mhurhangee/ep-ind-claims huggingface dataset:
1. A method of assisting in the remote diagnosis of a vehicle, the vehicle comprising a first computer, and at least one second computer connected to the first computer, said method comprising: - sending a diagnostic request from a diagnostic tool to the first computer via a wireless connection, - sending a request to initiate a remote diagnostic session from the first computer to the second computer, - transmission of the diagnostic request from the first computer to the second computer, - checking whether the request is authorised for a remote diagnostic session, and if the request is authorised, sending a message from the second computer to the first computer, the message including response data to the request, - transmission of the response message from the first computer to the diagnostic tool, - sending a request to close the remote diagnostic session from the first computer to the second computer, characterised in that said second computer includes a session dedicated to diagnosis using a tool directly connected to the vehicle, the second computer comprising a table containing a list of requests and indicating for each request whether it is authorised during a remote diagnostic session, and whether it is authorised during a session dedicated to diagnosis using a tool directly connected to the vehicle, the table being used in the verification step, said method further comprising a filtering step, performed by the first computer upon each receipt of a request and consisting in rejecting the request if the request is a request to open a session. - sending a diagnostic request from a diagnostic tool to the first computer via a wireless connection, - sending a request to initiate a remote diagnostic session from the first computer to the second computer, - transmission of the diagnostic request from the first computer to the second computer, - checking whether the request is authorised for a remote diagnostic session, and if the request is authorised, sending a message from the second computer to the first computer, the message including response data to the request, - transmission of the response message from the first computer to the diagnostic tool, - sending a request to close the remote diagnostic session from the first computer to the second computer, characterised in that said second computer includes a session dedicated to diagnosis using a tool directly connected to the vehicle,
A process for producing a noise-suppression barrier having an insulation layer and a profiled metal sheet, characterized by the following steps: a) coating a flat metal sheet with a printed foil layer, b) profiling the metal sheet and punching holes into the sheet after the foil layer has been attached thereon; and c) applying and annealing a transparent lacquer layer on the foil layer after profiling and punching. a) coating a flat metal sheet with a printed foil layer, b) profiling the metal sheet and punching holes into the sheet after the foil layer has been attached thereon; and c) applying and annealing a transparent lacquer layer on the foil layer after profiling and punching.
A pipe coupling comprising: an annular clamp housing, which has an opening for inserting therein a pipe and which comprises clamp members and tightening elements operative to fasten and tighten said clamp members towards each other in a direction transverse to an axial length of said annular clamp housing so as to apply a radially-inward clamping force on the pipe; an annular seal disposed in the annular clamp housing; and a plurality of grip elements located about an inner perimeter of said opening, each of said grip elements comprising a static wedge, which is fixed to said annular clamp housing, and a movable wedge, which is covered by a grip member having gripping teeth, arranged to slide axially relative to said static wedge, wherein said movable wedge comprises a retaining member, which limits axial travel of said movable wedge, and characterised in that said retaining member is constrained to travel in a groove formed in said static wedge. an annular clamp housing, which has an opening for inserting therein a pipe and which comprises clamp members and tightening elements operative to fasten and tighten said clamp members towards each other in a direction transverse to an axial length of said annular clamp housing so as to apply a radially-inward clamping force on the pipe; an annular seal disposed in the annular clamp housing; and a plurality of grip elements located about an inner perimeter of said opening, each of said grip elements comprising a static wedge, which is fixed to said annular clamp housing, and a movable wedge, which is covered by a grip member having gripping teeth, arranged to slide axially relative to said static wedge, wherein said movable wedge comprises a retaining member, which limits axial travel of said movable wedge, and characterised in that said retaining member is constrained to travel in a groove formed in said static wedge.
A method for operating a piston engine, the method comprising the steps of - monitoring the pressure of a cooling liquid that is used for cooling the cylinders of the engine, - monitoring torsional vibrations of the crankshaft of the engine, - comparing the measured cooling liquid pressure to a predetermined limit value, - comparing the measured torsional vibrations to a predetermined limit value, and - in case the measured cooling liquid pressure exceeds its predetermined limit value and the measured torsional vibrations exceed their predetermined limit value, diagnosing a leaking head gasket. - monitoring the pressure of a cooling liquid that is used for cooling the cylinders of the engine, - monitoring torsional vibrations of the crankshaft of the engine, - comparing the measured cooling liquid pressure to a predetermined limit value, - comparing the measured torsional vibrations to a predetermined limit value, and - in case the measured cooling liquid pressure exceeds its predetermined limit value and the measured torsional vibrations exceed their predetermined limit value, diagnosing a leaking head gasket.
