mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for assigning a number of vehicle lanes on a vehicle path, the method comprising: receiving location data including a plurality of location points from one or more vehicles, wherein the plurality of location points corresponds to a plurality of positions along the vehicle path; projecting each location point of the plurality of location points, along a projection vector that follows the course of the path, on to an aggregation axis perpendicular to a centerline of the vehicle path; for each of a plurality of clustering criteria, grouping the plurality of location points as projected (213, 313) onto the aggregation axis into a respective set of one or more clusters according to the respective clustering criterion and determining a degree of overlap between the one or more clusters of the respective set; selecting a grouping according to a clustering criterion of the plurality of clustering criteria which resulted in a lowest degree of overlap between the one or more clusters; and determining the number of vehicle lanes of the vehicle path based on a count of the one or more clusters of the selected grouping. receiving location data including a plurality of location points from one or more vehicles, wherein the plurality of location points corresponds to a plurality of positions along the vehicle path; projecting each location point of the plurality of location points, along a projection vector that follows the course of the path, on to an aggregation axis perpendicular to a centerline of the vehicle path; for each of a plurality of clustering criteria, grouping the plurality of location points as projected (213, 313) onto the aggregation axis into a respective set of one or more clusters according to the respective clustering criterion and determining a degree of overlap between the one or more clusters of the respective set; selecting a grouping according to a clustering criterion of the plurality of clustering criteria which resulted in a lowest degree of overlap between the one or more clusters; and determining the number of vehicle lanes of the vehicle path based on a count of the one or more clusters of the selected grouping.
A scroll compressor comprising: a casing having a discharge pipe; a drive unit including a stator fixed to an interior of the casing and a rotor interacting with the stator; a rotary shaft extending from the rotor of the drive unit and configured to be rotated by the drive unit; a compression unit coupled to the rotary shaft to compress and discharge refrigerant; and a flow passage separation unit configured to separate a space between the drive unit and the compression unit into an inner portion and an outer portion, wherein the compression unit is arranged spaced apart from the drive unit to face away from the refrigerant discharge pipe, the flow passage separation unit comprising: a first flow passage guide extending from the compression unit toward the drive unit; a second flow passage guide extending from the drive unit toward the compression unit; and a sealing member arranged to be in surface contact with at least one of the first flow passage guide and the second flow passage guide to seal a gap between the first flow passage guide and the second flow passage guide. a casing having a discharge pipe; a drive unit including a stator fixed to an interior of the casing and a rotor interacting with the stator; a rotary shaft extending from the rotor of the drive unit and configured to be rotated by the drive unit; a compression unit coupled to the rotary shaft to compress and discharge refrigerant; and a flow passage separation unit configured to separate a space between the drive unit and the compression unit into an inner portion and an outer portion, wherein the compression unit is arranged spaced apart from the drive unit to face away from the refrigerant discharge pipe, the flow passage separation unit comprising: a first flow passage guide extending from the compression unit toward the drive unit; a second flow passage guide extending from the drive unit toward the compression unit; and a sealing member arranged to be in surface contact with at least one of the first flow passage guide and the second flow passage guide to seal a gap between the first flow passage guide and the second flow passage guide. a first flow passage guide extending from the compression unit toward the drive unit; a second flow passage guide extending from the drive unit toward the compression unit; and a sealing member arranged to be in surface contact with at least one of the first flow passage guide and the second flow passage guide to seal a gap between the first flow passage guide and the second flow passage guide.
A method of determining at least one property of a porous medium, the method comprising: performing a first measurement on a sample of the porous medium obtaining an optical path length through pores of the porous medium using a first optical sensor (21, 25) utilizing a first optical technology; performing a second measurement on the sample of the porous medium obtaining a total optical path length through the porous medium using a second optical sensor (26, 27) utilizing a second optical technology different from the first optical technology; and calculating an optical porosity of the porous medium based on the optical path length through the pores and the total optical path length through the porous medium; characterized by performing the first measurement and the second measurement sequentially on the sample and on the same position on the sample by moving the sample automatically between the first optical sensor and the second optical sensor whereby an illumination of the sample and detection is performed using the same optical geometry for both the first and the second measurement. performing a first measurement on a sample of the porous medium obtaining an optical path length through pores of the porous medium using a first optical sensor (21, 25) utilizing a first optical technology; performing a second measurement on the sample of the porous medium obtaining a total optical path length through the porous medium using a second optical sensor (26, 27) utilizing a second optical technology different from the first optical technology; and calculating an optical porosity of the porous medium based on the optical path length through the pores and the total optical path length through the porous medium; characterized by performing the first measurement and the second measurement sequentially on the sample and on the same position on the sample by moving the sample automatically between the first optical sensor and the second optical sensor whereby an illumination of the sample and detection is performed using the same optical geometry for both the first and the second measurement.
