mhurhangee/ep-ind-claims huggingface dataset:
A friction stir welding tool made of cemented carbide comprising WC grains in a binder phase and said cemented carbide comprising from 3 wt-% to 10 wt-% Ni and the welding tool comprises at least a body, a shoulder and a probe, and characterized in that said welding tool is completely coated with a surface coating consisting of two layers, a first surface coating made of at least one of a Ti compound and a Zr compound, which is an inner layer, comprising at least one layer of a Ti carbide layer, Ti nitride layer, Ti carbonitride layer, Ti oxicarbide layer, Ti oxicarbonitride layer, Zr carbide layer, Zr nitride layer, Zr carbonitride layer, Zr oxicarbide layer and Zr oxicarbonitride layer and a second coating, which is an outer layer, comprising Al 2 O 3 and wherein said surface coating is a CVD coating.
A method for coating surfaces of a substrate according to the technique of plasma-assisted chemical vapor deposition, characterized in that the plasma density of an existing background plasma at the surface of the substrate is increased by the formation of an additional ionization process which is characterized as a fireball and which forms a three-dimensional structure at a positively biased electrode surface of an electrode if the applied positive voltage at the electrode exceeds the ionization potential of the plasma-forming process gas, said fireball being excited as an inverted fireball which forms within the interior of a cavity-forming grid electrode because of the electrons that are accelerated by the grid potential and not absorbed by the grid electrode and that cause additional impact ionizations.
Tag authentication assistance method, which comprises: - a step of capturing an image, with a communicating mobile terminal, of at least a portion of a tag comprising at least a portion of an identifier; and - a step of transmitting said identifier to a server; - a step of reading, from a memory of tag images, the image of a tag having said identifier; and - a step of transmitting, to said communicating mobile terminal, at least a portion of the image read from the memory characterized in that it also comprises: - a step of superimposing images, during which: - the two images to be superimposed are set to the same scale and orientation, by identifying characteristic points of the tag in the two images; and - these characteristic points are superimposed by deforming one of the images to take the difference in viewpoint into account and by translating one of the images relative to the other, which minimizes, point by point, a difference between the superimposed images; and - a step of displaying at least a portion of the transmitted image superimposed on an image captured by said terminal, the value of each of the points of the image resulting from the superimposition of images depending on the value of the corresponding points of each of the superimposed images. - a step of capturing an image, with a communicating mobile terminal, of at least a portion of a tag comprising at least a portion of an identifier; and - a step of transmitting said identifier to a server; - a step of reading, from a memory of tag images, the image of a tag having said identifier; and - a step of transmitting, to said communicating mobile terminal, at least a portion of the image read from the memory - a step of superimposing images, during which: - the two images to be superimposed are set to the same scale and orientation, by identifying characteristic points of the tag in the two images; and - these characteristic points are superimposed by deforming one of the images to take the difference in viewpoint into account and by translating one of the images relative to the other, which minimizes, point by point, a difference between the superimposed images; and - the two images to be superimposed are set to the same scale and orientation, by identifying characteristic points of the tag in the two images; and - these characteristic points are superimposed by deforming one of the images to take the difference in viewpoint into account and by translating one of the images relative to the other, which minimizes, point by point, a difference between the superimposed images; and - a step of displaying at least a portion of the transmitted image superimposed on an image captured by said terminal, the value of each of the points of the image resulting from the superimposition of images depending on the value of the corresponding points of each of the superimposed images.
An axial piston machine, in which pistons in cylinders execute a stroke movement, and in which the pistons have a sealing ring seat for a sealing ring, the sealing ring seat being designed such that it permits a movement of the sealing ring transversely to a longitudinal axis of the piston, the sealing ring being spherical at least in a region which effects a seal during the stroke movements on inner walls of the cylinder, the radius of curvature of the sealing ring, which is spherical in certain regions, corresponding substantially to half the diameter (d) of the cylinder, the cross section of the sealing ring being designed such that, at a high operating pressure, the deformation of the sealing ring by the operating pressure largely compensates for a widening of the inner cylinder wall by the operating pressure, characterized in that the central inner opening of the sealing ring has a circumferential bead-like recess, or the central inner opening of the sealing ring has a stepped profile (55, 56). the sealing ring being spherical at least in a region which effects a seal during the stroke movements on inner walls of the cylinder, the radius of curvature of the sealing ring, which is spherical in certain regions, corresponding substantially to half the diameter (d) of the cylinder, the cross section of the sealing ring being designed such that, at a high operating pressure, the deformation of the sealing ring by the operating pressure largely compensates for a widening of the inner cylinder wall by the operating pressure, characterized in that the central inner opening of the sealing ring has a circumferential bead-like recess, or the central inner opening of the sealing ring has a stepped profile (55, 56).
