mhurhangee/ep-ind-claims huggingface dataset:
A rail vehicle with an interior for transporting passengers and a ventilation device for ventilating the interior, wherein the ventilation device comprises the following: - An inlet for the introduction of supply air into the interior; and - an outlet for the discharge of exhaust air from the interior, wherein the inlet is formed by a plurality of first openings, which are distributed in a planar manner substantially over the entire surface of a first wall, wherein this first wall forms the floor, the ceiling or a side wall of the interior, characterized in that the outlet is formed by a plurality of second openings, which are distributed in a planar manner substantially over the entire surface of a second wall, and that this second wall is located opposite the first wall and forms the floor, the ceiling or a side wall of the interior. - An inlet for the introduction of supply air into the interior; and - an outlet for the discharge of exhaust air from the interior,
A method of controlling a wind turbine for reducing edgewise vibrations of blades, the method comprising acts of: - regulating a wind turbine as a function of a level and frequency of edgewise vibrations, wherein the edgewise vibration level and frequency are determined as a function of a vibration signal of the wind turbine side-to-side vibrations of the tower obtained from the wind turbine wherein the side-to-side vibrations of the tower are obtained from a single vibration signal obtained in the nacelle of the wind turbine and wherein the frequency of edgewise vibration is determined from the frequency spectrum of the vibration signal by identifying the frequency location of a pair of peaks in the frequency spectrum. - regulating a wind turbine as a function of a level and frequency of edgewise vibrations, wherein the edgewise vibration level and frequency are determined as a function of a vibration signal of the wind turbine side-to-side vibrations of the tower obtained from the wind turbine wherein the side-to-side vibrations of the tower are obtained from a single vibration signal obtained in the nacelle of the wind turbine and wherein the frequency of edgewise vibration is determined from the frequency spectrum of the vibration signal by identifying the frequency location of a pair of peaks in the frequency spectrum.
Apparatus for applying a sleeve label about the body of a container, said sleeve label being comprised of heat-shrinkable plastic material, characterized by said apparatus comprising at least a station providing a hollow cylindrical body or bell having a vertical axis, and with a top opening for inlet of said container and said sleeve label and at least an opening for inlet of a thermal vector fluid, for shrinking said sleeve label about said container, an opening element for said sleeve label for putting said sleeve label about the body of said container, said apparatus being further characterized in that said at least a station further provides that said opening element is comprised of a support element and of a plurality of movable elements or fingers, said opening element being able to move along said vertical axis from a first position, above said bell, where it receives said label, to a second release position, under said bell; a disk element for displacing said container along said vertical axis from a first position of said container on said disk element, outside and above said hollow cylindrical body or bell, to a second position, within said hollow cylindrical body or bell, said plurality of movable elements or fingers of said opening element being movable between a first position, wherein said plurality of movable elements or fingers are grouped inwards for receiving said sleeve label, a second position, wherein said plurality of movable elements or fingers are open and said sleeve label is positioned about said movable elements or fingers, and a release position, wherein said sleeve label is completely withdrawn from said opening element, said at least a station being configured so that when said plurality of movable elements or fingers of said opening element are in said second position, said container is resting on said disk element in said first position, and when said plurality of movable elements or fingers of said opening element is in said release position, said sleeve label is completely positioned about said container resting on said disk element in said second position, said apparatus further comprising a movable plane or jaw, for abutting at a determined height of said sleeve label with respect to said container, said movable plane or jaw being able to move along said vertical axis from a start position, in the upper part of the bell, said jaw being dragged downwards by said disk element, when said disk element is moving toward its second position, and being returned to its start position by elastic means, e.g. a spring, when no force is exerted on said jaw, said at least a station being further configured so that during descent of said opening element said sleeve label is resting on said jaw, which at the same time is withdrawing said sleeve label from said opening element and placing about said container, until when said disk element abuts against said jaw and drags it inside said bell, wherein a thermal vector fluid is then introduced through said at least an opening.