An assembly for use with a tire having a tire wall, the assembly comprising a first elastomeric layer and a second elastomeric layer, the first and second elastomeric layers (20,22) comprising a butyl-containing compound or a natural rubber compound; an electronic device having a body being at least partially made of a plastic material positioned between the first and second elastomeric layers (20, 22); an adhesive coating on the body of the electronic device for securing the body to the first and second elastomeric layers (20, 22), the adhesive coating comprising an imide-based adhesive; and a tie-gumstrip layer on the first elastomeric layer on the side opposite the second elastomeric layer for securing the assembly to an innerliner of a tire; wherein the first and second elastomeric layers (20,22) are configured with a reduced step-off in the shape of a tapered edge and the assembly is adapted to be affixed to the tire wall.
A wireless docking station for docking with a wireless mobile device, the wireless docking station comprising: a platform for docking with the wireless mobile device; an interface to a radio; a plurality of antennas (221, 222, 223, 224, 225); an antenna switch; a signal sensor; and a control unit, wherein the docking station is realized as a docking pad comprising the plurality of antennas (221, 222, 223, 224, 225) arranged under the surface of the docking pad; and the control unit is adapted to control the antenna switch to connect one of the plurality of antennas (221, 222, 223, 224, 225) to the interface based on signals detected from the docked wireless mobile device by the signal sensor. a platform for docking with the wireless mobile device; an interface to a radio; a plurality of antennas (221, 222, 223, 224, 225); an antenna switch; a signal sensor; and a control unit, wherein the docking station is realized as a docking pad comprising the plurality of antennas (221, 222, 223, 224, 225) arranged under the surface of the docking pad; and the control unit is adapted to control the antenna switch to connect one of the plurality of antennas (221, 222, 223, 224, 225) to the interface based on signals detected from the docked wireless mobile device by the signal sensor.
Assembly for adjustable attachment of a pole, beam or similar to a fundament intended to be inserted into the ground, characterized in that the assembly includes: - a lower mainly elliptic plate fixable at the upper end of the fundament, which mainly elliptic plate is provided with through holes at ends thereof, - a mainly square, rectangular or circular adjustment plate provided with longitudinal recesses at two of its opposite sides, and that at least two of its corners are provided with through holes, - an upper mainly elliptic plate provided with through mounting holes at ends thereof, where the two elliptic plates (30, 50) are fixed to each other by means of through fixing bolts extending through the corresponding holes (32, 51), and where the adjustment plate is arranged adjustable in the horizontal plane between the two elliptic plates (30, 50) by that the recesses of the adjustment plate coincide with the through fixing bolts with nuts arranged to the fixing bolts at upper side of the upper elliptic plate and at lower side of the lower elliptic plate being tightened. - a lower mainly elliptic plate fixable at the upper end of the fundament, which mainly elliptic plate is provided with through holes at ends thereof, - a mainly square, rectangular or circular adjustment plate provided with longitudinal recesses at two of its opposite sides, and that at least two of its corners are provided with through holes, - an upper mainly elliptic plate provided with through mounting holes at ends thereof, where the two elliptic plates (30, 50) are fixed to each other by means of through fixing bolts extending through the corresponding holes (32, 51), and where the adjustment plate is arranged adjustable in the horizontal plane between the two elliptic plates (30, 50) by that the recesses of the adjustment plate coincide with the through fixing bolts with nuts arranged to the fixing bolts at upper side of the upper elliptic plate and at lower side of the lower elliptic plate being tightened.
Method of stud welding for welding a component to a surface of a workpiece, comprising the steps of lowering the component onto the surface of the workpiece and switching on an electric current; lifting the component off the workpiece, with the result that an arc which is oriented substantially in the longitudinal direction is struck; influencing the arc using a magnetic field, with the magnetic field being oriented at a general magnetic field angle in relation to the longitudinal direction and having an axial component (B A) and/or a radial component (B R); and lowering the component onto the workpiece in order to establish the weld connection; wherein the general magnetic field angle is varied over the arc duration in order to dynamically influence the arc by the mathematical sign of the radial and/or of the axial component (B R, B A) being changed at least once over the arc duration, characterized in that charge carriers of the arc are focused or defocused on account of the magnetic field, and wherein the magnetic field angle is varied in such a way that the focusing or the defocusing is maintained over the arc duration or alternates over the arc duration cyclically with changes in the magnetic field angle, wherein the arc is directed radially inwards for focusing, and the arc is directed radially outwards for defocussing.
