mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: a memory configured to store instructions; at least one communication circuitry ; at least one display ; and at least one processor configured to, when executing the instructions: reproduce multimedia content in the electronic device; when the electronic device identifies an external electronic device located in proximity to the user of the electronic device identify , through the at least one communication circuitry, whether the electronic device is pairable with the external electronic device interlocked with the electronic device ; and while reproducing the multimedia content in the electronic device, superimpose and display , on a screen which is being displayed through the at least one display, a visual object indicating that the external electronic device is capable of continuously reproducing the multimedia content from a time at which reproduction of the multimedia content has been progressed in the electronic device, based on identifying whether the electronic device is pairable with the external electronic device. a memory configured to store instructions; at least one communication circuitry ; at least one display ; and at least one processor configured to, when executing the instructions: reproduce multimedia content in the electronic device; when the electronic device identifies an external electronic device located in proximity to the user of the electronic device identify , through the at least one communication circuitry, whether the electronic device is pairable with the external electronic device interlocked with the electronic device ; and while reproducing the multimedia content in the electronic device, superimpose and display , on a screen which is being displayed through the at least one display, a visual object indicating that the external electronic device is capable of continuously reproducing the multimedia content from a time at which reproduction of the multimedia content has been progressed in the electronic device, based on identifying whether the electronic device is pairable with the external electronic device. reproduce multimedia content in the electronic device; when the electronic device identifies an external electronic device located in proximity to the user of the electronic device identify , through the at least one communication circuitry, whether the electronic device is pairable with the external electronic device interlocked with the electronic device ; and while reproducing the multimedia content in the electronic device, superimpose and display , on a screen which is being displayed through the at least one display, a visual object indicating that the external electronic device is capable of continuously reproducing the multimedia content from a time at which reproduction of the multimedia content has been progressed in the electronic device, based on identifying whether the electronic device is pairable with the external electronic device.
An inkjet printhead comprising: an elongate fluid manifold having a base comprising a truss structure , the truss structure having webs extending between opposite chords , wherein a plurality of openings between the webs and the chords define fluid outlets ; and one or more printhead chips attached to the webs of the truss structure, each printhead chip receiving printing fluid from a plurality of the fluid outlets, characterized in that all fluid outlets of the truss structure are laterally flared towards a side of a respective printhead chip. an elongate fluid manifold having a base comprising a truss structure , the truss structure having webs extending between opposite chords , wherein a plurality of openings between the webs and the chords define fluid outlets ; and one or more printhead chips attached to the webs of the truss structure, each printhead chip receiving printing fluid from a plurality of the fluid outlets, characterized in that all fluid outlets of the truss structure are laterally flared towards a side of a respective printhead chip.
Arrangement comprising a battery and a cooling system with a filling element for heat transfer from the battery to the cooling system, wherein the filling element has a layer deformed three-dimensionally from a planar layer, characterized in that the filling element comprises a plurality of foam rubber elements as the base body, which have a circle as cross-sectional shape and are surrounded by a copper material or another heat-conductive film such that a closed chamber is formed and are arranged next to one another between battery cell and housing.
A lubricant dispensing system comprising: a lubricant supply ; an electrostatic spray head for receiving lubricant from said lubricant supply ; said spray head including a nozzle body that defines a lubricant receiving chamber ; an electrode assembly including an electrode mounted in said nozzle body and connected to a high voltage source for electrostatically charging lubricant directed into said lubricant receiving chamber ; a capillary tube supported by said nozzle body ; said capillary tube having an inlet end communicating with said lubricant receiving chamber and an outlet end that defines a discharge orifice of said electrostatic spray head ; said capillary tube having an internal diameter between 0.508 and 0.813 mm (0.020 and 0.032 inches) for directing electrostatically charged lubricant from said spray head in the form of a single stream of electrostatically charged droplets in aligned relation for application onto an item to be lubricated in a tightly controlled line having a width no greater than 3.175mm (0.125 inches); characterized by said electrode being mounted for adjustable positioning relative to said nozzle body , and said electrode having a terminal end that is positionable in predetermined spaced relation to the inlet end of said capillary tube for controlling the flow rate of lubricant through said capillary tube as an incident to adjustable positioning of the electrode . a lubricant supply ; an electrostatic spray head for receiving lubricant from said lubricant supply ; said spray head including a nozzle body that defines a lubricant receiving chamber ; an electrode assembly including an electrode mounted in said nozzle body and connected to a high voltage source for electrostatically charging lubricant directed into said lubricant receiving chamber ; a capillary tube supported by said nozzle body ; said capillary tube having an inlet end communicating with said lubricant receiving chamber and an outlet end that defines a discharge orifice of said electrostatic spray head ; said capillary tube having an internal diameter between 0.508 and 0.813 mm (0.020 and 0.032 inches) for directing electrostatically charged lubricant from said spray head in the form of a single stream of electrostatically charged droplets in aligned relation for application onto an item to be lubricated in a tightly controlled line having a width no greater than 3.175mm (0.125 inches); characterized by said electrode being mounted for adjustable positioning relative to said nozzle body , and said electrode having a terminal end that is positionable in predetermined spaced relation to the inlet end of said capillary tube for controlling the flow rate of lubricant through said capillary tube as an incident to adjustable positioning of the electrode .
