter configured to output a count value, the counter comprising a low-level bit latch section configured to latch the lower n-bits of the count value in Gray code, and a high-level bit counting section configured to count the higher m-bits of the count value in binary code; and a bit inconsistency prevention section configured to prevent bit inconsistency between the output of the low-level bit latch section and the high-level bit counting section, wherein said bit inconsistency prevention section is configured to mask a transition of a carry out signal from the low-level bit latch section that is an input to the high-level bit counter section temporarily with a mask signal.
A laundry detergent composition comprising: (a) 4 to 25 wt% of a linear alkyl benzene sulfonate; (b) 25 to 55 wt% nonionic surfactant, (c) 2 to 10 wt% of an amine having formula wherein R 1 is methyl or ethyl; or formula wherein R 2 is C 1 -C 4 alkyl and R 3 is C 2 -C 8 alkyl; or a combination thereof; and (d) 10 to 35 wt% C 3 -C 6 polyhydroxy compounds. (a) 4 to 25 wt% of a linear alkyl benzene sulfonate; (b) 25 to 55 wt% nonionic surfactant, (c) 2 to 10 wt% of an amine having formula wherein R 1 is methyl or ethyl; or formula wherein R 2 is C 1 -C 4 alkyl and R 3 is C 2 -C 8 alkyl; or a combination thereof; and (d) 10 to 35 wt% C 3 -C 6 polyhydroxy compounds.
Device for turning up tyre side walls on a building drum for building a tyre carcass, comprising two core clamping devices, two turn-up devices and a spindle arrangement for synchronously moving the core clamping devices axially in opposite directions and for synchronously moving the turn-up devices axially in opposite directions independently of the core clamping devices, characterised in that the spindle arrangement comprises a central spindle and at least two synchronously running side spindles (26, 28) between which the central spindle extends, and the core clamping devices co-operate with the central spindle and the turn-up devices co-operate with the side spindles (26, 28) or the turn-up devices co-operate with the central spindle and the core clamping devices co-operate with the side spindles (26, 28).
A method for wireless communications, comprising: receiving, at a gateway in a non-terrestrial network, an upstream transmission from a user equipment, UE, in wireless communication with the gateway and in wireless communication with a a satellite that is different than the gateway; determining, by the gateway, a timing adjustment for a second upstream transmission from the UE based at least in part on the upstream transmission from the UE; and transmitting, from the gateway to the UE in a group control information message or a dedicated physical channel message, a timing command indicating the timing adjustment for the second upstream transmission. receiving, at a gateway in a non-terrestrial network, an upstream transmission from a user equipment, UE, in wireless communication with the gateway and in wireless communication with a a satellite that is different than the gateway; determining, by the gateway, a timing adjustment for a second upstream transmission from the UE based at least in part on the upstream transmission from the UE; and transmitting, from the gateway to the UE in a group control information message or a dedicated physical channel message, a timing command indicating the timing adjustment for the second upstream transmission.
A variable inter symbol interference generator for generating a data signal having a user-specified amount of inter symbol interference comprising: a data signal generator that produces a data signal; a programmable filter that receives the data signal and filters the data signal to produce an intermediate signal; and a discrete, physically fixed filter having a fixed insertion loss that receives the intermediate signal from the programmable filter and filters the intermediate signal to produce an output signal; wherein the programmable filter filters the data signal such that the output signal has a user-specified amount of inter symbol interference stress to synthesize a frequency response of a fixed filter that is different from the discrete, physically fixed filter. a data signal generator that produces a data signal; a programmable filter that receives the data signal and filters the data signal to produce an intermediate signal; and a discrete, physically fixed filter having a fixed insertion loss that receives the intermediate signal from the programmable filter and filters the intermediate signal to produce an output signal; wherein the programmable filter filters the data signal such that the output signal has a user-specified amount of inter symbol interference stress to synthesize a frequency response of a fixed filter that is different from the discrete, physically fixed filter.
