mhurhangee/ep-ind-claims huggingface dataset:
A surface-mountable negative-characteristic thermistor consisting of a ceramic body composed of a semiconductor ceramic material containing Mn, Ni, Co, and Ti; external electrodes disposed on surfaces of the ceramic body; and plating films disposed on the external electrodes, characterized in that the semiconductor ceramic material is composed of Mn, Ni, Co, and Ti, the content of Mn is in the range of 0.1 mol% to 90 mol%, the content of Ni is in the range of 0.1 mol% to 45 mol%, and the content of Co is in the range of 0.1 mol% to 90 mol% provided that the sum of Mn, Ni, and Co is 100 mol %, and wherein when the total molar quantity of Mn, Ni, and Co in the semiconductor ceramic material is defined as 100 parts by mole, the content of Ti is in the range of 0.5 parts by mole to 30 parts by mole, wherein internal electrodes are embedded in the ceramic body, and the internal electrodes are electrically connected to the external electrodes, and wherein the internal electrodes are each composed of Ag-Pd, and the content of Ag is in the range of 60% to 90%.
A contact device for feeding current to at least a first welding wire and a second welding wire, the contact device comprising first and second contact jaws (130, 132); characterised in that at least one of the contact jaws (130, 132) includes a slot formed therein defining first and second fingers (133, 134, 135, 136) to provide the at least one of the contact jaws (130, 132) with improved flexibility to individually and independently flex with the first and second welding wires.
Roof console for a vehicle having at least one touch-slide operating element (1, 2) which is configured to control functional elements of the vehicle, characterized in that the touch-slide operating element (1, 2) is configured such that a swiping movement over a defined length l2 and a pause of the finger after the swiping movement triggers an opening or closing movement of the functional element of the vehicle which lasts until the finger is lifted off.
A method for processing a difficult-to-cut cast iron, comprising the steps of: preparing a workpiece made of a difficult-to-cut cast iron; and cutting said workpiece using a cutting tool having a cutting insert, in said step of cutting said workpiece, said cutting tool revolving while rotating to allow said cutting insert to intermittently contact said workpiece, said cutting insert being formed of a sintered body having a CBN content of not less than 85% by volume, said cutting insert having a thermal conductivity of not less than 100 W/(mK), characterised in that in said step of cutting said workpiece, X is not less than 0.2 μsec and not more than 2 μsec and X/Y is not less than 0.06 and not more than 0.16 where X is a contact time for which said cutting insert and said workpiece contact each other and Y is a noncontact time for which said cutting insert rotates and revolves without contacting said workpiece. preparing a workpiece made of a difficult-to-cut cast iron; and cutting said workpiece using a cutting tool having a cutting insert, in said step of cutting said workpiece, said cutting tool revolving while rotating to allow said cutting insert to intermittently contact said workpiece, said cutting insert being formed of a sintered body having a CBN content of not less than 85% by volume, said cutting insert having a thermal conductivity of not less than 100 W/(mK), characterised in that in said step of cutting said workpiece, X is not less than 0.2 μsec and not more than 2 μsec and X/Y is not less than 0.06 and not more than 0.16 where X is a contact time for which said cutting insert and said workpiece contact each other and Y is a noncontact time for which said cutting insert rotates and revolves without contacting said workpiece.
A circuit breaker for the protection of at least one power line comprising at least one electrical cable (C1, C2), characterized in that it comprises at least: - an electrical cable diameter sensor; and - a data processing unit (PROC) connected to the diameter sensor for receiving a value of said diameter, said processing unit being capable of verifying that the value of said diameter is greater than or equal to a limit value determined from an assigned current of said circuit breaker. - an electrical cable diameter sensor; and - a data processing unit (PROC) connected to the diameter sensor for receiving a value of said diameter,
Slewing baring on a plane bearing basis with the functional units outer ring, inner ring and gliding elements arranged between these as bearing bodies, wherein one of the rings (1,3) contains an integrated structural element (3c, 3d) for driving the associated ring (1, 3), characterised in that the outer ring and the inner ring are made of sheet metal, wherein the structural elements for driving (3c, 3d) are formed by a chipless shaping process in a component of the associated ring (1, 3).