A diamond-like carbon film forming apparatus using plasma chemical vapor deposition, said diamond-like carbon film forming apparatus using plasma chemical vapor deposition provided with: a cathode electrode of a power supply connected to a member comprised of a substrate surrounded by a conductive mask material having one of a cylindrical shape, a cam shape, a spherical shape, a tubular shape, a combination of block shape and curved shape, a pyramid shape, a bellows, a frustoconical shape, a star shape, and an ovoid shape, of a net or of a plate having a plurality of openings and made of a conductive polymer material, an anode electrode connected to a wall of a chamber of the diamond-like carbon film forming apparatus, and a DC single pulse power supply and/or high frequency power supply supplying voltage to said member, said apparatus applying a negative single pulse voltage from said DC single pulse power supply or a high frequency voltage from said high frequency power supply between said cathode electrode and said anode electrode so as to form a segment structure diamond-like carbon film on said substrate surrounded by said mask material. a cathode electrode of a power supply connected to a member comprised of a substrate surrounded by a conductive mask material having one of a cylindrical shape, a cam shape, a spherical shape, a tubular shape, a combination of block shape and curved shape, a pyramid shape, a bellows, a frustoconical shape, a star shape, and an ovoid shape, of a net or of a plate having a plurality of openings and made of a conductive polymer material, an anode electrode connected to a wall of a chamber of the diamond-like carbon film forming apparatus, and a DC single pulse power supply and/or high frequency power supply supplying voltage to said member, said apparatus applying a negative single pulse voltage from said DC single pulse power supply or a high frequency voltage from said high frequency power supply between said cathode electrode and said anode electrode so as to form a segment structure diamond-like carbon film on said substrate surrounded by said mask material.
A process for preparing a methane oxidation catalyst comprising the following steps: a) calcining a non-modified zirconia precursor at a temperature in the range of from 675 to 1050°C thereby obtaining tetragonal zirconia wherein the weight ratio of tetragonal zirconia to monoclinic zirconia, if any is present, is greater than 31:1, and wherein the non-modified zirconia precursor is a zirconia or a zirconium-comprising compound that has not been modified or doped with another element or compound during the methane oxidation catalyst manufacturing process; b) impregnating the zirconia obtained from step a.) with a noble metal precursor-comprising impregnation solution, wherein the noble metal precursor-comprising impregnation solution comprises one or more noble metals selected from the group consisting of palladium, platinum, ruthenium, rhodium, osmium and iridium; c) drying the wet noble metal-impregnated zirconia at a temperature of no more than 120°C; and d) calcining the dried noble metal-impregnated zirconia at a temperature in the range of from 400 to 650°C thereby obtaining a methane oxidation catalyst wherein the weight ratio of tetragonal zirconia to monoclinic zirconia of the catalyst is in the range of from 1:1 to 31:1, wherein the weight ratio of tetragonal zirconia to monoclinic zirconia in the range from 1:1 to 31:1 corresponds to an XRD signal intensity ratio of signal intensity at 2θ = 30.1° (characteristic for tetragonal zirconia) to the signal intensity at 2θ = 28.1° (characteristic for monoclinic zirconia) in the range of from 0.8:1 to 12.5:1. a) calcining a non-modified zirconia precursor at a temperature in the range of from 675 to 1050°C thereby obtaining tetragonal zirconia wherein the weight ratio of tetragonal zirconia to monoclinic zirconia, if any is present, is greater than 31:1, and wherein the non-modified zirconia precursor is a zirconia or a zirconium-comprising compound that has not been modified or doped with another element or compound during the methane oxidation catalyst manufacturing process; b) impregnating the zirconia obtained from step a.) with a noble metal precursor-comprising impregnation solution, wherein the noble metal precursor-comprising impregnation solution comprises one or more noble metals selected from the group consisting of palladium, platinum, ruthenium, rhodium, osmium and iridium; c) drying the wet noble metal-impregnated zirconia at a temperature of no more than 120°C; and d) calcining the dried noble metal-impregnated zirconia at a temperature in the range of from 400 to 650°C thereby obtaining a methane oxidation catalyst wherein the weight ratio of tetragonal zirconia to monoclinic zirconia of the catalyst is in the range of from 1:1 to 31:1, wherein the weight ratio of tetragonal zirconia to monoclinic zirconia in the range from 1:1 to 31:1 corresponds to an XRD signal intensity ratio of signal intensity at 2θ = 30.1° (characteristic for tetragonal zirconia) to the signal intensity at 2θ = 28.1° (characteristic for monoclinic zirconia) in the range of from 0.8:1 to 12.5:1.
A method for producing a tube for a friction timepiece system comprising the tube and an arbor, the tube being provided to rub around a pinion arbor, the method comprising a first stage of plastic deformation of the tube that is controlled in deformation, followed by a second stage of hardening of the tube by heat treatment.