A method for deterministic re-multiplexing of transport streams in Single Frequency Networks, SFN, the method comprising the following steps performed at the main head end: - receiving feeds from at least one source, each feed being multiplexed on multiplexers being referenced by a common 1PPS signal; - providing internal virtual SFN adapters for each multiplexer, where these adapters generate virtual SFN streams denoting the system specific block structure to be used at remote receiving SFN regions; - inserting Time Marker Packets, TMP, into said virtual SFN- streams, said TMPs comprises SFN and PCR timing information measured relative to said 1PPS signals, where said TMPs have a frequency corresponding to the transmission block frequency of the SFN streams, and where said PCR timing information includes a PCR and a PCR TMP which is a copy of the original PCR, where the PCR timing clocks have a frequency of 27 MHz and are locked to the same 1 PPS signal; - applying rate adaptation that matches the system specific modulation scheme to outgoing final multiplexed transport streams, and where the following steps are performed at regional transmitter sites: - receiving at least one of said final multiplexed transport streams on inputs of deterministic re-multiplexers; - extracting the SFN and PCR timing information from information markers in the virtual SFN streams for producing compliant and fully deterministic output streams that will be accepted by the SFN modulators. - receiving feeds from at least one source, each feed being multiplexed on multiplexers being referenced by a common 1PPS signal; - providing internal virtual SFN adapters for each multiplexer, where these adapters generate virtual SFN streams denoting the system specific block structure to be used at remote receiving SFN regions; - inserting Time Marker Packets, TMP, into said virtual SFN- streams, said TMPs comprises SFN and PCR timing information measured relative to said 1PPS signals, where said TMPs have a frequency corresponding to the transmission block frequency of the SFN streams, and where said PCR timing information includes a PCR and a PCR TMP which is a copy of the original PCR, where the PCR timing clocks have a frequency of 27 MHz and are locked to the same 1 PPS signal; - applying rate adaptation that matches the system specific modulation scheme to outgoing final multiplexed transport streams, - receiving at least one of said final multiplexed transport streams on inputs of deterministic re-multiplexers; - extracting the SFN and PCR timing information from information markers in the virtual SFN streams for producing compliant and fully deterministic output streams that will be accepted by the SFN modulators.
A protection device against an electric arc in an electric installation, comprising: - at least one detection apparatus (14, 15) of the electric arc, - at least one short-circuiter establishing a short-circuit for extinction of the electric arc, and - an electronic control unit of the short-circuiter commanding to an established state of said short-circuit in case of detection of the electric arc by the detection apparatus (14, 15), - a switchgear apparatus for interrupting said short-circuit at the end of a predefined short-circuit time delay from the time this short-circuit is established, - an electric isolating circuit breaker between the electric installation and an electric power source of this electric installation, characterized in that it comprises - an actuating system (12, 13) of this circuit breaker to an electric isolation state between the electric installation and the electric power source in case of detection of the electric arc by the detection apparatus (14, 15) after a predefined time after initial detection of the electric arc, the predefined time being longer than the predefined time delay. - at least one detection apparatus (14, 15) of the electric arc, - at least one short-circuiter establishing a short-circuit for extinction of the electric arc, and - an electronic control unit of the short-circuiter commanding to an established state of said short-circuit in case of detection of the electric arc by the detection apparatus (14, 15), - a switchgear apparatus for interrupting said short-circuit at the end of a predefined short-circuit time delay from the time this short-circuit is established, - an electric isolating circuit breaker between the electric installation and an electric power source of this electric installation, - an actuating system (12, 13) of this circuit breaker to an electric isolation state between the electric installation and the electric power source in case of detection of the electric arc by the detection apparatus (14, 15) after a predefined time after initial detection of the electric arc, the predefined time being longer than the predefined time delay.