An energy supply circuit for electric components for a motor vehicle, wherein the motor vehicle has a locking system for access- and/or driving authorization, comprising a rechargeable battery, which provides the electric components with energy for their operation, and with a discharge monitoring circuit, which monitors the energy stored in the rechargeable battery, wherein should the energy stored in the rechargeable battery fall below a threshold value, the discharge monitoring circuit switches off the energy supply of at least some components, in particular all components, characterized in that the residual energy contained in the rechargeable battery after switching off the energy supply is made available on request to a component for emergency operation, wherein the component, to which residual energy is provided, is a part of the locking system.
A method for producing a radiation window foil, comprising the following steps: - providing a carrier, - producing an etch-stop layer on the carrier, - producing a mesh on the etch-stop layer, said mesh comprising openings being delimited by ribs, said mesh having a first upper side surface defined by the top of the ribs and a second lower side surface defined by the bottoms of the ribs, the mesh being supported by the carrier, with the etch stop layer on the second lower side of the mesh, wherein said etch stop layer is made of silicon nitride, - covering the mesh with a layer for carrying mechanical stress on the first side of the mesh, said layer covering the ribs and the etch-stop-layer, so that the openings in the mesh at a level closer to the second side surface of the mesh than the first side surface of the mesh are spanned, and - detaching a radiation window foil that comprises the etch stop layer, the mesh and said layer from said carrier, wherein - the step of detaching the radiation window foil from the carrier comprises etching away the carrier. - providing a carrier, - producing an etch-stop layer on the carrier, - producing a mesh on the etch-stop layer, said mesh comprising openings being delimited by ribs, said mesh having a first upper side surface defined by the top of the ribs and a second lower side surface defined by the bottoms of the ribs, the mesh being supported by the carrier, with the etch stop layer on the second lower side of the mesh, wherein said etch stop layer is made of silicon nitride, - covering the mesh with a layer for carrying mechanical stress on the first side of the mesh, said layer covering the ribs and the etch-stop-layer, so that the openings in the mesh at a level closer to the second side surface of the mesh than the first side surface of the mesh are spanned, and - detaching a radiation window foil that comprises the etch stop layer, the mesh and said layer from said carrier, - the step of detaching the radiation window foil from the carrier comprises etching away the carrier.
Plant for the production of rolls of paper, comprising a rewinder that produces logs of paper material, a cutting-off machine that cuts the logs transversely to obtain rolls of predefined length, and a transport unit arranged to move the logs from the rewinder toward the cutting-off machine, wherein said transport unit comprises an inlet section and an outlet section for the logs, characterized in that said transport unit comprises a part between said logs input and output sections adapted to impose a lateral deviation to the same logs while they advance towards the outlet section, the output section of the transport unit being laterally offset by a predetermined value with respect to the input section, the plant comprising a tube-forming machine adapted to produce cardboard tubes each of which constitutes an internal core of a respective log, the tube-forming machine being located at a position that is intercepted by the direction that represents the path of the paper from the unwinder to the rewinder.
A method for processing a neutron flux signal associated with a detection path, the neutron flux signal being representative of a neutron flux detected by a neutron detector over time, the method including the following steps implemented by a calculator: - transforming the neutron flux signal by a variance stabilising transform, to generate a transformed signal; - implementing a test on at least one test quantity, the value of which depends on the transformed signal; - depending on the outcome of the test, selecting a value of at least one adaptable parameter of a predetermined filter from a plurality of distinct values; - filtering the signal transformed by the filter to generate a filtered signal, each adaptable parameter of the filter having the selected value; - inversely transforming the filtered signal by a reciprocal transform of the variance stabilising transform, to generate a filtered neutron flux signal. - transforming the neutron flux signal by a variance stabilising transform, to generate a transformed signal; - implementing a test on at least one test quantity, the value of which depends on the transformed signal; - depending on the outcome of the test, selecting a value of at least one adaptable parameter of a predetermined filter from a plurality of distinct values; - filtering the signal transformed by the filter to generate a filtered signal, each adaptable parameter of the filter having the selected value; - inversely transforming the filtered signal by a reciprocal transform of the variance stabilising transform, to generate a filtered neutron flux signal.