Lighting module for a motor vehicle or for a motor vehicle headlamp, the lighting module comprising -) a heat sink, -) a support plate for at least one light source, -) at least one light source arranged on the support plate, -) a light-shaping body such as a reflector, wherein the support plate is fixed on the heat sink, wherein the support plate comprises one or more reference positions for referencing the light-shaping body, and wherein the light-shaping body comprises a fastening base, said fastening base being configured to being used for referencing the light-shaping body at the at least one reference position of the support plate, characterised in that at least one restoring element is associated with the fastening base, the fastening base being fixable at least temporarily by means of said at least one restoring element in its reference position relative to the support plate, wherein the at least one restoring element is biased in the reference position of the fastening base between the fastening base and a stop portion of the heat sink such that the fastening base is held in its reference position with respect to the support plate. -) a heat sink, -) a support plate for at least one light source, -) at least one light source arranged on the support plate, -) a light-shaping body such as a reflector,
A method for wireless communications, comprising: generating control information for scheduling transmissions of a user equipment in one or more subframes; transmitting the control information to a user equipment in a downlink control channel with at least one field; wherein different values of the at least one field indicate via a mapping different combinations of one or more different subframes and one or more different component carriers to which the control information is to be applied, wherein the mapping is specific to a user equipment and may be dynamically updated, and wherein the at least one field comprises: a carrier indicator field; and an uplink index, wherein the uplink index indicates subframes for uplink transmission within a radio frame of a time division duplex, TDD, system. generating control information for scheduling transmissions of a user equipment in one or more subframes; transmitting the control information to a user equipment in a downlink control channel with at least one field; wherein different values of the at least one field indicate via a mapping different combinations of one or more different subframes and one or more different component carriers to which the control information is to be applied, wherein the mapping is specific to a user equipment and may be dynamically updated, and wherein the at least one field comprises: a carrier indicator field; and an uplink index, wherein the uplink index indicates subframes for uplink transmission within a radio frame of a time division duplex, TDD, system. a carrier indicator field; and an uplink index, wherein the uplink index indicates subframes for uplink transmission within a radio frame of a time division duplex, TDD, system.
A method for roughening a surface of a substrate, comprising: roughening a surface of a ceramic substrate by laser irradiation in an atmospheric air with a laser with continuous oscillation having a power density of 1.0 × 10 7 - 1.0 × 10 9 W/cm 2 for an action time on an irradiation area of 1.0 × 10 -7 - 1.0 × 10 -5 s; and forming an oxide layer at the same time as the roughening of the surface by laser irradiation with the laser with continuous oscillation, which covers over the surface roughened and microcracks generated in the surface roughened, the action time being a time required for a spot of the laser with continuous oscillation to pass through any point, and represented by the ratio of a spot diameter to a scan rate. roughening a surface of a ceramic substrate by laser irradiation in an atmospheric air with a laser with continuous oscillation having a power density of 1.0 × 10 7 - 1.0 × 10 9 W/cm 2 for an action time on an irradiation area of 1.0 × 10 -7 - 1.0 × 10 -5 s; and forming an oxide layer at the same time as the roughening of the surface by laser irradiation with the laser with continuous oscillation, which covers over the surface roughened and microcracks generated in the surface roughened, the action time being a time required for a spot of the laser with continuous oscillation to pass through any point, and represented by the ratio of a spot diameter to a scan rate.
A hinge (1, 10, 11) for a separating screen formed by at least two panels (43, 44) articulated around an axis of rotation X, each including a tubular frame (40, 40') and forming an angle α relative to one another in a usage position of said separating screen, said hinge (1, 10, 11) including, on the one hand, a bent member having two lateral arms (21, 22) with axes (Y1, Y2) forming said angle α between them, and on the other hand coupling means (3, 3') between each of said lateral arms (21, 22) and a free end (41, 41', 42, 42') of the tubular frame (40, 40') of each of said panels (43, 44), a first lateral arm and said coupling means (3, 3') further including means arranged to allow a rotational connection around said axis of rotation between said coupling means (3, 3') and said first lateral arm, said axis of rotation being perpendicular to the plane formed by the axes of the lateral arms (Y1, Y2) and the coupling means being sleeves (3, 3') that are independent and identical parts that can be inverted, said bent member including a bowed central portion, said central portion further having a cross-section substantially identical to that of the tubular frame (40, 40') of said panels (43, 44) of the separating screen, characterized in that said bowed central portion is bounded by two planar faces (25, 26) each forming a base from which one of the lateral arms (21, 22) respectively extends, said planar faces (25, 26) respectively being perpendicular to the axis of the first lateral arm and the axis of the second lateral arm, and in that the second lateral arm includes a receiving shaft, the longitudinal axis of which is centered relative to the corresponding planar face, around which one of the sleeves (3, 3') is mounted freely rotating, said second lateral arm further including means for axial positioning of said sleeve (3, 3') in contact with said base.