A semi-crystalline mixture of polyester polyols which recrystallizes upon melting, obtainable by polycondensation of a reaction mixture comprising one or more dicarboxylic acids and one or more diols, wherein a) at least 50 mol.% of the dicarboxylic acids are selected from saturated aliphatic dicarboxylic acids having an even number of at least 8 methylene groups which have neither a tertiary nor a quaternary carbon atom; and b) at least 40 mol.% of the diols are selected from aliphatic diols that have at least one ether function but have neither a tertiary nor a quaternary carbon atom. a) at least 50 mol.% of the dicarboxylic acids are selected from saturated aliphatic dicarboxylic acids having an even number of at least 8 methylene groups which have neither a tertiary nor a quaternary carbon atom; and b) at least 40 mol.% of the diols are selected from aliphatic diols that have at least one ether function but have neither a tertiary nor a quaternary carbon atom.
A refrigerator unit and/or a freezer unit comprising a carcass that bounds a cooled inner space (I) of the unit and has a front face (S) that surrounds an opening closable by a closure element; a light guide that is arranged such that it illuminates the refrigerated inner space (I); a light source that feeds light into the light guide and is arranged outside the refrigerated inner space (I): and a front frame that is arranged at the front face (S) of the carcass and comprises the light guide at least sectionally or is formed thereby, characterized in that the front frame partially or completely comprises a magnetizable material.
A method for preparing a drug delivery system in the form of microcapsules in which both a drug and nanobubbles are microencapsulated, the method comprising the steps of: (a) dissolving the drug in an organic solvent, and then mixing it with an oil to prepare a mixed solution; (b) removing the organic solvent from the mixed solution; (c) preparing an oil solution (nanobubble solution) containing both the drug and the nanobubbles, by generating the nanobubbles in the mixed solution from which the organic solvent has been removed, or by preparing an oil containing the drug and an oil containing the nanobubbles, respectively, and then mixing them; and (d) mixing the nanobubble solution in an aqueous solution containing a surfactant. (a) dissolving the drug in an organic solvent, and then mixing it with an oil to prepare a mixed solution; (b) removing the organic solvent from the mixed solution; (c) preparing an oil solution (nanobubble solution) containing both the drug and the nanobubbles, by generating the nanobubbles in the mixed solution from which the organic solvent has been removed, or by preparing an oil containing the drug and an oil containing the nanobubbles, respectively, and then mixing them; and (d) mixing the nanobubble solution in an aqueous solution containing a surfactant.
A push-on fastener for engagement on a stud , the push-on fastener comprising: a body having oppositely facing first and second exterior surfaces and an outer marginal periphery ; a central opening extending axially through the body between the oppositely facing exterior surfaces and defining an inner periphery; a first resilient tab including a first engagement edge and a second resilient tab including a second engagement edge, the first engagement edge defining the inner periphery of the central opening and the second engagement edge defining an outer periphery of the central opening that is outwardly of the inner periphery; and a recess extending axially through the first resilient tab and the second resilient tab which are adjacent to each other between the oppositely facing exterior surfaces proximate the outer marginal periphery of the body, wherein the recess extends into the first resilient tab a greater distance than into the second resilient tab . a body having oppositely facing first and second exterior surfaces and an outer marginal periphery ; a central opening extending axially through the body between the oppositely facing exterior surfaces and defining an inner periphery; a first resilient tab including a first engagement edge and a second resilient tab including a second engagement edge, the first engagement edge defining the inner periphery of the central opening and the second engagement edge defining an outer periphery of the central opening that is outwardly of the inner periphery; and a recess extending axially through the first resilient tab and the second resilient tab which are adjacent to each other between the oppositely facing exterior surfaces proximate the outer marginal periphery of the body, wherein the recess extends into the first resilient tab a greater distance than into the second resilient tab .
