mhurhangee/ep-ind-claims huggingface dataset:
A conductive ink composition comprising conductive solids and a medium, characterised in that: the conductive solids comprise glass flakes coated with an electrically conductive coating; wherein the electrically conductive coating comprises a conductor selected from the group comprising silver, nickel, gold, metal nanoparticles, indium tin oxide, fluorine doped tin oxide; the glass flakes have average diameter 30 μm to 400 μm and an average thickness in a range from 0.1 μm to 8 μm; and wherein the glass flakes have an aspect ratio of average diameter divided by average thickness of greater than or equal to three; and wherein the conductive ink composition comprises a percentage by weight of glass flakes coated with an electrically conductive coating less than or equal to 50%; and wherein the conductive ink composition comprises a second conductive particulate material selected from the group comprising graphite, graphene, carbon nanoparticles. the conductive solids comprise glass flakes coated with an electrically conductive coating; wherein the electrically conductive coating comprises a conductor selected from the group comprising silver, nickel, gold, metal nanoparticles, indium tin oxide, fluorine doped tin oxide; the glass flakes have average diameter 30 μm to 400 μm and an average thickness in a range from 0.1 μm to 8 μm; and wherein the glass flakes have an aspect ratio of average diameter divided by average thickness of greater than or equal to three; and wherein the conductive ink composition comprises a percentage by weight of glass flakes coated with an electrically conductive coating less than or equal to 50%; and wherein the conductive ink composition comprises a second conductive particulate material selected from the group comprising graphite, graphene, carbon nanoparticles.
An atorvastatin-containing coated preparation comprising a solid formulation containing atorvastatin, a pharmacologically acceptable atorvastatin salt, or a solvate thereof, coated with a coating agent comprising a polyvinyl alcohol copolymer.
A dental filler containing inorganic oxide microparticles with a crystalline structure having an average particle diameter in the range from 2 to 50000 nm, wherein the inorganic oxide microparticles are made from a zirconium silicate compound, wherein the zirconium silicate compound is selected from the group consisting of zirconium trisilicate, as expressed by the chemical formula M 2 ZrSi 3 O 9 or M 2 ZrSi 3 O 9 ·H 2 O(wherein M is an alkali metal), zirconium disilicate, as expressed by the chemical formula M 2 ZrSi 2 O 7 or M 2 ZrSi 2 O 7 ·H 2 O(wherein M is an alkali metal), and a mixture thereof, wherein the refractive index of the inorganic oxide microparticles is at most 1.60.
A compound having the formula Ir(L A) m (L B) 3-m which has a structure selected from the group consisting of wherein m is 1 or 2; wherein R 1, R 2, R 4, and R 5 each independently represent mono, di, tri, or tetra substitution, or no substitution; wherein R 3 represents mono, di, or tri substitution, or no substitution; wherein R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of hydrogen, deuterium, C1 to C6 alkyl, C1 to C6 cycloalkyl, and partially or fully deuterated or fluorinated variants thereof; and wherein R 6 is selected from the group consisting of alkyl having at least seven carbon atoms, cycloalkyl having at least seven carbon atoms, alkyl-cycloalkyl having at least seven carbon atoms, and partially or fully deuterated or fluorinated variants thereof. wherein m is 1 or 2; wherein R 1, R 2, R 4, and R 5 each independently represent mono, di, tri, or tetra substitution, or no substitution; wherein R 3 represents mono, di, or tri substitution, or no substitution; wherein R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of hydrogen, deuterium, C1 to C6 alkyl, C1 to C6 cycloalkyl, and partially or fully deuterated or fluorinated variants thereof; and wherein R 6 is selected from the group consisting of alkyl having at least seven carbon atoms, cycloalkyl having at least seven carbon atoms, alkyl-cycloalkyl having at least seven carbon atoms, and partially or fully deuterated or fluorinated variants thereof.
A method for estimating biological or chemical parameters (x, B) in a sample comprising the following steps: - put the sample through a processing chain, - obtain a representative signal of said biological or chemical parameters (x, B) as a function of at least one variable of the processing chain, and - estimate (104, 106, 108, 110) said biological or chemical parameters (x, B) using a signal processing device by Bayesian inference, on the basis of a direct analytical modeling of said signal as a function of said biological or chemical parameters (x, B) and as a function of technical parameters (γ b, ξ, T, K, K*, α) of the processing chain, characterized in that at least two of said biological or chemical (x, B) or technical (γ b, ξ, T, K, K*, α) parameters as a function of which direct analytical modeling of said signal is defined have a probabilistic dependence relationship between each other, and in that said signal processing by Bayesian inference is furthermore accomplished on the basis of modeling by a conditional prior probability distribution of this dependence. - put the sample through a processing chain, - obtain a representative signal of said biological or chemical parameters (x, B) as a function of at least one variable of the processing chain, and - estimate (104, 106, 108, 110) said biological or chemical parameters (x, B) using a signal processing device by Bayesian inference, on the basis of a direct analytical modeling of said signal as a function of said biological or chemical parameters (x, B) and as a function of technical parameters (γ b, ξ, T, K, K*, α) of the processing chain,
An ophthalmic composition comprising: i) a base oil comprising a silicone oil; ii) an additive comprising a copolymer comprising hydrophobic and hydrophilic units; and iii) a drug. i) a base oil comprising a silicone oil; ii) an additive comprising a copolymer comprising hydrophobic and hydrophilic units; and iii) a drug.
