mhurhangee/ep-ind-claims huggingface dataset:
A motor vehicle headlamp comprising at least one lamp assembly, wherein the lamp assembly comprises at least one holder (101a, 101b, 101c, 201) and a flat lamp (102a, 102b, 102c) arranged on the holder (101a, 101b, 101c, 201), characterised in that the flat lamp (102a, 102b, 102c) comprises at least one illuminating surface (106a, 106b, 106c) and at least one back surface facing away from the at least one illuminating surface (106a, 106b, 106c), wherein on the back surface of the flat lamp (102a, 102b, 102c) a contact surface is arranged and the flat lamp (102a, 102b, 102c) is, via the contact surface, mechanically and electrically connected with the at least one holder (101a, 101b, 101c, 201), wherein the holder, for electrically contacting the flat lamp (102a, 102b, 102c), (101a, 101b, 101c, 201), comprises metallic conductor paths (108a, 108b, 108c, 208) which are applied with conductive ink on the holder (101a, 101b, 101c, 201), wherein the at least one holder (101a, 101b, 101c, 201) has an adhesive and contact surface which is electrically and mechanically connected with the contact surface on the back surface of the flat lamp (102a, 102b, 102c) by means of the conductive ink, an electrically conductive adhesive (conductive glue) or by means of an electrically conductive paint (conductive lacquer).
Method for production of a molybdenum film for lamp construction, according to which at least a part of the surface of the molybdenum film is roughened by sandblasting with a sandblasting medium which contains aluminium oxide and/or quartz sand particles, wherein the sandblasting medium contains particles of at least one further component which is formed from one or more oxides from the group comprising zirconium oxide, hafnium oxide, lanthanum oxide, titanium oxide, cerium oxide and tantalum oxide, characterized in that the proportion by weight of the aluminium oxide and/or of the quartz sand in the sandblasting medium is greater than 99 percent by weight, and the proportion by weight of the at least one further component in the sandblasting medium is less than 1 percent by weight.
Sealant layer assembly which allows a sealant layer to be applied on an inner cavity of a tyre outside of tyre production plants; said assembly comprises: (i) a sealant layer to be applied with its first surface on the surface of an inner liner layer facing the inner cavity of a tyre and made up of a rubber layer whose viscosity is such as to create an instantaneous "seal" around an object that penetrated a tread or closing the hole left by the object, (ii) a net layer arranged on said first surface of the sealant layer to be, in use, interposed between the sealant layer and the surface of the inner liner layer facing the inner cavity of a tyre, and (iii) one non-stick protective layer; characterized in that said non-stick protective layer is arranged on said net layer; and in that said net layer having meshes each of which has an area ranging from 0.25 mm 2 to 25 mm 2.
An earphone, comprising: a body formed of a polymer material, the body having an outer portion and an inner portion configured to be located in an ear; an acoustic transducer; and an acoustic waveguide comprising a cavity in the polymer material of the body for coupling sound waves from the acoustic transducer into the ear, the acoustic waveguide having an outer end provided by an opening in the outer portion of the body and an inner end provided by an opening in the inner portion) of the body, at least the inner end being open, wherein the acoustic transducer is mounted to the outer portion of the body and is arranged at the outer end of the acoustic waveguide, wherein the acoustic waveguide has a neck between the outer end and the inner end, the acoustic waveguide having a cross section at the neck that is smaller than a cross section at each of the outer end and the inner end, and wherein the acoustic waveguide includes a bend and the neck is located at the bend. a body formed of a polymer material, the body having an outer portion and an inner portion configured to be located in an ear; an acoustic transducer; and an acoustic waveguide comprising a cavity in the polymer material of the body for coupling sound waves from the acoustic transducer into the ear, the acoustic waveguide having an outer end provided by an opening in the outer portion of the body and an inner end provided by an opening in the inner portion) of the body, at least the inner end being open, wherein the acoustic transducer is mounted to the outer portion of the body and is arranged at the outer end of the acoustic waveguide, wherein the acoustic waveguide has a neck between the outer end and the inner end, the acoustic waveguide having a cross section at the neck that is smaller than a cross section at each of the outer end and the inner end, and wherein the acoustic waveguide includes a bend and the neck is located at the bend.