Needle loom for needling a textile planar structure, comprising: at least one needle beam which is disposed in a needling zone and on which is disposed at least one needle board, wherein a multiplicity of needles protrudes from the at least one needle board; at least one drive device for the at least one needle beam, said at least one drive device being designed to move the at least one needle beam at least in a reciprocating stroke movement; and upper and lower support and guide means (10, 12) for the textile planar structure, said upper and lower support and guide means (10, 12) extending at least in the region of the needling zone, wherein an intermediate space for the passage of the textile planar structure is formed between the upper support and guide means and the lower support and guide means; wherein the upper support and guide means are in each case formed by a multiplicity of tensioned wires which are disposed in parallel and between which are disposed upper passage openings for the needles of the at least one needle board; and wherein the lower support and guide means are in each case formed by a multiplicity of tensioned wires which are disposed in parallel and between which are disposed lower passage openings for the needles of the at least one needle board; characterized in that the needle loom furthermore has one cleaning installation for each wire, said cleaning installation being suitable for removing fibres which adhere to the respective wire and are extracted from the textile planar structure during the needling process. at least one needle beam which is disposed in a needling zone and on which is disposed at least one needle board, wherein a multiplicity of needles protrudes from the at least one needle board; at least one drive device for the at least one needle beam, said at least one drive device being designed to move the at least one needle beam at least in a reciprocating stroke movement; and upper and lower support and guide means (10, 12) for the textile planar structure, said upper and lower support and guide means (10, 12) extending at least in the region of the needling zone, wherein an intermediate space for the passage of the textile planar structure is formed between the upper support and guide means and the lower support and guide means; wherein the upper support and guide means are in each case formed by a multiplicity of tensioned wires which are disposed in parallel and between which are disposed upper passage openings for the needles of the at least one needle board; and wherein the lower support and guide means are in each case formed by a multiplicity of tensioned wires which are disposed in parallel and between which are disposed lower passage openings for the needles of the at least one needle board; characterized in that the needle loom furthermore has one cleaning installation for each wire, said cleaning installation being suitable for removing fibres which adhere to the respective wire and are extracted from the textile planar structure during the needling process.
A level sensor unit for measuring the water level in a flushing tank of a sanitary appliance, comprising a casing provided with a pair of joints (12, 13) connectable to an inlet pipe and an outlet pipe respectively; an electric power supply group and a control unit provided with a wireless transmitter, housed in the casing; a sensor-holder bar, projecting from the casing along a longitudinal axis; a bottom sensor, positioned at a free lower end of the bar opposite to the casing; and a top sensor, positioned at an upper end of the casing; wherein the sensors (17a, 17b) are pressure sensors configured so as to detect pressure changes and calculate the water level in the tank by differential pressure values detected by the bottom sensor, immersed in water in the tank, and the top sensor, exposed to atmospheric pressure; and wherein the sensors (17a, 17b) are connected to the control unit to transmit data detected by the sensors (17a, 17b) outside the tank; and wherein the electric power supply group comprises a hydraulic circuit extending between the joints (12, 13), a hydroelectric generation unit, arranged along the circuit, and one or more rechargeable batteries; and the circuit connects the joints (12, 13) so as to circulate a water flow through the hydroelectric generation unit.
