mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a circuit board that includes an oxide semiconductor layer, source wirings, and drain wirings, the process comprising: an oxide semiconductor formation step of forming an oxide semiconductor layer; a conductor layer formation step of forming a conductor layer by stacking a layer formed from a metal other than aluminum on the oxide semiconductor layer and a layer containing aluminum on the layer form from a metal other than aluminum; and a treatment step of treating the layer containing aluminum by wet etching, and then treating the layer formed from a metal other than aluminum by dry etching, wherein the treatment step includes separating the conductor layer into source wirings and drain wirings such that portions of the source wirings in contact with the semiconductor layer and respective portions of the drain wirings in contact with the semiconductor layer spacedly face each other; and the layer formed from a metal other than aluminum is resistant to an etchant used in the wet etching of the layer containing aluminum. an oxide semiconductor formation step of forming an oxide semiconductor layer; a conductor layer formation step of forming a conductor layer by stacking a layer formed from a metal other than aluminum on the oxide semiconductor layer and a layer containing aluminum on the layer form from a metal other than aluminum; and a treatment step of treating the layer containing aluminum by wet etching, and then treating the layer formed from a metal other than aluminum by dry etching, wherein the treatment step includes separating the conductor layer into source wirings and drain wirings such that portions of the source wirings in contact with the semiconductor layer and respective portions of the drain wirings in contact with the semiconductor layer spacedly face each other; and the layer formed from a metal other than aluminum is resistant to an etchant used in the wet etching of the layer containing aluminum.
A method for transmitting, by a station, STA, a signal on a plurality of channels in a wireless Local Area Network, WLAN, system, the method comprising: transmitting, by the STA, a packet for initiator sector sweep, ISS; receiving, by the STA, a packet for responder sector sweep, RSS; the method being characterized by transmitting, by the STA, a packet for sector sweep, SSW, feedback; and receiving, by the STA, a packet for sector sweep acknowledgment, SSW ACK, wherein each of the packet for the SSW feedback and the packet for the SSW ACK includes a field having a length of 1 bit indicating whether the packet for the ISS and the packet for the RSS are transmitted based on a Short SSW packet. transmitting, by the STA, a packet for initiator sector sweep, ISS; receiving, by the STA, a packet for responder sector sweep, RSS; the method being characterized by transmitting, by the STA, a packet for sector sweep, SSW, feedback; and receiving, by the STA, a packet for sector sweep acknowledgment, SSW ACK, wherein each of the packet for the SSW feedback and the packet for the SSW ACK includes a field having a length of 1 bit indicating whether the packet for the ISS and the packet for the RSS are transmitted based on a Short SSW packet.
Process for preparing a copolymer of ethylene and of a 1,3-diene of formula which comprises ethylene units and units of the 1,3-diene, the ethylene units representing between 50 mol% and 95 mol% of the ethylene units and of the units of the 1,3-diene, and the units of the 1,3-diene of 1,4 configuration representing more than 50 mol% of the units of the 1,3-diene, formula: CH 2 =CR-CH=CH 2 the symbol R representing a hydrocarbon chain having from 3 to 20 carbon atoms which process comprises the polymerization of ethylene and of the 1,3-diene in the presence of a catalytic system based at least on a metallocene of formula and on an organomagnesium compound of formula formula: P(Cp)(Flu)Nd(BH 4) (1+y)- L y -N x formula: MgR 1 R 2 Cp denoting a cyclopentadienyl group of formula C 5 H 4, Flu denoting a fluorenyl group of formula C 13 H 8, P being a group bridging