A medical device comprising: a catheter-introducer having a proximal end, a distal end and a central major lumen extending through said catheter-introducer between the proximal end and the distal end along a longitudinal axis; said catheter-introducer comprising an inner liner and an outer layer adjacent said inner liner, wherein said inner liner comprises an inner surface and an outer surface, said inner surface surrounding the central lumen, wherein said central lumen is adapted to receive a second medical device therethrough; a plurality of extruded tubes (38, 38 1 -38 8), each one of which defining a corresponding minor lumen (32, 32 1 -32 8) extending through said catheter-introducer intermediate the inner liner and the outer layer; an electroanatomical system imaging element coupled to a distal portion of said catheter-introducer; a plurality of electrical wires coupled to said electroanatomical system imaging element, wherein each of said plurality of electrical wires extends respectively through one of said minor lumens (32, 32 1 -32 8); at least one deflection element, wherein each of said at least one deflection element extends respectively through another one of said minor lumens (32, 32 1 -32 8); and an actuator coupled to the at least one deflection member and capable of deflecting the distal end of the catheter-introducer. a catheter-introducer having a proximal end, a distal end and a central major lumen extending through said catheter-introducer between the proximal end and the distal end along a longitudinal axis; said catheter-introducer comprising an inner liner and an outer layer adjacent said inner liner, wherein said inner liner comprises an inner surface and an outer surface, said inner surface surrounding the central lumen, wherein said central lumen is adapted to receive a second medical device therethrough; a plurality of extruded tubes (38, 38 1 -38 8), each one of which defining a corresponding minor lumen (32, 32 1 -32 8) extending through said catheter-introducer intermediate the inner liner and the outer layer; an electroanatomical system imaging element coupled to a distal portion of said catheter-introducer; a plurality of electrical wires coupled to said electroanatomical system imaging element, wherein each of said plurality of electrical wires extends respectively through one of said minor lumens (32, 32 1 -32 8); at least one deflection element, wherein each of said at least one deflection element extends respectively through another one of said minor lumens (32, 32 1 -32 8); and an actuator coupled to the at least one deflection member and capable of deflecting the distal end of the catheter-introducer.
A method performed by a User Equipment, UE, the method comprising: receiving a first data frame comprising multiple zones from a radio access network node, wherein a first zone of said multiple zones comprises an UE group identity which is common to several UEs in a group of UEs and wherein the first zone further comprises a first indicator addressing a reserved contention-based access channel for use in a second zone by those UEs having said UE group identity; and retrieving the UE group identity from the first zone and utilize the addressed reserved contention-based access channel when the UE group identity matches that of the UE. receiving a first data frame comprising multiple zones from a radio access network node, wherein a first zone of said multiple zones comprises an UE group identity which is common to several UEs in a group of UEs and wherein the first zone further comprises a first indicator addressing a reserved contention-based access channel for use in a second zone by those UEs having said UE group identity; and retrieving the UE group identity from the first zone and utilize the addressed reserved contention-based access channel when the UE group identity matches that of the UE.