An electrical connector assembly comprising: a first connector housing having sidewalls surrounding a cavity, one of the sidewalls having a latch member a second connector housing insertable into the cavity, the second connector housing having a locking lever connected thereto; a connector position assurance device coupled to the second connector housing, the CPA device having a base portion, a center prong projecting forwardly from the base portion and a pair of lateral prongs (314, 316) extending perpendicularly from an end portion of the center prong wherein before the second connector housing is inserted into the cavity, the CPA device is fixed to the second connector housing in a pre-lock position at which the locking lever is allowed to deflect relative to the second connector housing between a first position to engage with the latch member and a second position to disengage from the latch member; wherein when the second connector housing is inserted into the cavity, the CPA device is released from the pre-locking position and movable to a final lock position at which, an end portion of the center prong is placed between the locking lever and the second housing to maintain the locking lever in the first position, characterized in that the first connector housing comprises a pair of ribs (114, 116) formed on said one of the sidewalls and projecting inward into the cavity; and when the second connector housing is inserted into the cavity, the pair of ribs (114, 116) urge against the pair of lateral prongs (314, 316) to release the CPA device from the pre-locking position. a first connector housing having sidewalls surrounding a cavity, one of the sidewalls having a latch member a second connector housing insertable into the cavity, the second connector housing having a locking lever connected thereto; a connector position assurance device coupled to the second connector housing, the CPA device having a base portion, a center prong projecting forwardly from the base portion and a pair of lateral prongs (314, 316) extending perpendicularly from an end portion of the center prong wherein before the second connector housing is inserted into the cavity, the CPA device is fixed to the second connector housing in a pre-lock position at which the locking lever is allowed to deflect relative to the second connector housing between a first position to engage with the latch member and a second position to disengage from the latch member; wherein when the second connector housing is inserted into the cavity, the CPA device is released from the pre-locking position and movable to a final lock position at which, an end portion of the center prong is placed between the locking lever and the second housing to maintain the locking lever in the first position, characterized in that the first connector housing comprises a pair of ribs (114, 116) formed on said one of the sidewalls and projecting inward into the cavity; and when the second connector housing is inserted into the cavity, the pair of ribs (114, 116) urge against the pair of lateral prongs (314, 316) to release the CPA device from the pre-locking position.
A pharmaceutical composition for topic use in the form of an aqueous solution comprising: • 5.000 IU/mL of sodium heparin; • 900 mg of sodium chloride; • 9.045 mL of benzyl alcohol; • 500 mg of polyoxyethylene derivative of a castor oil; • 10.0 mL of propylene glycol; • water for injection in quantity sufficient to 100 mL, and the pH being adjusted from 4.5 to 8.5 with hydrochloric acid or sodium hydroxide, if necessary. • 5.000 IU/mL of sodium heparin; • 900 mg of sodium chloride; • 9.045 mL of benzyl alcohol; • 500 mg of polyoxyethylene derivative of a castor oil; • 10.0 mL of propylene glycol; • water for injection in quantity sufficient to 100 mL,
Test head for the electrical testing of a test object, in particular a wafer, comprising at least two guide plates (2, 3, 4) arranged at a distance from one another by means of at least one spacer and comprising guide bores (9, 10, 11) distributed over their surfaces, in which test contact pins for contacting the test object are displaceably guided, wherein the spacer is formed by a plurality of point supports distributed over the surfaces of the guide plates (2, 3, 4) and fastened to the guide plates (2, 3, 4), wherein each of the point supports has a longitudinal direction and transversely, in particular at right angles thereto, a plurality of radial directions distributed over an angular range of 360°, characterized in that the mechanical strength of each of the point supports is smaller in at least one of the radial directions than in the other radial directions, wherein the point supports are arranged rotationally oriented over the surfaces of the guide plates (2, 3, 4) in such a way that the effective directions of the smaller mechanical strength of the individual point supports are all oriented towards the centre of the respective guide plate (2, 3, 4).
Method of controlling the operation of a cooling device for cooling an imaging sensor of a camera, wherein the control is performed based on a model of an acceptable image performance against at least one sensor and/or imaging parameter and a temperature of the imaging sensor in such a way that a image performance level will be above a minimum image performance level by controlling a cooling device operation, wherein the at least one sensor and/or imaging parameter comprises at least one of: sensor analogue gain, digital gain, sensor digital gain, integration time.