the two Cp and Flu groups and representing a ZR 3 R 4 group, Z representing a silicon or carbon atom, R 3 and R 4, which may be identical or different, each representing an alkyl group comprising from 1 to 20 carbon atoms, preferably a methyl, y, which is an integer, being equal to or greater than 0, x, which is or is not an integer, being equal to or greater than 0, L representing an alkali metal selected from the group consisting of lithium, sodium and potassium, N representing a molecule of an ether, preferably diethyl ether or tetrahydrofuran, R 1 and R 2, which may be identical or different, representing a carbon group. the symbol R representing a hydrocarbon chain having from 3 to 20 carbon atoms which process comprises the polymerization of ethylene and of the 1,3-diene in the presence of a catalytic system based at least on a metallocene of formula and on an organomagnesium compound of formula formula: P(Cp)(Flu)Nd(BH 4) (1+y)- L y -N x formula: MgR 1 R 2 Cp denoting a cyclopentadienyl group of formula C 5 H 4, Flu denoting a fluorenyl group of formula C 13 H 8, P being a group bridging the two Cp and Flu groups and representing a ZR 3 R 4 group, Z representing a silicon or carbon atom, R 3 and R 4, which may be identical or different, each representing an alkyl group comprising from 1 to 20 carbon atoms, preferably a methyl, y, which is an integer, being equal to or greater than 0, x, which is or is not an integer, being equal to or greater than 0, L representing an alkali metal selected from the group consisting of lithium, sodium and potassium, N representing a molecule of an ether, preferably diethyl ether or tetrahydrofuran, R 1 and R 2, which may be identical or different, representing a carbon group.
A method of controlling phytopathogenic diseases on useful plants or on propagation material thereof, which comprises applying to the useful plants, the locus thereof or propagation material thereof a combination of components and, in a synergistically effective amount, wherein component is 3-difluoromethyl-1-methyl-1H-pyrazole-4-carboxylic acid methoxy-[1-methyl-2-(2,4,6-trichlorophenyl)-ethyl]-amide and agrochemically acceptable salts/isomers/structural isomers/stereoisomers/diastereoisomers/enantiomers/tautomers and N-oxides of this compounds; and component is a compound selected from the group consisting of a strobilurin fungicide, an azole fungicide, an anilino-pyrimidine fungicide slected from the group consisting of cyprodinil, mepanipyrim and pyrimethanil; the fungicide fluazinam, isopyrazam, and the compound of formula a strobilurin fungicide, an azole fungicide, an anilino-pyrimidine fungicide slected from the group consisting of cyprodinil, mepanipyrim and pyrimethanil; the fungicide fluazinam, isopyrazam, and the compound of formula
Calibration device for calibrating an extruded film tube above the frost line, wherein an annular gap is formed between guide faces of the calibration device and the film tube, comprising a plurality of calibration segments distributed around a longitudinal axis and forming a central feed through opening for feeding through the film tube along the guide faces of the calibration segments and along the longitudinal axis, wherein the calibration segments are adjustable for adjusting the diameter of the feed through opening, and at least one blowing nozzle for each calibration segment, said at least one blowing nozzle feeds a calibration gas to the feed through opening, characterised in that said at least one blowing nozzle of each calibration segment is arranged outside of the feed through opening, that the outer face of each calibration segment starting from said at least one blowing nozzle merges such with the guide face along an accurate outline face that the calibration gas is supplied to the annular gap at least substantially parallel to a surface of the film tube and flows in a single through-flow direction through the annular gap, and that the calibration segments are formed such, that the calibration gas, expelled from the at least one blowing nozzle, follows the contour of the outline face.
