mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a nomadic device paired with an in-vehicle system of a vehicle, for assisting a vehicle occupant utilizing functionality of said nomadic device via said in-vehicle system, in avoiding incorrectly assuming said in-vehicle system to be at fault rather than said nomadic device, said method comprising: determining, by means of a status determining unit comprised in said nomadic device, status data reflecting a current status associated with said nomadic device, wherein said status data comprises an error indication associated with: said nomadic device itself, a radio communication connection between a radio communications network and said nomadic device, and an application running on said nomadic device, wherein said determining is initiated by a problem associated with the nomadic device being detected and receiving, by means of a nomadic receiving unit comprised in said nomadic device, a status request from said in-vehicle system, wherein said status request comprises a request for determining a current status associated with said nomadic device; and providing, by means of a providing unit comprised in said nomadic device, status information to said in-vehicle system, which status information is based on said status data, wherein indicative information derived from said status information is adapted to be presented by said in-vehicle system. determining, by means of a status determining unit comprised in said nomadic device, status data reflecting a current status associated with said nomadic device, wherein said status data comprises an error indication associated with: said nomadic device itself, a radio communication connection between a radio communications network and said nomadic device, and an application running on said nomadic device, said nomadic device itself, a radio communication connection between a radio communications network and said nomadic device, and an application running on said nomadic device, wherein said determining is initiated by a problem associated with the nomadic device being detected and receiving, by means of a nomadic receiving unit comprised in said nomadic device, a status request from said in-vehicle system, wherein said status request comprises a request for determining a current status associated with said nomadic device; and providing, by means of a providing unit comprised in said nomadic device, status information to said in-vehicle system, which status information is based on said status data, wherein indicative information derived from said status information is adapted to be presented by said in-vehicle system.
A method comprising: obtaining, by a first network element comprising processing logic, notification of a plurality of events associated with a plurality of communication sessions, wherein the events include at least one of a mid-session event or an end-session event, wherein the plurality of events are communicated to a routing agent using a first communication protocol by a plurality of second network elements; receiving, by the first network element, a request via a second communication protocol for a communication session to be established for a client computing device; selecting, by the first network element, one or more network elements from the second network elements for the communication session based on the at least one of a mid-session or an end-session event; and communicating, by the first network element, identification information of the one or more network elements selected for use in the communication session, wherein the one or more network elements for the communication session are selected after establishment of the communication session for the client computing device, and wherein the one or more network elements for the communication session are selected for a migration of the communication session to the one or more network elements obtaining, by a first network element comprising processing logic, notification of a plurality of events associated with a plurality of communication sessions, wherein the events include at least one of a mid-session event or an end-session event, wherein the plurality of events are communicated to a routing agent using a first communication protocol by a plurality of second network elements; receiving, by the first network element, a request via a second communication protocol for a communication session to be established for a client computing device; selecting, by the first network element, one or more network elements from the second network elements for the communication session based on the at least one of a mid-session or an end-session event; and communicating, by the first network element, identification information of the one or more network elements selected for use in the communication session, wherein the one or more network elements for the communication session are selected after establishment of the communication session for the client computing device, and wherein the one or more network elements for the communication session are selected for a migration of the communication session to the one or more network elements
Linear electric motor comprising a stator comprising a plurality of stator segments (3a, 3b,... 3n) and a drive system comprising at least one pair of drive units, a first drive unit of said pair connected to a first stator segment and a second drive unit of said pair connected to a second stator segment adjacent the first stator segment, the drive units (4a, 4b) connected to a DC voltage source, each drive unit comprising a DC input circuit section and a multilevel inverter connected to the DC voltage source via the DC input circuit section, the multi-level inverter comprising a multiphase output connected to a drive circuit connection end of coils of the corresponding stator segment, the DC input circuit section of each drive unit comprising at least two link capacitors (C1, C2) connected in series between a positive and a negative voltage supply line (V+, V-) and having a mid-point therebetween, the multilevel inverter of the first drive unit being a first multilevel inverter and the multilevel inverter of the second drive unit being a second multilevel inverter, characterized in that the mid-point of the first multilevel inverter is connected via a bridge connection to the mid-point of the second multilevel inverter such that the mid-points of the first and second multilevel inverters are at a common electric potential, and in that the drive circuit connection end of the coils connected to the first multi-level inverter is arranged adjacent the drive circuit connection end of the coils connected to the second multi-level inverter, or a star connection end of the coils of the first stator segment is positioned adjacent a star connection end of the second stator segment.