Arrangement comprising a pin and a crank for a turbocharger, the crank having a hole in which a connecting portion of the pin for connecting the pin and the crank is press fitted, wherein the hole has a substantially circular cross-section and the connecting portion has a circular cross-section, characterized in that • the cross-section of the hole deviates from the circular shape at at least one place and is larger at this place than the cross-section of the connecting portion , • the diameter of the cross section of the connecting portion of the pin , which is inserted in the hole , is slightly larger than the diameter of the area with the circular cross section of the hole . • the cross-section of the hole deviates from the circular shape at at least one place and is larger at this place than the cross-section of the connecting portion , • the diameter of the cross section of the connecting portion of the pin , which is inserted in the hole , is slightly larger than the diameter of the area with the circular cross section of the hole .
A polymer, characterized in that the polymer is represented by the following formula (I): wherein x and y each represent repeating units, and x and y are both positive integers; is selected from the group consisting of an aryl group containing 6 to 40 ring is selected from the group consisting of an aryl group containing 5 to 40 ring atoms, a heteroaryl group containing 5 to 40 ring atoms and triarylamine; is triarylamine; is selected from the group consisting of an alkyl group containing 1 to 30 carbon atoms, an alkoxy group containing 1 to 30 carbon atoms, an amino group, an alkenyl group, an alkynyl group, an aralkyl group, and a heteroalkyl group; R 2 , R 3 and R 4 are each independently selected from the group consisting of H, D, F, CN, an alkyl group containing 1 to 30 carbon atoms, a fluoroalkyl group, an aryl group, a heteroaryl group, amino, Si, germyl, an alkoxy group containing 1 to 30 carbon atoms, an aryloxy group, a fluoroalkoxy group, a siloxane group, a siloxy group, a deuterated alkyl group, a deuterated fluoroalkyl group, a deuterated aryl group, a deuterated heteroaryl group, deuterated amino group, deuterated silicon group, deuterated germyl, a deuterated alkoxy group, a deuterated aryloxy group, a deuterated fluoroalkoxy group, deuterated siloxane group and a deuterated siloxy group.
A heat shield panel for use in a combustor of a gas turbine engine , comprising: an inner base layer (280; 380); an outer base layer (282; 382); and a grommet (250; 350), characterised by the grommet (250; 350) having a flange (254; 354) disposed between the inner base layer (280; 380) and the outer base layer (282; 382), wherein the grommet (250; 350) includes an orifice that defines a centerline (R) and a boss portion (258; 358) disposed about the centerline (R), wherein the flange (254; 354) extends radially outward of the centerline (R) from an outer surface (256; 356) of the boss portion (258; 358), wherein the flange (254; 354) includes an outer face that defines an outer face radial extent and wherein the outer face includes a first outer face portion with a first surface normal that is substantially parallel to the radial centerline (R) and a second outer face portion with a second surface normal that is divergent from the radial centerline (R), wherein the first surface normal of the first outer face portion and the second surface normal of the second outer face portion transition from substantially parallel to diverging directions with respect to the radial centerline (R) at a transition portion that extends circumferentially about the radial centerline (R). an inner base layer (280; 380); an outer base layer (282; 382); and a grommet (250; 350), characterised by the grommet (250; 350) having a flange (254; 354) disposed between the inner base layer (280; 380) and the outer base layer (282; 382), wherein the grommet (250; 350) includes an orifice that defines a centerline (R) and a boss portion (258; 358) disposed about the centerline (R), wherein the flange (254; 354) extends radially outward of the centerline (R) from an outer surface (256; 356) of the boss portion (258; 358), wherein the flange (254; 354) includes an outer face that defines an outer face radial extent and wherein the outer face includes a first outer face portion with a first surface normal that is substantially parallel to the radial centerline (R) and a second outer face portion with a second surface normal that is divergent from the radial centerline (R), wherein the first surface normal of the first outer face portion and the second surface normal of the second outer face portion transition from substantially parallel to diverging directions with respect to the radial centerline (R) at a transition portion that extends circumferentially about the radial centerline (R).