Method for making an imitation leather or upgraded leather comprising a laminar support and an upgrading layer, comprising the following operations: - applying at least one layer of a first substance to a supporting surface, wherein said supporting surface is an embossed surface; - applying at least one layer of a resin to a surface of said laminar support; - treating said at least one layer of said resin so that said resin has an absolute moisture value included between 12% and 25%; - coupling said supporting surface with said laminar support in such a way as to place said first substance in contact with said resin; - exerting a pressure on said supporting surface and/or on said laminar support in such a way as to press said first substance against said resin; - consolidating the union of said first substance with said resin; - removing said supporting surface from said at least one layer of said first substance, characterized in that during the coupling step the morphological characteristics impressed in the embossed surface are reproduced on the layer said resin. - applying at least one layer of a first substance to a supporting surface, wherein said supporting surface is an embossed surface; - applying at least one layer of a resin to a surface of said laminar support; - treating said at least one layer of said resin so that said resin has an absolute moisture value included between 12% and 25%; - coupling said supporting surface with said laminar support in such a way as to place said first substance in contact with said resin; - exerting a pressure on said supporting surface and/or on said laminar support in such a way as to press said first substance against said resin; - consolidating the union of said first substance with said resin; - removing said supporting surface from said at least one layer of said first substance, characterized in that during the coupling step the morphological characteristics impressed in the embossed surface are reproduced on the layer said resin.
An epoxy resin composition comprising: a triazine derivative epoxy resin; and a silicon-containing alicyclic epoxy resin, characterized in that the silicon-containing alicyclic epoxy resin is expressed as a following chemical formula 1: wherein n is 1 to 1000, R1, R2, R3, R4, R5 and R6 are, independently of one another, selected from hydrogen, a halogen group, an amino group, a C 1 -C 30 alkyl group, an alkoxy group, a carboxyl group and a C 5 -C 30 aryl group, R7 and R8 are substituted alicyclic hydrocarbon, and R9 and R10 are expressed as a following chemical formula 3: wherein m is 1 to 3 and R12 is selected from hydrogen, a hydroxyl group, a halogen group, an amino group, a C 1 -C 30 alkyl group, an alkoxy group, a carboxyl group and a C 5 -C 30 aryl group, characterized in that the R7 and R8 are expressed as a following chemical formula 2: wherein R11 is selected from hydrogen, a hydroxyl group, a halogen group, an amino group, a C 1 -C 30 alkyl group, an alkoxy group, a carboxyl group and a C 5 -C 30 aryl group. a triazine derivative epoxy resin; and a silicon-containing alicyclic epoxy resin, characterized in that the silicon-containing alicyclic epoxy resin is expressed as a following chemical formula 1: wherein n is 1 to 1000, R1, R2, R3, R4, R5 and R6 are, independently of one another, selected from hydrogen, a halogen group, an amino group, a C 1 -C 30 alkyl group, an alkoxy group, a carboxyl group and a C 5 -C 30 aryl group, R7 and R8 are substituted alicyclic hydrocarbon, and R9 and R10 are expressed as a following chemical formula 3: wherein m is 1 to 3 and R12 is selected from hydrogen, a hydroxyl group, a halogen group, an amino group, a C 1 -C 30 alkyl group, an alkoxy group, a carboxyl group and a C 5 -C 30 aryl group, characterized in that the R7 and R8 are expressed as a following chemical formula 2: wherein R11 is selected from hydrogen, a hydroxyl group, a halogen group, an amino group, a C 1 -C 30 alkyl group, an alkoxy group, a carboxyl group and a C 5 -C 30 aryl group.