A data collection and analysis-based device monitoring system comprising: at least one hardware processor; a monitoring data collector, executed by the at least one hardware processor, adapted to obtain, from an optical fiber of a sensing membrane that is used to monitor a thermal property of a device, monitoring data associated with the monitoring of the thermal property of the device, forward the monitoring data to a monitoring data analyzer that is physically remote from the monitoring data collector, and receive, from the monitoring data analyzer and based on an analysis of the monitoring data by the monitoring data analyzer, an indication of an operational status of the device; and a device controller, executed by the at least one hardware processor, to control, based on the indication of the operational status of the device, an operation of the device. at least one hardware processor; a monitoring data collector, executed by the at least one hardware processor, adapted to obtain, from an optical fiber of a sensing membrane that is used to monitor a thermal property of a device, monitoring data associated with the monitoring of the thermal property of the device, forward the monitoring data to a monitoring data analyzer that is physically remote from the monitoring data collector, and receive, from the monitoring data analyzer and based on an analysis of the monitoring data by the monitoring data analyzer, an indication of an operational status of the device; and obtain, from an optical fiber of a sensing membrane that is used to monitor a thermal property of a device, monitoring data associated with the monitoring of the thermal property of the device, forward the monitoring data to a monitoring data analyzer that is physically remote from the monitoring data collector, and receive, from the monitoring data analyzer and based on an analysis of the monitoring data by the monitoring data analyzer, an indication of an operational status of the device; and a device controller, executed by the at least one hardware processor, to control, based on the indication of the operational status of the device, an operation of the device.
A system for marine seismic surveying, comprising: a marine source; and a controller coupled to the source, wherein the controller is configured to: actuate the source in sequence, while the source is moving through a fluid volume at a bottom speed, with an actuation time interval between each actuation comprising a sum of a nominal time and a respective dither time for each actuation; and characterized in that the controller is configured to constrain the respective dither time for each actuation such that a reduction of the actuation time interval relative to a directly precedent actuation time interval is at most a threshold dither time difference, wherein the threshold dither time difference corresponds to a maximum bottom speed to maintain at least a minimum actuation time interval and a nominal distance between each actuation of the source. a marine source; and a controller coupled to the source, wherein the controller is configured to: actuate the source in sequence, while the source is moving through a fluid volume at a bottom speed, with an actuation time interval between each actuation comprising a sum of a nominal time and a respective dither time for each actuation; and characterized in that the controller is configured to constrain the respective dither time for each actuation such that a reduction of the actuation time interval relative to a directly precedent actuation time interval is at most a threshold dither time difference, wherein the threshold dither time difference corresponds to a maximum bottom speed to maintain at least a minimum actuation time interval and a nominal distance between each actuation of the source. actuate the source in sequence, while the source is moving through a fluid volume at a bottom speed, with an actuation time interval between each actuation comprising a sum of a nominal time and a respective dither time for each actuation; and characterized in that the controller is configured to constrain the respective dither time for each actuation such that a reduction of the actuation time interval relative to a directly precedent actuation time interval is at most a threshold dither time difference, wherein the threshold dither time difference corresponds to a maximum bottom speed to maintain at least a minimum actuation time interval and a nominal distance between each actuation of the source.
A system, comprising: a delivery device comprising first and second working channels (336, 338); an endcap comprising first and second lumens (316, 318) defining respective first and second openings, wherein a proximal end of the endcap is attached to a distal end of the delivery device such that the first working channel is contiguous with the first lumen, and the second working channel is contiguous with the second lumen; a tissue sampling element slidably disposed within the second working channel and the second lumen; the system being characterized by further comprising a radial ultrasound transducer disposed within the first working channel and the first lumen, the ultrasound transducer being disposed within a sheath; and a marker in the shape of a strip on the sheath visible in an ultrasound image of the ultrasound transducer, wherein the tissue sampling element is configured to exit the second opening of the second lumen of the endcap, and a fixed location of the sheath and the marker allows a medical professional to identify where the tissue sampling element will appear in the ultrasound image prior to its actuation. a delivery device comprising first and second working channels (336, 338); an endcap comprising first and second lumens (316, 318) defining respective first and second openings, wherein a proximal end of the endcap is attached to a distal end of the delivery device such that the first working channel is contiguous with the first lumen, and the second working channel is contiguous with the second lumen; a tissue sampling element slidably disposed within the second working channel and the second lumen; the system being characterized by further comprising a radial ultrasound transducer disposed within the first working channel and the first lumen, the ultrasound transducer being disposed within a sheath; and a marker in the shape of a strip on the sheath visible in an ultrasound image of the ultrasound transducer, wherein the tissue sampling element is configured to exit the second opening of the second lumen of the endcap, and a fixed location of the sheath and the marker allows a medical professional to identify where the tissue sampling element will appear in the ultrasound image prior to its actuation.