A method of fabricating a metal-oxide layer upon a surface, the method comprising providing a substrate having a surface; depositing a crystalline precursor metal-nonmetal layer on the surface via a physical or chemical vapor deposition method, wherein the precursor layer comprises metal and nonmetal constituents, the precursor layer having a first lattice parameter, wherein the metal constituents of the precursor layer comprise a member from the group consisting of the lanthanide elements (Ln): Sc, Y, La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu, and combinations, alloys, and doped substituents thereof; and the nonmetal constituents of the precursor layer comprise a member from the group consisting of: H, C, N, F, P, S, Cl, Se, Br, Te, and combinations thereof; and oxidizing the precursor layer to yield a product metal-oxide layer comprising metal constituents by heating the precursor layer to a temperature between 0 and 1000 °C in a controlled environment; and introducing an oxidizing agent into the environment, wherein the product layer comprises metal and nonmetal constituents, the product layer having a second lattice parameter, wherein the metal constituents of the product layer are the same as the metal constituents of the precursor layer; a majority of the nonmetal constituents of the precursor layer are exchanged for oxygen to yield the product layer; wherein the relative difference between the first and second lattice parameters is less than 5% based on the first lattice parameter; and the product layer is topotactic with the precursor layer.
A camera (200, 1104, 1202, 1204, 1400), comprising: an optics module (240, 600, 600') comprising a lens assembly (206, 620, 620', 1000, 1300) that includes N lens elements L 1 -L N starting with L 1 on an object side, wherein N ≥ 4 and wherein the lens assembly has a back focal length BFL; a pop-out mechanism configured to actuate the lens assembly to an operative pop-out state and to a collapsed state, wherein the lens assembly has a total track length TTL in the operative pop-out state and a collapsed total track length cTTL in the collapsed state, and wherein the pop-out mechanism is configured to control the BFL such that cTTL/EFL < 0.55, wherein, in the operative pop-out state, the BFL is larger than any air-gap between lens elements and the lens assembly has an effective focal length EFL in the range of 7mm to 18mm, and an image sensor having sensor diagonal S D. an optics module (240, 600, 600') comprising a lens assembly (206, 620, 620', 1000, 1300) that includes N lens elements L 1 -L N starting with L 1 on an object side, wherein N ≥ 4 and wherein the lens assembly has a back focal length BFL; a pop-out mechanism configured to actuate the lens assembly to an operative pop-out state and to a collapsed state, wherein the lens assembly has a total track length TTL in the operative pop-out state and a collapsed total track length cTTL in the collapsed state, and wherein the pop-out mechanism is configured to control the BFL such that cTTL/EFL < 0.55, wherein, in the operative pop-out state, the BFL is larger than any air-gap between lens elements and the lens assembly has an effective focal length EFL in the range of 7mm to 18mm, and an image sensor having sensor diagonal S D.
A process for producing a fluorosulfonylimide salt represented by formula, the method comprising reacting a compound represented by formula with a fluorinating agent represented by formula to obtain a fluorosulfonylimide ammonium salt of formula, and reacting the obtained fluorosulfonylimide ammonium salt represented by formula with an alkali metal hydroxide under reduced pressure to obtain the fluorosulfonylimide salt represented by formula, wherein R 1 represents a fluoroalkyl group having 1 to 6 carbon atoms, a fluorine atom, or a chlorine atom, NH 4 F p wherein p represents 0 to 10, wherein R 2 represents a fluoroalkyl group having 1 to 6 carbon atoms, or a fluorine atom, wherein M n+ represents an alkali metal cation, n corresponds with a valency of the alkali metal cation and is 1, and R 2 is as defined above in formula. reacting a compound represented by formula with a fluorinating agent represented by formula to obtain a fluorosulfonylimide ammonium salt of formula, and reacting the obtained fluorosulfonylimide ammonium salt represented by formula with an alkali metal hydroxide under reduced pressure to obtain the fluorosulfonylimide salt represented by formula, wherein R 1 represents a fluoroalkyl group having 1 to 6 carbon atoms, a fluorine atom, or a chlorine atom, NH 4 F p wherein p represents 0 to 10, wherein R 2 represents a fluoroalkyl group having 1 to 6 carbon atoms, or a fluorine atom, wherein M n+ represents an alkali metal cation, n corresponds with a valency of the alkali metal cation and is 1, and R 2 is as defined above in formula.