A display device comprising: a display which projects a first image and a second image; a beam splitter on which the first image and the second image emitted from the display are incident and which projects the second image to a display medium by transmitting the incident first image and reflecting the incident second image; and a first mirror to which the first image which has passed through the beam splitter is incident and which projects the first image to the display medium by reflecting the incident first image characterized in that the display includes a first display element that outputs the first image, a second display element that outputs the second image, and a multiplexer that multiplexes the first image output from the first display element and the second image output from the second display element and followingly emits the multiplexed images. a display which projects a first image and a second image; a beam splitter on which the first image and the second image emitted from the display are incident and which projects the second image to a display medium by transmitting the incident first image and reflecting the incident second image; and a first mirror to which the first image which has passed through the beam splitter is incident and which projects the first image to the display medium by reflecting the incident first image characterized in that the display includes a first display element that outputs the first image, a second display element that outputs the second image, and a multiplexer that multiplexes the first image output from the first display element and the second image output from the second display element and followingly emits the multiplexed images. a first display element that outputs the first image, a second display element that outputs the second image, and a multiplexer that multiplexes the first image output from the first display element and the second image output from the second display element and followingly emits the multiplexed images.
A method of forming a ceramic-polymer composite powder, the method comprising: mixing a polymer, solvent, and particles of a ceramic; where the polymer is selected from the group of polymers consisting of: polycarbonate copolymers, polyetherimide, polyetherimide copolymers, polyphenylsulfone (PPSU), polyarylethersulfone (PAES), and polyether sulfones; and where the ceramic is selected from the group of ceramics consisting of: Al 2 O 3, Fe 3 O 4, Fe 2 O 3, ZnO, ZrO 2, SiO 2, and combinations of any two or more of these ceramics; dissolving at least partially the polymer in the solvent by superheating the mixture to a first temperature above the normal boiling point of the solvent and while maintaining the mixture at a first pressure at which the solvent remains substantially liquid; agitating the superheated mixture for a period of minutes while maintaining the mixture at or above the first temperature and at or above the first pressure; cooling the mixture to or below a second temperature below the normal boiling point of the solvent to cause the polymer to precipitate on the particles of the ceramic and thereby form a plurality of core-shell particles each comprising a core and a shell around the core, where the core comprises a particle of the ceramic and the shell comprises the polymer. mixing a polymer, solvent, and particles of a ceramic; where the polymer is selected from the group of polymers consisting of: polycarbonate copolymers, polyetherimide, polyetherimide copolymers, polyphenylsulfone (PPSU), polyarylethersulfone (PAES), and polyether sulfones; and where the ceramic is selected from the group of ceramics consisting of: Al 2 O 3, Fe 3 O 4, Fe 2 O 3, ZnO, ZrO 2, SiO 2, and combinations of any two or more of these ceramics; where the polymer is selected from the group of polymers consisting of: polycarbonate copolymers, polyetherimide, polyetherimide copolymers, polyphenylsulfone (PPSU), polyarylethersulfone (PAES), and polyether sulfones; and where the ceramic is selected from the group of ceramics consisting of: Al 2 O 3, Fe 3 O 4, Fe 2 O 3, ZnO, ZrO 2, SiO 2, and combinations of any two or more of these ceramics; dissolving at least partially the polymer in the solvent by superheating the mixture to a first temperature above the normal boiling point of the solvent and while maintaining the mixture at a first pressure at which the solvent remains substantially liquid; agitating the superheated mixture for a period of minutes while maintaining the mixture at or above the first temperature and at or above the first pressure; cooling the mixture to or below a second temperature below the normal boiling point of the solvent to cause the polymer to precipitate on the particles of the ceramic and thereby form a plurality of core-shell particles each comprising a core and a shell around the core, where the core comprises a particle of the ceramic and the shell comprises the polymer.
An optical device having a first face, a second face and an optical cavity (24, 25, 26), the optical cavity (24, 25, 26) being defined by a semiconductor substrate and having a length extending between the first face and the second face, the device comprising: a waveguide extending with the optical cavity (24, 25, 26) for inducing light in the cavity (24, 25, 26) to travel along the length of the cavity(24, 25, 26); an active region configured for injection of charge into the cavity (24, 25, 26), the active region being spaced from the first face; and an inactive region, the inactive region being located between the active region and the first face wherein the optical device comprises a laser and a modulator wherein the laser and the modulator are coupled to one another by a further inactive region, and wherein the device is configured such that the second face is the emissive face of the device. a waveguide extending with the optical cavity (24, 25, 26) for inducing light in the cavity (24, 25, 26) to travel along the length of the cavity(24, 25, 26); an active region configured for injection of charge into the cavity (24, 25, 26), the active region being spaced from the first face; and an inactive region, the inactive region being located between the active region and the first face wherein the optical device comprises a laser and a modulator wherein the laser and the modulator are coupled to one another by a further inactive region, and wherein the device is configured such that the second face is the emissive face of the device.