A liquid composition comprising a pharmaceutical active selected from phenylephrine, its free and addition salt forms, and mixtures thereof; and acetaminophen, the composition being characterized by a pH of from 6.75 to 7.5.
Load-transfer device for transferring a payload between a lighter-than-air aircraft and the ground using an on-board crane, comprising: - an upper lifting portion arranged to be attached to lifting cables, - a lower portion for supporting the payload and arranged to be attached to the payload, characterized in that the upper lifting portion comprises a liquid tank and an opening for filling or emptying the tank, and the lower portion is detachably attached to the upper portion by means of an attachment member having a locked position in which the upper portion is attached to the lower portion, and an unlocked position in which the lower portion is released. - an upper lifting portion arranged to be attached to lifting cables, - a lower portion for supporting the payload and arranged to be attached to the payload, characterized in that the upper lifting portion comprises a liquid tank and an opening for filling or emptying the tank, and the lower portion is detachably attached to the upper portion by means of an attachment member having a locked position in which the upper portion is attached to the lower portion, and an unlocked position in which the lower portion is released.
A tire comprising a tread portion, wherein the tread portion has a pair of shoulder land regions, a pair of middle land regions, each middle land region being adjacent to a respective one of the shoulder land regions on an inner side in a tire axial direction, and a crown land region demarcated between the middle land regions, each of the shoulder land regions is provided with a plurality of wavy sipes and a plurality of first shoulder lateral grooves each having a groove width larger than a width of each of the wavy sipes, and the pair of the middle land regions and the crown land region are provided with a plurality of non-wavy sipes characterized in that the plurality of first shoulder grooves each have a groove width of 2 mm or less; wherein in an area within 89% of a tread width centered on a tire equator, a land ratio of each of the shoulder land regions is smaller than a land ratio of the crown land region and is 95% or more of the land ratio of the crown land region; wherein the land ratio is defined as a ratio S/Sa of a surface area S of a ground contacting surface in a land region and a surface area Sa of a virtual ground contacting surface obtained by filling all the grooves and the sipes of the land region. the tread portion has a pair of shoulder land regions, a pair of middle land regions, each middle land region being adjacent to a respective one of the shoulder land regions on an inner side in a tire axial direction, and a crown land region demarcated between the middle land regions, each of the shoulder land regions is provided with a plurality of wavy sipes and a plurality of first shoulder lateral grooves each having a groove width larger than a width of each of the wavy sipes, and the pair of the middle land regions and the crown land region are provided with a plurality of non-wavy sipes characterized in that the plurality of first shoulder grooves each have a groove width of 2 mm or less; wherein in an area within 89% of a tread width centered on a tire equator, a land ratio of each of the shoulder land regions is smaller than a land ratio of the crown land region and is 95% or more of the land ratio of the crown land region; wherein the land ratio is defined as a ratio S/Sa of a surface area S of a ground contacting surface in a land region and a surface area Sa of a virtual ground contacting surface obtained by filling all the grooves and the sipes of the land region.
An aerosol generator for an electronic aerosol provision system, comprising: an electrical heater comprising ceramic material; an aerosol-generating material transfer component for delivering aerosol-generating material from an aerosol-generating material storage area to the electrical heater for heating to generate aerosol; and characterised by a thermocouple embedded in the ceramic material such that a junction of the thermocouple is in contact with the ceramic material, and operable to provide a temperature-dependent voltage via the thermoelectric effect from which a temperature of the electrical heater can be determined. an electrical heater comprising ceramic material; an aerosol-generating material transfer component for delivering aerosol-generating material from an aerosol-generating material storage area to the electrical heater for heating to generate aerosol; and characterised by a thermocouple embedded in the ceramic material such that a junction of the thermocouple is in contact with the ceramic material, and operable to provide a temperature-dependent voltage via the thermoelectric effect from which a temperature of the electrical heater can be determined.