A screw compressor for compressing refrigerant, comprising an electric motor, which has a rotor and a stator, and also a drive shaft and a compressing device with a compressor screw, wherein the compressor screw and the rotor of the electric motor are arranged against or on the drive shaft, wherein the drive shaft is rotatably mounted by means of a first, a second and a third radial bearing (27, 28, 30), wherein the first radial bearing is arranged between the rotor of the electric motor and the compressor screw, wherein the second radial bearing is arranged on a side of the compressor screw opposite the first radial bearing, and wherein the third radial bearing is arranged on a side of the rotor of the electric motor opposite the first radial bearing, characterized in that the first radial bearing and the second radial bearing are each designed as rolling bearings, and the third radial bearing is designed as a plain bearing, wherein the plain bearing communicates with a lubricant inlet and with a lubricant outlet, wherein the lubricant inlet communicates with a first volume which can be subjected to a first pressure and/or the lubricant outlet communicates with a second volume which can be subjected to a second pressure. the first radial bearing and the second radial bearing are each designed as rolling bearings, and the third radial bearing is designed as a plain bearing, wherein the plain bearing communicates with a lubricant inlet and with a lubricant outlet, wherein the lubricant inlet communicates with a first volume which can be subjected to a first pressure and/or the lubricant outlet communicates with a second volume which can be subjected to a second pressure.
A connection clamping device (21; 61; 81; 131; 151) connecting a flexible tube to a barbed end of a connection means, whereby the barbed end comprises a barb and the connection means protrudes into an end of the flexible tube, wherein said connection clamping device comprises two halves (23a, 23b) which are connected, thereby forming a tube formed part, and locked to each other by a locking mechanism (33a,33b,34a,34b; 63a, 63b, 64a, 64b) around the connection means and the flexible tube, such that the flexible tube is compressed against the connection means by a first rib (41a, 41b) provided on the inner circumference of the connection clamping device, characterized in that an inner diameter of the connection clamping device except from where the first rib (41a, 41b) is provided is larger than an outer diameter of the flexible tube and an inner diameter of the tube formed part at the position for the first rib (41a, 41b) is less than the outer diameter of the flexible tube.
A glove comprising: a fiber-made base having a shape of a hand of a person, and a coating formed on a surface of the base, wherein a burning treatment is applied to the base; even when a pressure of 9 kPa or higher is applied inside the base, air tightness of a portion of the glove applied with the coating is maintained; the fiber-made base is formed of only filament yarns; the burning treatment burns off loop-shaped projections occurring on a surface of the base due to the filament yarns to flatten a height of a textured surface of the surface of the base to a predetermined value or less; and a coating liquid forming the coating has a viscosity falling into a range from 300 mPa·s or more to 1500 mPa·s or less. a fiber-made base having a shape of a hand of a person, and a coating formed on a surface of the base, wherein a burning treatment is applied to the base; even when a pressure of 9 kPa or higher is applied inside the base, air tightness of a portion of the glove applied with the coating is maintained; the fiber-made base is formed of only filament yarns; the burning treatment burns off loop-shaped projections occurring on a surface of the base due to the filament yarns to flatten a height of a textured surface of the surface of the base to a predetermined value or less; and a coating liquid forming the coating has a viscosity falling into a range from 300 mPa·s or more to 1500 mPa·s or less.
A method for making a composite material, comprising: applying a composition comprising: (a) at least one thermosettable resin; and (b) a curative selected from the group consisting of (i) a mixture of at least one low temperature curative and at least one high temperature curative or (ii) a curative that has a low temperature curative part and a high temperature curative part wherein the amount of the low temperature curative is sufficient to cause enough resin-curative addition reaction to effect B-staging in the full resin-curative formulation, the amount of the high temperature curative is sufficient to cause the resin to cure catalytically but insufficient to cause resin-curative addition reaction in the final cure, and the weight ratio of the resin (a) to the curative (b) is greater than or equal to 5, to one or more continuous fibre tow(s) to impregnate the fiber tow(s), each fibre tow comprising a plurality of fibre filaments; winding the impregnated fiber tow(s) around a mandrel in a filament winding process, removing the impregnated woven construction from the mandrel and laying it flat, first part of a curing of the resin (B-staging), and after B-staging, a final part of the curing, wherein the low temperature curative cures at 23°C to 25°C and the high temperature curative cures at 40°C to 200°C. winding the impregnated fiber tow(s) around a mandrel in a filament winding process, removing the impregnated woven construction from the mandrel and laying it flat, first part of a curing of the resin (B-staging), and after B-staging, a final part of the curing, wherein the low temperature curative cures at 23°C to 25°C and the high temperature curative cures at 40°C to 200°C.