An angle bracket for shuttering elements (3, 3') in concrete construction, the angle bracket comprising a basic leg and a retaining leg, the angle bracket further comprising a retaining rail structurally separate from the basic leg and the retaining leg; wherein the basic leg comprises mounting holes for the rigid mounting on an underground; wherein the basic leg and the retaining leg together form a L-shape; wherein the retaining leg comprises two elongated integral retaining grooves (112a, 112b) for receiving an end section each of a shuttering element (3, 3') each, as well as negative locking elements or snap elements in the form of holes (113a, 113b) for establishing a rigid connection with the retaining rail; wherein the integral retaining grooves (112a, 112b) each comprise an extension direction parallel to an extension direction of the retaining leg; and wherein the integral retaining grooves (112, 112b) each define an associated shuttering element direction at right angles to their extension direction and the holes (113a, 113b) of the retaining leg are configured for connecting the retaining leg and the retaining rail in at least two alternative positions parallel to each other; wherein the retaining rail comprises parallel side walls and a rear wall at right angles to the side walls, and wherein the side walls and the rear wall delimit a separate retaining groove, which defines a shuttering element direction B parallel to the side walls and vertically to the rear wall, characterised in that the retaining rail comprises a number of positive locking elements or locking tabs, which are arranged on the outside of the rear wall facing away from the separate retaining groove, wherein the locking elements or locking tabs are configured to form a lock-and-snap connection in combination with the holes (113a, 113b).
Laundry treatment machine (100, 200, 300), comprising: - a treatment chamber for the treatment of laundry; - a door (120, 220) providing, in an open state, access to said treatment chamber; - a locking device (430, 930) for locking the door (120, 220) in a closed state when the machine is operating and releasing the door (120, 220) when the machine is not operating, wherein the locking device (430, 930) is operated electrically and locks, in a locking state, and/or releases, in a releasing state, the door depending on electrical control signal provided by a control device of the laundry treatment machine (100, 200, 300); - at least one emergency release system enabling a user to release the lock of the door (120, 220) even if the locking device (430, 930) is in said locking state, said emergency release system comprising a doorlock strip (170, 800) which has a first end connected to the locking device (430, 930) and a second end adapted to be actuated for applying to said first end a displacement which causes the lock of the door (120, 220) to be released, wherein said laundry treatment machine (100, 200, 300) comprises a covering element (190, 290a, 390, 804) covering said second end for preventing a human finger or human hand from directly accessing to and actuating said second end, characterized in that the covering element (190, 290a, 390, 804) comprises a slot and/or a hole and/or a recess and/or an opening which is shaped such that it provides a passage for a tool to be cooperated with the second end, but impedes the passage of a human finger. - a treatment chamber for the treatment of laundry; - a door (120, 220) providing, in an open state, access to said treatment chamber; - a locking device (430, 930) for locking the door (120, 220) in a closed state when the machine is operating and releasing the door (120, 220) when the machine is not operating, wherein the locking device (430, 930) is operated electrically and locks, in a locking state, and/or releases, in a releasing state, the door depending on electrical control signal provided by a control device of the laundry treatment machine (100, 200, 300); - at least one emergency release system enabling a user to release the lock of the door (120, 220) even if the locking device (430, 930) is in said locking state, said emergency release system comprising a doorlock strip (170, 800) which has a first end connected to the locking device (430, 930) and a second end adapted to be actuated for applying to said first end a displacement which causes the lock of the door (120, 220) to be released,
A process for increasing protein content of oilseed meal and said process is comprising the following steps: a) Taking oilseed meal containing protein, b) Separating the oilseed meal with gravity separator containing a separating deck surface into a first fraction of oilseed meal having a protein content that is higher than the protein content of the oilseed meal of step a), and a second fraction of oilseed meal having a protein content that is lower than the protein content of the oilseed meal of step a), c) Collecting the fraction of oilseed meal having a protein content that is higher than the protein content of the oilseed meal of step a), wherein the oilseed is sunflower seed. a) Taking oilseed meal containing protein, b) Separating the oilseed meal with gravity separator containing a separating deck surface into a first fraction of oilseed meal having a protein content that is higher than the protein content of the oilseed meal of step a), and a second fraction of oilseed meal having a protein content that is lower than the protein content of the oilseed meal of step a), c) Collecting the fraction of oilseed meal having a protein content that is higher than the protein content of the oilseed meal of step a), wherein the oilseed is sunflower seed.