Pipe and sewer cleaning machine, comprising a drive assembly with an electric motor and a housing, wherein the drive assembly is arranged inside a housing volume of the housing, wherein the drive assembly and the housing are adapted to one another in such a way that a cleaning spiral can be guided through the housing and the drive assembly and can be driven by the electric motor, and wherein the pipe and sewer cleaning machine comprises a battery receptacle, to which an exchangeable battery can be detachably fixed, so that the exchangeable battery can be brought into electrically conductive connection with terminals of the battery receptacle, wherein the battery receptacle is connected to the electric motor in such a way that the electric motor can be supplied with energy by the exchangeable battery and can be driven by this energy, characterized in that the pipe and sewer cleaning machine comprises a battery slot which penetrates the housing, wherein the battery slot comprises a slot volume extending between a first slot opening and a second slot opening along a longitudinal axis of the battery slot and a slot wall extending around the slot volume parallel to the longitudinal axis, wherein the slot openings (13, 14) are oriented with slot recesses formed on opposite surface portions of the housing in such a way that the slot openings (13, 14) and the slot recesses are substantially congruent, wherein the slot volume is separated from the housing volume by the slot wall, wherein the battery receptacle projects into the slot volume at least in sections and wherein the battery receptacle and the battery slot are adapted to one another and to the exchangeable battery in such a way that the exchangeable battery can be inserted, at least in sections, into the slot volume through at least one of the slot openings (13, 14) and can be secured to the battery receptacle as intended.
A tubular battery attached with an externally-attached positive temperature coefficient element (1a, 1b, 1c) and a lead terminal plate, wherein: the tubular battery comprises: a first electrode terminal, and a second electrode terminal; and the externally-attached PTC element (1a, 1b, 1c) comprises: a bottom plate made of a metal plate, the bottom plate being attached to the first electrode terminal of the tubular battery; a plate-shaped PTC element, and a top panel made of a metal plate, the plate-shaped PTC element and the top panel being stacked in that order above the bottom plate disposed below, the plate-shaped PTC element being disposed in an opposed area between the top panel and the bottom plate, the top panel extending in a first direction with respect to a planar area of the bottom plate, the top panel having a distal end formed into a lead pin mountable to a circuit board; and the lead terminal plate is attached to the second electrode terminal of the tubular battery and is made of a metal plate extending linearly in the first direction, the lead terminal plate having a distal end formed into two lead pins. the tubular battery comprises: a first electrode terminal, and a second electrode terminal; and a first electrode terminal, and a second electrode terminal; and the externally-attached PTC element (1a, 1b, 1c) comprises: a bottom plate made of a metal plate, the bottom plate being attached to the first electrode terminal of the tubular battery; a plate-shaped PTC element, and a top panel made of a metal plate, the plate-shaped PTC element and the top panel being stacked in that order above the bottom plate disposed below, the plate-shaped PTC element being disposed in an opposed area between the top panel and the bottom plate, the top panel extending in a first direction with respect to a planar area of the bottom plate, the top panel having a distal end formed into a lead pin mountable to a circuit board; and the lead terminal plate is attached to the second electrode terminal of the tubular battery and is made of a metal plate extending linearly in the first direction, the lead terminal plate having a distal end formed into two lead pins. a bottom plate made of a metal plate, the bottom plate being attached to the first electrode terminal of the tubular battery; a plate-shaped PTC element, and a top panel made of a metal plate, the plate-shaped PTC element and the top panel being stacked in that order above the bottom plate disposed below, the plate-shaped PTC element being disposed in an opposed area between the top panel and the bottom plate, the top panel extending in a first direction with respect to a planar area of the bottom plate, the top panel having a distal end formed into a lead pin mountable to a circuit board; and the lead terminal plate is attached to the second electrode terminal of the tubular battery and is made of a metal plate extending linearly in the first direction, the lead terminal plate having a distal end formed into two lead pins.
Corner piece to form a corner of a container, whereby the corner piece contains a hollow body that is meant to be applied between the ribs of the container, whereby the hollow body is provided with a wall in which at least one grip opening is applied with a form that can be gripped by external gripping means (51,52), whereby during the gripping a part of such external gripping means can be inserted through the grip opening into the hollow body, whereby the corner piece contains a movable coupling element which can at least move between a maximally protruding position, whereby a coupling part of the coupling element protrudes maximally out of the corner piece on the level of the aforementioned grip opening, such that it can serve as a coupling element for coupling to a corner piece of another container which is placed with an opening adjoining against the protruding coupling element, and, a fully retracted position, in which the movable coupling element is completely inside the corner piece and the grip opening as well as the part of the hollow body adjoining this grip opening is left free in so far that the corner piece is put in a position in which it can be gripped by the aforementioned external gripping means (51,52) characterised in that the movable coupling element can also be put in a partially protruding position, whereby the coupling part of the coupling element only partially extends from the corner piece on the level of the grip opening and thus can serve as guiding element.