A steam generator for industrial steam cleaning, in particular for generating dry steam for an automated cleaning system for cleaning workpieces by means of a steam jet, comprising - a steam generator container with a water inlet and a steam outlet; - a heatable core of thermally conductive material arranged in the steam generator container and having an inner primary cavity and an inner surface; - a primary heating device for heating the core; - a spray nozzle connected to the water inlet and arranged to spray water in a dosed manner onto the inner surface of the core; and - an additional supplementary heating device provided in the steam generator container upstream of the steam outlet and at least partially inside the core; CHARACTERIZED IN THAT - the supplementary heating device comprises a heatable body having a secondary cavity through which steam generated upstream in the primary cavity of the core can flow for post-heating it to dry steam and which is connected at an inlet side via a passage opening to the primary cavity of the core and at an outlet side to the steam outlet. - a steam generator container with a water inlet and a steam outlet; - a heatable core of thermally conductive material arranged in the steam generator container and having an inner primary cavity and an inner surface; - a primary heating device for heating the core; - a spray nozzle connected to the water inlet and arranged to spray water in a dosed manner onto the inner surface of the core; and - an additional supplementary heating device provided in the steam generator container upstream of the steam outlet and at least partially inside the core; - the supplementary heating device comprises a heatable body having a secondary cavity through which steam generated upstream in the primary cavity of the core can flow for post-heating it to dry steam and which is connected at an inlet side via a passage opening to the primary cavity of the core and at an outlet side to the steam outlet.
A lens-array for an optical instrument, the lens-array comprising: - a first lens, a first optical surface of the first lens being coated with a first antireflective layer and a second optical surface of the first lens being coated with a first filtering layer for suppressing ultraviolet radiation, and - a second lens, a first optical surface of the second lens being coated with a second filtering layer for suppressing infrared radiation and a second optical surface of the second lens being coated with a second antireflective layer, characterized in that the lens-array further comprises a third antireflective layer, and the first and second lenses are bound together with transparent sealing material so that the first and second filtering layers are between the first and second lenses, the third antireflective layer is between the first and second filtering layers, and a light propagation path between the first and second lenses is free from gaps, and the lens-array further comprises a mirror section pasted on a rim area of the second optical surface of the second lens. - a first lens, a first optical surface of the first lens being coated with a first antireflective layer and a second optical surface of the first lens being coated with a first filtering layer for suppressing ultraviolet radiation, and - a second lens, a first optical surface of the second lens being coated with a second filtering layer for suppressing infrared radiation and a second optical surface of the second lens being coated with a second antireflective layer,
Agricultural implement with a functional assembly, in particular in the form of a sensor bar for sensorial scanning of a travel lane, and an implement carrier on which the said functional assembly is arranged, wherein the implement carrier comprises connecting means for connecting the implement to an agricultural attachment machine which is provided for attachment to a tractor, wherein the implement carrier is configured as an intermediate frame for installation between the tractor and the attachment machine, which frame on the one hand comprises tractor coupling means for coupling the intermediate frame to the tractor and on the other hand machine coupling means for coupling the attachment machine to the intermediate frame, wherein the functional assembly comprises at least two operating modes, characterized in that in the at least two operating modes the function of the functional assembly is adapted to different attachment machine models or types, and comprises switching means for semi-automatic or fully automatic switching between the at least two operating modes depending on an attachment machine respectively attached to the intermediate frame, wherein switching means comprise selection means for selecting one of a plurality of attachment machine models or types and are configured, depending on a respectively selected attachment machine model or type, to set the operating mode suitable for it, and/or the switching means are configured to automatically select the corresponding operating mode depending on an identification signal which identifies a respectively mounted attachment machine model or attachment machine type.