An annular space separating mechanism which enables support to the inner tank of vacuum insulated cryogenic tanks, against transport loads arising from transportation systems such as sea route, land route and train during the transportation at horizontal position, and the support mechanism separates after the tank that is transported to the work field is positioned vertically and inhibits the occurring of a thermal bridge between the inner tank and outer tank, comprising; • a cover plate which is configured to hold the vacuum and to contact the inner tank sheet metal during the transportation, • a threaded rod which is configured to turn the turning movement that is applied for separating the said support mechanism from the tank into a bidirectional axial movement, • a nut which enables the vertical movement of the said threaded rod , • yellow brass bearing , which enables the up and down movement of the said bearing member by turning inside the bearing member when the said threaded rod turns, • bearing member which enables the bearing of said yellow brass bearing and which enables contact to said cover plate , • an expansion joint which enables the compression / extension movement when the said threaded rod turns. • a cover plate which is configured to hold the vacuum and to contact the inner tank sheet metal during the transportation, • a threaded rod which is configured to turn the turning movement that is applied for separating the said support mechanism from the tank into a bidirectional axial movement, • a nut which enables the vertical movement of the said threaded rod , • yellow brass bearing , which enables the up and down movement of the said bearing member by turning inside the bearing member when the said threaded rod turns, • bearing member which enables the bearing of said yellow brass bearing and which enables contact to said cover plate , • an expansion joint which enables the compression / extension movement when the said threaded rod turns.
A gantry washing system comprising - a gantry that can be moved relative to a vehicle , on which gantry washing devices for washing a vehicle are arranged, - a control device for controlling a movement of the gantry and - a detection device for detecting a position of the vehicle , characterized in that - the gantry can be freely moved and oriented relative to the vehicle ; - the detection device can further detect an orientation of the vehicle ; and - the control unit is designed to position and move the gantry in a predetermined manner relative to the detected position and orientation of the vehicle . - a gantry that can be moved relative to a vehicle , on which gantry washing devices for washing a vehicle are arranged, - a control device for controlling a movement of the gantry and - a detection device for detecting a position of the vehicle , characterized in that - the gantry can be freely moved and oriented relative to the vehicle ; - the detection device can further detect an orientation of the vehicle ; and - the control unit is designed to position and move the gantry in a predetermined manner relative to the detected position and orientation of the vehicle . - the gantry can be freely moved and oriented relative to the vehicle ; - the detection device can further detect an orientation of the vehicle ; and - the control unit is designed to position and move the gantry in a predetermined manner relative to the detected position and orientation of the vehicle .
Testing method for the thermal contact between a temperature sensor and a battery cell of a battery module , the method comprising the steps of: Measuring a temperature T 1 of the temperature sensor at a time point t 1 ; Heating the temperature sensor for a defined time (t 2 -t 1 ); Measuring a temperature T 2 of the temperature sensor at a time point t 2 and/or a temperature T 3 of the temperature sensor at a time point t 3 ; and Determining the thermal contact between the temperature sensor and the battery cell based on at least one of the temperature differences ΔT 2,1 =(T 2 -T 1 ), ΔT 3,1 =(T 3 -T 1 ) and/or ΔT 3,2 =(T 3 -T 2 ), wherein the temperature sensor comprises a thermistor in thermal contact with the battery cell of the battery module , and wherein the heating the temperature sensor comprises applying a heating current I heat to the thermistor . Measuring a temperature T 1 of the temperature sensor at a time point t 1 ; Heating the temperature sensor for a defined time (t 2 -t 1 ); Measuring a temperature T 2 of the temperature sensor at a time point t 2 and/or a temperature T 3 of the temperature sensor at a time point t 3 ; and Determining the thermal contact between the temperature sensor and the battery cell based on at least one of the temperature differences ΔT 2,1 =(T 2 -T 1 ), ΔT 3,1 =(T 3 -T 1 ) and/or ΔT 3,2 =(T 3 -T 2 ), wherein the temperature sensor comprises a thermistor in thermal contact with the battery cell of the battery module , and wherein the heating the temperature sensor comprises applying a heating current I heat to the thermistor .