A detection/ignition spark plug for boilers, the spark plug comprising: - a filiform main electrode and a ground electrode; - a sleeve for housing an intermediate portion of the main electrode; - a fixing plate provided with a lower surface configured for facing the combustion chamber of the boiler, an upper surface opposite to a combustion chamber, a housing hole for the sleeve so that a lower end of the main electrode is inside the combustion chamber and an upper end of the main electrode is outside the combustion chamber; - a connecting terminal coupled to the upper end of the main electrode in series with the sleeve; - fixing material applied in a plurality of fixing material application seats between the connecting terminal and the upper end of the main electrode, between the main electrode and the sleeve and between the sleeve and the fixing plate; wherein the fixing material is a material that, at first, is applied in the fixing material application seats in the fluid phase so that it adheres to the connecting terminal, to the main electrode, to the sleeve and to the fixing plate and subsequently is brought to the solid phase; characterised in that the plate comprises a secondary hole for housing the ground electrode, said hole is provided with an enlarged portion with respect to the ground electrode at the upper surface of the plate for receiving the fixing material; wherein all the fixing material application seats are arranged on the outside of the combustion chamber and accessible from the upper surface of the fixing plate. - a filiform main electrode and a ground electrode; - a sleeve for housing an intermediate portion of the main electrode; - a fixing plate provided with a lower surface configured for facing the combustion chamber of the boiler, an upper surface opposite to a combustion chamber, a housing hole for the sleeve so that a lower end of the main electrode is inside the combustion chamber and an upper end of the main electrode is outside the combustion chamber; - a connecting terminal coupled to the upper end of the main electrode in series with the sleeve; - fixing material applied in a plurality of fixing material application seats between the connecting terminal and the upper end of the main electrode, between the main electrode and the sleeve and between the sleeve and the fixing plate;
Treatment apparatus, in particular filter apparatus for treating, in particular filtering, in particular liquid fluids, in particular fuel, oil or water, in particular of an internal combustion engine, in particular of a motor vehicle, having a treatment element which features a housing with a housing pot, a housing cover, at least one inlet for the fluid to be treated and at least one outlet for the treated fluid, and having a connecting head which features at least one supply line for the fluid to be treated connectable to the at least one inlet, and/or at least one discharge line for the treated fluid connectable to the at least one outlet, wherein the connecting head and the treatment element can be connected to each other by means of a releasable bayonet-type connecting means while executing a rotary/plug-in movement around a connecting axis of the treatment apparatus, and the connecting means features at least one housing connecting part on the sides of the housing and at least one head connecting part on the sides of the connecting head, which can cooperate with one another to connect the connecting means, wherein at least a first of the connecting parts features, on sides axially opposite with respect to the connecting axis, in each case one functional surface (106, 108) and at least a second of the connecting parts features at least one counter-functional surface which, for cooperating, engages behind one of the functional surfaces of the at least one first connecting part, characterized in that the treatment element comprises an outer annular gasket for sealing a fluid-guiding area of the treatment apparatus towards the environment, the outer annular gasket being disposed radially inside the housing connecting part and projecting upwardly by up to 5 mm in the axial direction from an axially uppermost point of the housing connecting part and downwardly by up to 5 mm in the axial direction from an axially lowermost point of the housing connecting part.
A generator system having noise suppression, the generator system comprising: a generator housing; an electric generator disposed inside the generator housing, the generator including an internal combustion engine and an alternator coupled to the engine; an array of flow baffles defining a plurality of parallel air flow passages, each of the air flow passages including an entrance for receiving heated air from the alternator and an exit for discharging the heated air such that each flow baffle includes a straight entrance portion and an adjoining angled exit portion which is obliquely angled to straight portion, wherein the flow baffles are configured so that there is no straight line of sight between the entrance and the exit of each of the air flow passages, characterized in that the flow baffles are mounted inside a cavity of a shroud attached to an access panel, such that the air inlet is located at a first end of the shroud adjacent one of its sidewalls and that the air outlet is located at an opposing end of the shroud adjacent the remaining sidewall. a generator housing; an electric generator disposed inside the generator housing, the generator including an internal combustion engine and an alternator coupled to the engine; an array of flow baffles defining a plurality of parallel air flow passages, each of the air flow passages including an entrance for receiving heated air from the alternator and an exit for discharging the heated air such that each flow baffle includes a straight entrance portion and an adjoining angled exit portion which is obliquely angled to straight portion, wherein the flow baffles are configured so that there is no straight line of sight between the entrance and the exit of each of the air flow passages, characterized in that the flow baffles are mounted inside a cavity of a shroud attached to an access panel, such that the air inlet is located at a first end of the shroud adjacent one of its sidewalls and that the air outlet is located at an opposing end of the shroud adjacent the remaining sidewall.
A method for executing safety-relevant and non-safety-relevant software components (SAFET, STANT) on a hardware platform, wherein the hardware platform comprises a computer unit and at least one memory and wherein the at least one non-safety-relevant software component (STANT) along with the at least one safety-relevant software component (SAFET) are executed on this one computer unit and wherein the hardware platform comprises a monitoring component (monitoring module) or is connected thereto and wherein the hardware platform has read-only mechanisms for at least part (SPE1, SPE2) of the at least one memory and wherein the safety-relevant software component (SAFET) has full write access to certain regions (SPE1-SPE4) or to the entire memory or the safety-relevant software component (SAFET) has access to a particular region of the memory which is separate from a region of the memory provided for non-safety-relevant function, and wherein prior to execution of the non-safety-relevant software component (STANT) the safety-relevant safety component (SAFET) sets up memory protection to prevent access of a non-safety-relevant function (STANT) to at least one region (SPE1, SPE2) of the memory of the safety-relevant function (SAFET), so that the non-safety-relevant software component (STANT) only has writing access in limited regions (SPE3, SPE4, SPE5) of the memory and, in particular, does not have access to any of the separated regions (SPE1, SPE2) of the memory for safety-relevant components, and wherein following the return from the non-safety-relevant component (STANT) the memory protection is scaled down again, and wherein the monitoring component monitors the safety-relevant function to ensure smooth running, characterized in that the monitoring component works independently of the computer unit of the hardware platform.