Appliance for cooking foodstuff of the type comprising a tank that is able to receive a combustion liquid and a container intended to receive said foodstuff and comprising a base at its lower end and a side wall, said appliance further comprising a holder for holding said container in relation to said tank, said holder being disposed at the level of said base, so as to leave substantially all the side wall visible, characterized in that said container is translucent or transparent.
Acoustic flowmeter for non-invasively determining the flow or flow rate in electrically conductive objects through which media flow, in particular pipes or pipelines, comprising a transmitting transducer for generating at least one ultrasonic wave in the object, which wave is coupled into the medium as a longitudinal wave on an inner side of the object facing the medium, and comprising a receiving transducer for detecting an ultrasonic signal in the object, the ultrasonic signal resulting from the longitudinal wave, at least in part, the transmitting transducer being designed as a high-frequency induction coil, without acoustic coupling of the transmitting transducer to the surface of the object, in order to generate a varying magnetic field in a surface-proximal region of the in particular metal object, and the ultrasonic wave being generated by the interaction between the varying magnetic field and a static or quasi-static magnetic field in this region, characterised in that the acoustic flowmeter is designed such that the high frequency at which the transmitting transducer is intended to be operated can be automatically varied in order to optimise the orientation of a longitudinal wave to be generated in the medium.
A sliding member comprising an overlay on a bearing alloy, wherein the overlay includes a sliding surface and an interface with the bearing alloy, the sliding surface and the interface defining a thickness T of the overlay, the thickness T of the overlay being 3 to 50 μm, and the overlay comprising a matrix of Bi or a Bi alloy and intermetallic compounds dispersed in the matrix, wherein, in a region extending between a position of the overlay at a depth of 70% of the thickness T from the sliding surface toward the interface and a position of the overlay at a depth of 75% of the thickness T from the sliding surface toward the interface, a ratio of a volume of the intermetallic compounds in relation to a volume of the region is 10% to 70%, and wherein the intermetallic compounds comprise at least two elements selected from Bi, Sn, Cu, Zn, Co, Mn, Ni, In, Sb and Ag, characterized in that the overlay includes a conforming layer, the conforming layer having the sliding surface and a volume ratio of the intermetallic compounds in the conforming layer being not more than 5%. wherein the overlay includes a sliding surface and an interface with the bearing alloy, the sliding surface and the interface defining a thickness T of the overlay, the thickness T of the overlay being 3 to 50 μm, and the overlay comprising a matrix of Bi or a Bi alloy and intermetallic compounds dispersed in the matrix, wherein, in a region extending between a position of the overlay at a depth of 70% of the thickness T from the sliding surface toward the interface and a position of the overlay at a depth of 75% of the thickness T from the sliding surface toward the interface, a ratio of a volume of the intermetallic compounds in relation to a volume of the region is 10% to 70%, and wherein the intermetallic compounds comprise at least two elements selected from Bi, Sn, Cu, Zn, Co, Mn, Ni, In, Sb and Ag, characterized in that the overlay includes a conforming layer, the conforming layer having the sliding surface and a volume ratio of the intermetallic compounds in the conforming layer being not more than 5%.
A method of vacuum-assisted RTM for disposing a resin distribution medium (4, 12) on one surface of a reinforcing-fiber substrate (2,11,21), covering the whole with a bag material, reducing a pressure inside said bag material, injecting a resin into said resin distribution medium (4, 12) to distribute said resin substantially in in-plane directions and then impregnate said resin into said reinforcing-fiber substrate (2,11,21) in its thickness direction, characterized in that a flow resistance of said resin distribution medium (4, 12) itself during resin distribution is changed in an in-plane direction of said reinforcing-fiber substrate (2,11,21), in accordance with a difference in fiber weight per unit area or density between parts to be impregnated with resin of said reinforcing-fiber substrate present in a direction along said one surface of said reinforcing-fiber substrate (2,11,21), or in accordance with a difference in distance from a resin impregnation initiation part to a resin impregnation completion part between parts to be impregnated with resin of said reinforcing-fiber substrate present in a direction along said one surface of said reinforcing-fiber substrate.