A production method of ready injection material comprising nano hydraulic lime, said production method is characterized by comprising the steps of: a) Selecting marl, which is a clayed lime-stone, comprising at least 70% CaCO 3, as the raw material b) Grinding marl,, selected as the raw material, so as to have particle size smaller than 400 pm, c) Calcining marl, selected as the raw material, between temperatures 1000-1200°C, d) Re-grinding marl selected as the raw material, after the calcination process, e) Reducing the d 90 particle size of the calcined marl to 486 nm after the grinding process, f) Applying dry mixing process to the material whose particle size is reduced, g) Adding water to the material after the dry mixing process and applying mechanical mixing process for duration between 3-6 minutes at a revolution between 800 and 1000 rpm, h) Adding super-fiuidizing chemical additive to the obtained material, i) Mixing the material for duration between 3-6 minutes by using ultrasonic homogenizer and mechanical mixing. a) Selecting marl, which is a clayed lime-stone, comprising at least 70% CaCO 3, as the raw material b) Grinding marl,, selected as the raw material, so as to have particle size smaller than 400 pm, c) Calcining marl, selected as the raw material, between temperatures 1000-1200°C, d) Re-grinding marl selected as the raw material, after the calcination process, e) Reducing the d 90 particle size of the calcined marl to 486 nm after the grinding process, f) Applying dry mixing process to the material whose particle size is reduced, g) Adding water to the material after the dry mixing process and applying mechanical mixing process for duration between 3-6 minutes at a revolution between 800 and 1000 rpm, h) Adding super-fiuidizing chemical additive to the obtained material, i) Mixing the material for duration between 3-6 minutes by using ultrasonic homogenizer and mechanical mixing.
Loudspeaker system for vehicle comprising: - a wall of a frame of a vehicle that separates an exterior from an interior; said wall having a through hole, - a box mounted in the wall of the frame in correspondence with the through hole of said wall of the frame of the vehicle; - a loudspeaker mounted in the box; said loudspeaker comprising: a basket fixed to the box, a magnetic unit fixed to the basket, a coil supported by a cylinder connected to a membrane and centering devices (6, 60) that connect the cylinder to the basket and the membrane to the basket, - a back resonance chamber formed between said membrane of the loudspeaker and the walls of the box, - a through hole formed in a wall (20, 21, 22) of the box and disposed in line with said hole of the wall of the frame of the vehicle; said through hole of the wall (20, 21, 22) of the box being in communication with said back resonance chamber, forming a loudspeaker system of infinite baffle type; characterized in that said basket and said magnetic unit are disposed inside the box and in said back resonance chamber, said basket is open and is provided with openings intended to let air pass in said back resonance chamber, a partition of sound-absorbing material is provided and fills only said through hole of the wall (20, 21, 22) of the box; wherein said partition has a thickness comprised between 0.1 and 40 mm. - a wall of a frame of a vehicle that separates an exterior from an interior; said wall having a through hole, - a box mounted in the wall of the frame in correspondence with the through hole of said wall of the frame of the vehicle; - a loudspeaker mounted in the box; said loudspeaker comprising: a basket fixed to the box, a magnetic unit fixed to the basket, a coil supported by a cylinder connected to a membrane and centering devices (6, 60) that connect the cylinder to the basket and the membrane to the basket, - a back resonance chamber formed between said membrane of the loudspeaker and the walls of the box, - a through hole formed in a wall (20, 21, 22) of the box and disposed in line with said hole of the wall of the frame of the vehicle; said through hole of the wall (20, 21, 22) of the box being in communication with said back resonance chamber, forming a loudspeaker system of infinite baffle type;
A profile element for a window or a door comprising a core element and at least one cover element, wherein the cover element is separably connected to the core element by means of at least one tongue-and-groove joint, and wherein a groove (13, 18) features an undercut (15, 19) in order to arrange a tongue (12, 17) in the groove (13, 18) in a lockable fashion, characterized in that the tongue (12, 17) of the at least one tongue-and-groove joint has a cross section that is realized complementary to the cross section of the groove (13, 18) such that the tongue (12, 17) occupies the groove (13, 18) in its entirety, and in that the region adjacent to the tongue-and-groove joint contains a slot-shaped recess adjacent to the groove, wherein the tongue-and-groove joint features a web between the slot-shaped recess and the groove.