Apparatus for storing a bioprosthesis immersed in a storage solution comprising: a jar having a base, a side wall extending upwardly from the base, and a rim at the top of the side wall opposite the base, the jar defining a volume that can contain storage solution; and a lid removably attached to the rim of the jar, characterized by: a lid liner that is press fit into the lid; and a boss that extends from the lid liner into the jar below the rim when the lid is attached to the rim of the jar, whereby the boss reduces the volume of the jar that can contain the storage solution when the lid is attached to the rim of the jar. a jar having a base, a side wall extending upwardly from the base, and a rim at the top of the side wall opposite the base, the jar defining a volume that can contain storage solution; and a lid removably attached to the rim of the jar, characterized by: a lid liner that is press fit into the lid; and a boss that extends from the lid liner into the jar below the rim when the lid is attached to the rim of the jar, whereby the boss reduces the volume of the jar that can contain the storage solution when the lid is attached to the rim of the jar. a lid liner that is press fit into the lid; and a boss that extends from the lid liner into the jar below the rim when the lid is attached to the rim of the jar, whereby the boss reduces the volume of the jar that can contain the storage solution when the lid is attached to the rim of the jar.
A composition, comprising: a continuous water phase; and a discontinuous oil phase comprising a UV-absorbing polyester that is formed by a polycondensation reaction of dimerdiol having Chemical Abstracts registry number (CAS number) 147853-32-5, di-trimethylolpropane having Chemical Abstracts registry number (CAS number) 23235-61-2, dimethyladipate having Chemical Abstracts registry number (CAS number) 627-93-0, and benzenepropanoic acid, 3-(2h-benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxy, methylester having Chemical Abstracts registry number (CAS number) 84268-33-7 in an amount effective to provide said composition with an SPF of 2 or more in the absence of a non-polymeric UV-absorber, wherein said discontinuous oil phase is stable in said continuous water phase; and an oil-gelling polymer, wherein said oil gelling polymer is selected from the group consisting of a C 2 -C 4 alkylcellulose, dibutyl ethylhexanoyl glutamide and dibutyl lauroyl glutamide, wherein said composition contains less than 1% by weight of a non-polymeric UV-absorber. a continuous water phase; and a discontinuous oil phase comprising a UV-absorbing polyester that is formed by a polycondensation reaction of dimerdiol having Chemical Abstracts registry number (CAS number) 147853-32-5, di-trimethylolpropane having Chemical Abstracts registry number (CAS number) 23235-61-2, dimethyladipate having Chemical Abstracts registry number (CAS number) 627-93-0, and benzenepropanoic acid, 3-(2h-benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxy, methylester having Chemical Abstracts registry number (CAS number) 84268-33-7 in an amount effective to provide said composition with an SPF of 2 or more in the absence of a non-polymeric UV-absorber, wherein said discontinuous oil phase is stable in said continuous water phase; and an oil-gelling polymer, wherein said oil gelling polymer is selected from the group consisting of a C 2 -C 4 alkylcellulose, dibutyl ethylhexanoyl glutamide and dibutyl lauroyl glutamide,
System having a roll support of a roll stand and an adjustment device for adjusting a roll in the roll support, the adjustment device comprising a cylinder housing fastened to the roll support and a piston that is guided so as to be movable in translation therein, wherein the position of the piston is able to be determined via a travel measurement device connected to a coupling rod, wherein the coupling rod is fastened directly to the piston, wherein the piston has a guide element which extends from the piston base in the direction of the travel measurement device and the coupling rod is fastened to the guide element, characterized in that the travel measurement device is arranged on the opposite side of the roll support from the cylinder housing and the guide element is guided in a guide opening of the cylinder housing, and in that a sliding guide for the coupling rod is provided, which is arranged at an end, facing the travel measurement device, of a bore in the roll support, wherein the coupling rod connecting the piston and the travel measurement device is guided at least partially through the bore in the roll support.