An ablation device, comprising an ablation applicator adapted for ablating material from an object upon delivery of an ablation medium to the ablation applicator in an ablation mode; an ablation medium supply line (31, 33) adapted for supplying the ablation medium to the ablation applicator in the ablation mode; an ablation medium drain line adapted for draining the ablation medium received from the ablation applicator in the ablation mode; characterized by a closure mechanism (21, 22, 82) adapted for selectively enclosing a predefined volume in a fluidic path upon operating the ablation device in a no-flow mode or upon detecting a leak in the fluidic path, the fluidic path including the ablation applicator and being defined between the ablation medium supply line (31, 33) and the ablation medium drain line; wherein the closure mechanism (21, 22, 82) comprises a drain valve arranged in the ablation medium drain line; and wherein the "no-flow mode" is an operation mode of the ablation device during which no ablation medium is conveyed through the ablation device to cool the ablation applicator and which is active during time intervals subsequent to ablation mode time intervals or during insertion of the ablation applicator into the object.
A method of wireless communication performed by a user equipment, UE, operating in a discontinuous reception, DRX, mode, comprising: receiving a DRX configuration from a serving cell; receiving at least one reference signal resource configuration for receiving or transmitting reference signals from or to a transmission-reception point, TRP; characterised by: determining, at least based on the DRX configuration and the at least one reference signal resource configuration, whether an overlap exists between at least one reference signal occasion of a plurality of reference signal occasions of the at least one reference signal resource configuration and an active time of the DRX configuration, wherein the plurality of reference signal occasions comprises a plurality of consecutive slots in which the at least one reference signal resource configuration is scheduled; and receiving or transmitting, from or to the TRP, at least based on a determined overlap, at least a first reference signal in the at least one reference signal occasion. receiving a DRX configuration from a serving cell; receiving at least one reference signal resource configuration for receiving or transmitting reference signals from or to a transmission-reception point, TRP; characterised by: determining, at least based on the DRX configuration and the at least one reference signal resource configuration, whether an overlap exists between at least one reference signal occasion of a plurality of reference signal occasions of the at least one reference signal resource configuration and an active time of the DRX configuration, wherein the plurality of reference signal occasions comprises a plurality of consecutive slots in which the at least one reference signal resource configuration is scheduled; and receiving or transmitting, from or to the TRP, at least based on a determined overlap, at least a first reference signal in the at least one reference signal occasion. determining, at least based on the DRX configuration and the at least one reference signal resource configuration, whether an overlap exists between at least one reference signal occasion of a plurality of reference signal occasions of the at least one reference signal resource configuration and an active time of the DRX configuration, wherein the plurality of reference signal occasions comprises a plurality of consecutive slots in which the at least one reference signal resource configuration is scheduled; and receiving or transmitting, from or to the TRP, at least based on a determined overlap, at least a first reference signal in the at least one reference signal occasion.
Process for producing furfural or 5-hydroxy-methylfurfural using a heterogeneous catalyst in aqueous solution, characterized in that the heterogeneous catalyst comprises FePO 4, GaPO 4, BPO 4, Ti 3 (PO 4) 4, AlPO 4 and/or mixtures thereof, wherein the process comprises providing at least one saccharide in the form of an aqueous solution.
An encapsulated composition comprising: a plurality of capsules each comprising an amphiphilic material encapsulating a pyrethroid, the encapsulated pyrethroid having a release rate less than a release rate of unencapsulated pyrethroid, wherein the amphiphilic material has a hydrophilic-lipophilic balance within a range of from 11 to 20 and wherein the amphiphilic material is a graft copolymer, a modified N,N,N',N'-Tetrakis(2- hydroxypropyl)ethylenediamine, a cationic nanoparticle, a diblock or triblock copolymer, a low surface energy silica, a Guerbet ester, or a poly(stearyl methacrylate-co-acrylic acid), and wherein the composition is formable from a method that involves dissolving the pyrethroid in a first solvent, and then mixing the pyrethroid and first solvent in an aqueous solution of amphiphilic material comprising water and the amphiphilic material, wherein the water is immiscible in the first solvent. a plurality of capsules each comprising an amphiphilic material encapsulating a pyrethroid, the encapsulated pyrethroid having a release rate less than a release rate of unencapsulated pyrethroid, wherein the amphiphilic material has a hydrophilic-lipophilic balance within a range of from 11 to 20 and wherein the amphiphilic material is a graft copolymer, a modified N,N,N',N'-Tetrakis(2- hydroxypropyl)ethylenediamine, a cationic nanoparticle, a diblock or triblock copolymer, a low surface energy silica, a Guerbet ester, or a poly(stearyl methacrylate-co-acrylic acid), and wherein the composition is formable from a method that involves dissolving the pyrethroid in a first solvent, and then mixing the pyrethroid and first solvent in an aqueous solution of amphiphilic material comprising water and the amphiphilic material, wherein the water is immiscible in the first solvent.