A turbine blade for a gas turbine engine comprising: an airfoil comprising an outer wall formed by a pressure side and a suction side joined at a leading edge and at a trailing edge, a blade tip at a first radial end and a blade root at a second radial end opposite the first radial end for supporting the blade and for coupling the blade to a disc, wherein the blade tip comprises: a tip cap disposed over the outer wall of the airfoil, wherein a trench is defined on a radially outer side of the tip cap facing a hot gas path fluid, the trench being formed by a trench floor flanked on laterally opposite sides by first and second trench side faces (44, 46) such that the trench floor is located radially inwardly in relation to a radially outer surface of the tip cap, wherein the trench extends from a trench inlet located proximal to the leading edge to a trench outlet located proximal to the trailing edge, the trench being configured to entrain a tip leakage flow from the trench inlet to the trench outlet, characterised in that the trench inlet and the trench outlet are both located on the suction side. an airfoil comprising an outer wall formed by a pressure side and a suction side joined at a leading edge and at a trailing edge, a blade tip at a first radial end and a blade root at a second radial end opposite the first radial end for supporting the blade and for coupling the blade to a disc, wherein the blade tip comprises: a tip cap disposed over the outer wall of the airfoil, wherein a trench is defined on a radially outer side of the tip cap facing a hot gas path fluid, the trench being formed by a trench floor flanked on laterally opposite sides by first and second trench side faces (44, 46) such that the trench floor is located radially inwardly in relation to a radially outer surface of the tip cap, wherein the trench extends from a trench inlet located proximal to the leading edge to a trench outlet located proximal to the trailing edge, the trench being configured to entrain a tip leakage flow from the trench inlet to the trench outlet, characterised in that a tip cap disposed over the outer wall of the airfoil, wherein a trench is defined on a radially outer side of the tip cap facing a hot gas path fluid, the trench being formed by a trench floor flanked on laterally opposite sides by first and second trench side faces (44, 46) such that the trench floor is located radially inwardly in relation to a radially outer surface of the tip cap, wherein the trench extends from a trench inlet located proximal to the leading edge to a trench outlet located proximal to the trailing edge, the trench being configured to entrain a tip leakage flow from the trench inlet to the trench outlet, characterised in that the trench inlet and the trench outlet are both located on the suction side.
A spectroscopic measurement device, comprising: A light source unit for outputting pump light (La) and probe light (Lb); a terahertz wave generation unit for generating a terahertz wave by input of the pump light (La); a terahertz wave detection unit to which the terahertz wave and the probe light (Lb) are input and which modulates the probe light (Lb) based on a refractive index that changes due to an electro-optical effect according to input of the terahertz wave; and a light detection unit for detecting the probe light (Lb) modulated by the terahertz wave detection unit, a main body unit configured to include the light source unit and the light detection unit, a measurement unit configured to include the terahertz wave generation unit and the terahertz wave detection unit, and a polarization maintaining fiber configured to optically connect the main body unit and the measurement unit wherein the measurement unit is configured to further include a wave plate arranged on an optical path where the probe light modulated by the terahertz wave detection unit is directed to the light detection unit, and the measurement unit is separate from and movable with respect to the main body unit. A light source unit for outputting pump light (La) and probe light (Lb); a terahertz wave generation unit for generating a terahertz wave by input of the pump light (La); a terahertz wave detection unit to which the terahertz wave and the probe light (Lb) are input and which modulates the probe light (Lb) based on a refractive index that changes due to an electro-optical effect according to input of the terahertz wave; and a light detection unit for detecting the probe light (Lb) modulated by the terahertz wave detection unit, a main body unit configured to include the light source unit and the light detection unit, a measurement unit configured to include the terahertz wave generation unit and the terahertz wave detection unit, and a polarization maintaining fiber configured to optically connect the main body unit and the measurement unit wherein the measurement unit is configured to further include a wave plate arranged on an optical path where the probe light modulated by the terahertz wave detection unit is directed to the light detection unit, and the measurement unit is separate from and movable with respect to the main body unit.