A particle-optical arrangement, comprising: a charged-particle source for generating a beam of charged particles, at least one multi-aperture plate having a plurality of apertures formed in the plate, wherein the plurality of apertures is arranged in a first pattern, wherein the arrangement is configured such that a plurality of charged-particle beamlets is formed from the beam of charged particles downstream of the aperture plate; and a first focusing lens configured to provide a magnetic field having a focusing field portion for focusing the beam in a region between the charged-particle source and the multi-aperture plate; wherein the charged-particle source is arranged within the magnetic field provided by the first focusing lens. a charged-particle source for generating a beam of charged particles, at least one multi-aperture plate having a plurality of apertures formed in the plate, wherein the plurality of apertures is arranged in a first pattern, wherein the arrangement is configured such that a plurality of charged-particle beamlets is formed from the beam of charged particles downstream of the aperture plate; and a first focusing lens configured to provide a magnetic field having a focusing field portion for focusing the beam in a region between the charged-particle source and the multi-aperture plate; wherein the charged-particle source is arranged within the magnetic field provided by the first focusing lens.
Position measuring device for detecting the relative position of two machine components which, at least along a first main movement direction and a second main movement direction, are arranged movably in relation to one another in a displacement plane, comprising - at least one measurement standard which is arranged at the first machine component and - at least six scanning units (E11-E16; E21-E26; E31-E38) which are arranged at the second machine component and serve for optical scanning of the measurement standard in at least two measurement directions (MR1, MR2) in the displacement plane, wherein - at least two scanning units (E11-E16; E21-E26; E31-E38) are assigned to each measurement direction (MR1, MR2) and - a Cartesian coordinate with four quadrants (Q1-Q4) is formed by two mutually perpendicular axes (A 1, A 2) in the displacement plane, said axes crossing in the centre of the second machine component, and - scanning units (E11-E16; E21-E26; E31-E38) with the same measurement directions (MR1, MR2) are arranged in at least two diametrically opposite quadrants (Q1, Q3; Q2, Q4), with no point symmetry in relation to the centre arising for the arrangement of these scanning units (E11-E16; E21-E26; E31-E38). - at least one measurement standard which is arranged at the first machine component and - at least six scanning units (E11-E16; E21-E26; E31-E38) which are arranged at the second machine component and serve for optical scanning of the measurement standard in at least two measurement directions (MR1, MR2) in the displacement plane, - at least two scanning units (E11-E16; E21-E26; E31-E38) are assigned to each measurement direction (MR1, MR2) and - a Cartesian coordinate with four quadrants (Q1-Q4) is formed by two mutually perpendicular axes (A 1, A 2) in the displacement plane, said axes crossing in the centre of the second machine component, and - scanning units (E11-E16; E21-E26; E31-E38) with the same measurement directions (MR1, MR2) are arranged in at least two diametrically opposite quadrants (Q1, Q3; Q2, Q4), with no point symmetry in relation to the centre arising for the arrangement of these scanning units (E11-E16; E21-E26; E31-E38).
A tire comprising a tread portion having a tread surface defined between tread edges (Te) and a pair of buttress surfaces defined as extending radially inwardly from the respective tread edges (Te), wherein the tread edges (Te) are the axial outermost edges of the ground contacting patch of the tire which occurs under a normally inflated loaded condition when the camber angle of the tire is zero, wherein the normally inflated loaded condition is such that the tire is mounted on a standard wheel rim and inflated to a standard pressure and loaded with a standard tire load, characterized in that the tire has an intended tire rotational direction, at least one of the buttress surfaces is provided with a plurality of protrusions protruding axially outwardly and arranged in the tire circumferential direction, and the protrusions include a curved protrusion which extends radially inwardly from the tread surface while curving toward the intended tire rotational direction.