A method for determining whether a substance is a modulator of an ion channel/receptor system in a cell, comprising the steps of: (a) providing a transgenic cell immobilized on a planar extracellular potential-sensitive electrode, which contains the ion channel/receptor system, whereby an operative contact results between the cell and the electrode; (b) bringing a substance to be tested into contact with the cell in a medium, which has a total concentration of alkali and alkaline-earth cations of ≤ 50 mmol/l, (c) measuring a signal change caused by the ion channel/receptor system at the electrode due to an ion current in the region of the operative contact between the cell and the electrode; and (d) determining the effect of the substance to be tested on the measurement signal. (a) providing a transgenic cell immobilized on a planar extracellular potential-sensitive electrode, which contains the ion channel/receptor system, whereby an operative contact results between the cell and the electrode; (b) bringing a substance to be tested into contact with the cell in a medium, which has a total concentration of alkali and alkaline-earth cations of ≤ 50 mmol/l, (c) measuring a signal change caused by the ion channel/receptor system at the electrode due to an ion current in the region of the operative contact between the cell and the electrode; and (d) determining the effect of the substance to be tested on the measurement signal.
A polynucleotide selected from: (a) a polynucleotide comprising the nucleic acid sequence of SEQ ID NO:789; (b) a polynucleotide that hybridizes to the nucleic acid sequence of SEQ ID NO:789 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 min; (c) a polynucleotide having at least 85% sequence identity to the nucleic acid sequence of SEQ ID NO:789; (d) a fragment of at least 21 contiguous nucleotides of the nucleotide acid sequence of SEQ ID NO:789; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein said polynucleotide is operably linked to a heterologous promoter, and wherein ingestion by a coleopteran plant pest of a double stranded ribonucleotide sequence comprising at least one strand that is complementary to said polynucleotide or said fragment inhibits expression of a target gene in said pest. (a) a polynucleotide comprising the nucleic acid sequence of SEQ ID NO:789; (b) a polynucleotide that hybridizes to the nucleic acid sequence of SEQ ID NO:789 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 min; (c) a polynucleotide having at least 85% sequence identity to the nucleic acid sequence of SEQ ID NO:789; (d) a fragment of at least 21 contiguous nucleotides of the nucleotide acid sequence of SEQ ID NO:789; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein said polynucleotide is operably linked to a heterologous promoter, and wherein ingestion by a coleopteran plant pest of a double stranded ribonucleotide sequence comprising at least one strand that is complementary to said polynucleotide or said fragment inhibits expression of a target gene in said pest.
A cyclonic separator comprising a ring of cyclone bodies and an outlet duct through which cleansed fluid is discharged from the cyclonic separator, characterised in that the outlet duct extends between two adjacent cyclone bodies.
An endoscope apparatus for performing signal processing to generate a video signal based on a signal outputted from image pickup means which i) is mounted to an endoscope and ii) includes a color separation optical filter, to perform color image pickup, the color separation optical filter configured to separate colors on a pixel basis, wherein the endoscope apparatus further comprises: band-limited normal illumination light generation means configured to synchronously generate a discrete three-band band-limited normal illumination light by limiting a respective light in visible light range of RGB to within a bandwidth with a predetermined light amount in a normal light observation mode; and narrow-band light generation means configured to generate at least one discrete narrow-band light by limiting a respective light in visible light range of RGB to a discrete band of the three-band band-limited normal illumination light whose bandwidth is narrower than the bandwidth limited by the band-limited normal illumination light generation means in a narrow-band light observation mode. band-limited normal illumination light generation means configured to synchronously generate a discrete three-band band-limited normal illumination light by limiting a respective light in visible light range of RGB to within a bandwidth with a predetermined light amount in a normal light observation mode; and narrow-band light generation means configured to generate at least one discrete narrow-band light by limiting a respective light in visible light range of RGB to a discrete band of the three-band band-limited normal illumination light whose bandwidth is narrower than the bandwidth limited by the band-limited normal illumination light generation means in a narrow-band light observation mode.