Unitary cut-off block for an electrical cut-off device, comprising: - a casing extending along a median longitudinal plane, - cut-off means comprising: - at least one fixed contact comprising an electrical contact area; - at least one straight connection strip links the fixed contact to an electrical terminal; - a movable contact having a body which is elongated along a longitudinal axis and having at least one end comprising a contact area for interaction with a contact area of a fixed contact; - at least one arc quenching chamber, having a metal wall composed of: - two parallel side plates placed on either side of a median longitudinal plane and surrounding one of the ends of the movable contact over the whole of its movement between an open position and a closed position of the contacts, said side plates comprising an insulating layer on their inner faces; each arc quenching chamber comprising a metal deflector, said deflector electrically connecting a fixed contact to a rear wall to provide electrical continuity and to form an upper part of the metal wall of said quenching chamber; characterized in that the rear wall connects the two side plates to form a U-shaped metal wall. - a casing extending along a median longitudinal plane, - cut-off means comprising: - at least one fixed contact comprising an electrical contact area; - at least one straight connection strip links the fixed contact to an electrical terminal; - a movable contact having a body which is elongated along a longitudinal axis and having at least one end comprising a contact area for interaction with a contact area of a fixed contact; - at least one arc quenching chamber, having a metal wall composed of: - two parallel side plates placed on either side of a median longitudinal plane and surrounding one of the ends of the movable contact over the whole of its movement between an open position and a closed position of the contacts, said side plates comprising an insulating layer on their inner faces; - at least one fixed contact comprising an electrical contact area; - at least one straight connection strip links the fixed contact to an electrical terminal; - a movable contact having a body which is elongated along a longitudinal axis and having at least one end comprising a contact area for interaction with a contact area of a fixed contact; - at least one arc quenching chamber, having a metal wall composed of: - two parallel side plates placed on either side of a median longitudinal plane and surrounding one of the ends of the movable contact over the whole of its movement between an open position and a closed position of the contacts, said side plates comprising an insulating layer on their inner faces; - two parallel side plates placed on either side of a median longitudinal plane and surrounding one of the ends of the movable contact over the whole of its movement between an open position and a closed position of the contacts, said side plates comprising an insulating layer on their inner faces;
An electrochromic element, comprising a first and a second substrate, wherein each of these substrates is transparent for visible light and has an electrically conductive surface on its side facing inwardly toward the electrochromic cell, a layered operating electrode which is in contact with the electrically conductive surface of a first of the two substrates and has a metal complex compound which is capable of entering into a redox reaction, where the transition from the oxidized to the reduced state is attended by an increase of color, and the transition from the reduced to the oxidized state is attended by a corresponding weakening of color, an electrolyte layer which is located between the operating electrode and the other substrate and contains movable metal cations, a counterelectrode located between the electrolyte material and the conductive coating of the other substrate, which is capable of intercalating mobile cations of the electrolyte material and/or of entering into a redox reaction, where the material of the second electrode is not subjected to an increase of color depth in the wavelength region of the increase of color depth of the metal complex compound during the transition from the reduced to the oxidized state, wherein the electrolyte layer is a transparent, flexible film that was produced using at least the following components: (a) a crosslinkable hybrid prepolymer (b) a crosslinkable organic monomer or prepolymer, (c) a non-crosslinkable thermosplastic organic polymer and (d) a dissociable salt whose inorganic cations can, in the presence of a charge difference between the operating electrode and the counterelectrode, move between said electrodes. (a) a crosslinkable hybrid prepolymer (b) a crosslinkable organic monomer or prepolymer, (c) a non-crosslinkable thermosplastic organic polymer and (d) a dissociable salt whose inorganic cations can, in the presence of a charge difference between the operating electrode and the counterelectrode, move between said electrodes.
A variable-vane assembly for a turbocharger, comprising: a nozzle ring having opposite first and second faces; a plurality of vanes adjacent the second face of the nozzle ring and having respective axles received into apertures in the nozzle ring and being rotatable in the apertures such that the vanes are rotatable about respective vane axes defined by the axles in the apertures, a distal end of each axle projecting out from the respective aperture beyond the first face; a plurality of vane arms respectively affixed rigidly to the distal ends of the axles, each vane arm having a free end; a unison ring positioned adjacent the nozzle ring with a first face of the unison ring opposing the first face of the nozzle ring, the unison ring being connected to the free ends of the vane arms, the unison ring being rotatable about a rotation axis so as to pivot the vane arms about the vane axes, thereby pivoting the vanes in unison; and a crank mechanism for rotatably driving the unison ring to pivot the vanes, the crank mechanism including an external crank assembly positioned radially outward of the unison ring, a non-round drive block disposed in a correspondingly shaped non-round recess in an outer periphery of the unison ring such that the drive block is prevented from rotating relative to the unison ring, and a crank arm having a forked end connected to the drive block and an opposite end connected to the external crank assembly, the forked end defining two legs spaced apart in a direction parallel to the rotation axis of the unison ring, the drive block being disposed between the legs and being pivotally connected to the legs such that the drive block is pivotable relative to the crank arm about a pivot axis that is generally parallel to the rotation axis of the unison ring, the crank mechanism being arranged such that the crank arm is caused to swing through an arc of movement about an axis located at the opposite end of the crank arm, thereby rotating the unison ring, wherein the unison ring, the vane arms, and the crank arm are all substantially co-planar.