A magneto-optical material comprising a transparent ceramic containing as a main component a complex oxide of formula below Tb 2 R 2 O 7 wherein R is at least one element selected from the group consisting of silicon, germanium, tantalum, tin, hafnium and zirconium but is not silicon alone, germanium alone or tantalum alone, the transparent ceramic having an average sintered particle diameter of not more than 2.5 μm, the material having a main phase comprising a cubic structure having a pyrochlore lattice, the pyrochlore transformation ratio as calculated from powder X-ray diffraction results for the magneto-optical material by the method described in the description being at least 51.5% when R in formula is zirconium alone, and at least 97.3% when R is other than zirconium alone, and a Verdet constant at a wavelength of 1064 nm that is at least 0.14 min/(Oe·cm). a main phase comprising a cubic structure having a pyrochlore lattice, the pyrochlore transformation ratio as calculated from powder X-ray diffraction results for the magneto-optical material by the method described in the description being at least 51.5% when R in formula is zirconium alone, and at least 97.3% when R is other than zirconium alone, and a Verdet constant at a wavelength of 1064 nm that is at least 0.14 min/(Oe·cm).
Honing method for machining the internal face of a bore in a workpiece with the aid of at least one honing operation, in particular for honing cylinder running faces in the production of cylinder blocks or cylinder liners for reciprocating piston engines, wherein during a honing operation a flaring-capable honing tool that is coupled to a spindle is moved back and forth within the bore for generating a reciprocating movement in the axial direction of the bore, and is simultaneously rotated for generating a rotating movement superimposed to the reciprocating movement with a torque transmitted by way of the spindle, a bore shape having an axial contour profile, which is rotationally symmetrical in relation to a bore axis and deviates from the circular cylindrical shape, is generated, and for generating an axially variable material removal in at least one stroke modification phase a stroke length and/or a stroke orientation of the reciprocating movement is modified, characterized by controlling the torque transmitted by way of the spindle to the honing tool in such a manner that the torque remains substantially constant during the stroke modification phase such that a deviation of the torque, averaged across a stroke, from a torque nominal value is less than 15%. during a honing operation a flaring-capable honing tool that is coupled to a spindle is moved back and forth within the bore for generating a reciprocating movement in the axial direction of the bore, and is simultaneously rotated for generating a rotating movement superimposed to the reciprocating movement with a torque transmitted by way of the spindle, a bore shape having an axial contour profile, which is rotationally symmetrical in relation to a bore axis and deviates from the circular cylindrical shape, is generated, and for generating an axially variable material removal in at least one stroke modification phase a stroke length and/or a stroke orientation of the reciprocating movement is modified, characterized by controlling the torque transmitted by way of the spindle to the honing tool in such a manner that the torque remains substantially constant during the stroke modification phase such that a deviation of the torque, averaged across a stroke, from a torque nominal value is less than 15%.
A method for assessing prognosis in an individual suffering from alcoholic cirrhosis, which method comprises (a) (i) contacting a plasma sample from said individual with a population of normal neutrophils not from said individual, to produce a test population of neutrophils and (ii) providing a control sample comprising a population of normal neutrophils not from said individual wherein said control sample is not contacted with said plasma sample, (b) assessing the ability of the test population of neutrophils of (a)(i) to phagocytose, (c) comparing said ability of (b) to phagocytose with the ability of said control sample of neutrophils of (a)(ii) to phagocytose, wherein a lower level of neutrophil phagocytosis in said test population, as compared with the level of neutrophil phagocytosis in said control sample is indicative of a prognosis of infection and/or organ failure and/or mortality. (a) (i) contacting a plasma sample from said individual with a population of normal neutrophils not from said individual, to produce a test population of neutrophils and (ii) providing a control sample comprising a population of normal neutrophils not from said individual wherein said control sample is not contacted with said plasma sample, (i) contacting a plasma sample from said individual with a population of normal neutrophils not from said individual, to produce a test population of neutrophils and (ii) providing a control sample comprising a population of normal neutrophils not from said individual wherein said control sample is not contacted with said plasma sample, (b) assessing the ability of the test population of neutrophils of (a)(i) to phagocytose, (c) comparing said ability of (b) to phagocytose with the ability of said control sample of neutrophils of (a)(ii) to phagocytose,