A stent-holder for a delivery device for delivering a stent-valve to an anatomical site for implantation, the stent-holder comprising at least one projection for engaging a complementary region of a stent-valve, the projection having a ramp portion, the projection further having a trunk portion, wherein the ramp portion extends laterally from the trunk portion and has a smaller thickness than a corresponding thickness of the trunk portion, and characterised in that the projection is positioned within an interstice of a body of the stent-holder. the projection further having a trunk portion, wherein the ramp portion extends laterally from the trunk portion and has a smaller thickness than a corresponding thickness of the trunk portion, and characterised in that the projection is positioned within an interstice of a body of the stent-holder.
A switch for an on-load tap-changer of a tapped transformer, comprising - a take-off contact; - a primary fixed contact; - at least one contact unit which has a moving contact, a first arcing contact and a second arcing contact which, during a switching operation of the switch, can be pivoted about a pivot axis in such a way that they can each assume a first position in which they contact the take-off contact and the primary fixed contact and a second position in which they are separated from the arcing contact and the primary fixed contact; characterized in that - when switching from the second position to the first position, the second arcing contact assumes the first position before the first arcing contact and leaves the first position after the first arcing contact when switching from the first position to the second position. - a take-off contact; - a primary fixed contact; - at least one contact unit which has a moving contact, a first arcing contact and a second arcing contact which, during a switching operation of the switch, can be pivoted about a pivot axis in such a way that they can each assume a first position in which they contact the take-off contact and the primary fixed contact and a second position in which they are separated from the arcing contact and the primary fixed contact; characterized in that - when switching from the second position to the first position, the second arcing contact assumes the first position before the first arcing contact and leaves the first position after the first arcing contact when switching from the first position to the second position.
Grout seal for sealing the annular space between two concentrically placed foundation members of an offshore structure including at least one sealing member extending within the annular space between the foundation members in order to seal a grout against the ingress of water and/or to secure said grout against egress into water, comprising at least one resilient primary sealing member attached to the inner wall of an outer foundation member or to the outer wall of an inner foundation member and resting against the outer wall of the inner foundation member or resting against the inner wall of the outer foundation member in order to seal said grout, characterized by comprising at least one elastically compressible secondary sealing member extending within said annular space and permanently providing an active pressure acting radially against horizontal or radial displacement of the foundation members relative to each other and being directly exposed to said grout and being arranged in a fashion that allows said secondary sealing member to be at least partially radially compressed by the pressure exerted by the grout mass.
A rotary press, particularly for manufacturing tablets, with a driven rotor and at least one pressure roller unit, which is detachably secured to a bearing device by means of a retaining device, characterised in that a plurality of similar retaining devices are arranged on the bearing device, wherein the pressure roller unit can be optionally secured to one of the retaining devices and/or can be transferred between them, wherein the retaining device can be brought into a non-use position in which it is received in the bearing device, wherein the retaining device in the non-use position forms a smooth, stepless surface with the side of the bearing device facing the rotor.
An extrusion head for forming a tubular sheath made of polymer material, said extrusion head comprising an annular chamber having a closed upstream end and an open downstream end, said upstream end comprising a radial inlet opening so that a polymer material in the molten state loaded with a flow additive can be injected under pressure, said annular chamber comprising two channels (38, 40) which extend in opposite circular directions from said radial inlet opening and a junction zone opposite said radial inlet opening and in which said two channels (38, 40) meet so as to be able to form, on the one hand, two circumferential flows of polymer material in the molten state which meet in said junction zone, while said flow additive is concentrated in said junction zone, and, on the other hand, an axial flow toward said downstream end allowing said tubular sheath to form, while the meeting of said two flows forms a welded joint concentrated in flow additive in said tubular sheath, said annular chamber further comprising mechanical means (52, 60) for lowering the flow-additive concentration in said welded joint; characterized in that said mechanical means comprise an extraction duct opening into said junction zone so that a fraction of said polymer material in the molten state concentrated in flow additive can be extracted from said junction zone as a result of which the concentration of flow additive in said welded joint is lowered.