A solar cell comprising: a monocrystalline silicon substrate having a base area including a first conductive type dopant; an emitter area including a doping area of a second conductive type dopant opposite to the first conductive type dopant formed in a front side of the monocrystalline silicon substrate; a first tunneling layer entirely formed over a back surface of the monocrystalline silicon substrate; a back surface field area on the back surface of the monocrystalline silicon substrate, wherein the back surface field area comprises a first portion which is disposed on the first tunneling layer; characterized in that the solar cell further comprises a first passivation film formed on the emitter area; a second passivation film formed on the back surface field area a first electrode directly connected to the emitter area through a plurality of openings of the first passivation film, and a second electrode directly connected to the back surface field area through a plurality of openings of the second passivation film, wherein the first portion of the back surface field area is formed of a polycrystalline silicon doped with the first conductive type dopant. a monocrystalline silicon substrate having a base area including a first conductive type dopant; an emitter area including a doping area of a second conductive type dopant opposite to the first conductive type dopant formed in a front side of the monocrystalline silicon substrate; a first tunneling layer entirely formed over a back surface of the monocrystalline silicon substrate; a back surface field area on the back surface of the monocrystalline silicon substrate, wherein the back surface field area comprises a first portion which is disposed on the first tunneling layer; a first passivation film formed on the emitter area; a second passivation film formed on the back surface field area a first electrode directly connected to the emitter area through a plurality of openings of the first passivation film, and a second electrode directly connected to the back surface field area through a plurality of openings of the second passivation film, wherein the first portion of the back surface field area is formed of a polycrystalline silicon doped with the first conductive type dopant.
Printed circuit board assembly for a control device of a motor vehicle having a multi-layered printed circuit board and a plug component, wherein - the printed circuit board has a main section and a connection section as well as a curved connecting section which is arranged between the main section and the connection section and connects the latter mechanically and electrically in such a way that a main plane of extent of the main section runs inclined with respect to a main plane of extent of the connection section, - the curved connecting section is made semi-flexible by means of a thickness (h v) which is reduced compared to the main section and the connection section, and by means of a glass-fiber-reinforced resin, and - the plug component has a multiplicity of plug connectors, wherein each plug connector has a multiplicity of connecting elements with a connection part and a contact pin, wherein the contact pins are connected electrically and mechanically to the connection section and have a main direction of extent which runs perpendicularly with respect to the main plane of extent of the connection section, characterized in that - in each plug connector the connection parts of the connecting elements are arranged in a common mount and - the plug component has a first and a second plug connector row (301, 302) which each contain at least one plug connector and follow one another in a stacking direction which is inclined with respect to the main plane of extent of the main section in such a way that the first plug connector row is at a larger distance from the main section than the second plug connector row. - the printed circuit board has a main section and a connection section as well as a curved connecting section which is arranged between the main section and the connection section and connects the latter mechanically and electrically in such a way that a main plane of extent of the main section runs inclined with respect to a main plane of extent of the connection section, - the curved connecting section is made semi-flexible by means of a thickness (h v) which is reduced compared to the main section and the connection section, and by means of a glass-fiber-reinforced resin, and - the plug component has a multiplicity of plug connectors, wherein each plug connector has a multiplicity of connecting elements with a connection part and a contact pin, wherein the contact pins are connected electrically and mechanically to the connection section and have a main direction of extent which runs perpendicularly with respect to the main plane of extent of the connection section, - in each plug connector the connection parts of the connecting elements are arranged in a common mount and - the plug component has a first and a second plug connector row (301, 302) which each contain at least one plug connector and follow one another in a stacking direction which is inclined with respect to the main plane of extent of the main section in such a way that the first plug connector row is at a larger distance from the main section than the second plug connector row.
A method for providing geographic content in an automotive environment, the method comprising: receiving, by a content server, via a communication network, a request for geographic content from a portable client device, wherein the request includes (i) an indication that a user has invoked a digital mapping service in a vehicle using the client device, (ii) a current location of the client device, and (iii) an identifier of the user; in response to the request, automatically retrieving, by the content server, profile data for the user, the profile data including indications of previous interactions of the user with the digital mapping service including destinations unreachable by car; generating, by the content server, geographic content based on the indications of previous interactions in view of relevance of the previous interactions to an automotive context and excluding destinations unreachable by car; and providing, by the content server, via the communication network, the geographic content to the client device for presentation in the vehicle. receiving, by a content server, via a communication network, a request for geographic content from a portable client device, wherein the request includes (i) an indication that a user has invoked a digital mapping service in a vehicle using the client device, (ii) a current location of the client device, and (iii) an identifier of the user; in response to the request, automatically retrieving, by the content server, profile data for the user, the profile data including indications of previous interactions of the user with the digital mapping service including destinations unreachable by car; generating, by the content server, geographic content based on the indications of previous interactions in view of relevance of the previous interactions to an automotive context and excluding destinations unreachable by car; and providing, by the content server, via the communication network, the geographic content to the client device for presentation in the vehicle.