mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a memory device, comprising: providing a memory cell stack adjacent an insulating material (6, 48), the memory cell stack comprising an electrode material (4, 32); forming a blanket seeding material (12, 42) in contact with and across the electrode material and the insulating material; forming a blanket metal (8, 20) comprising tungsten on the blanket seeding material (12, 42b), the blanket metal having a resistivity depending on a grain size distribution of the metal, the resistivity likewise based at least in part on a thickness of the blanket seeding material (12, 42); and patterning the blanket metal (8, 20), the blanket seeding material (12, 42), and the insulating material by etching to form a conductive access line. providing a memory cell stack adjacent an insulating material (6, 48), the memory cell stack comprising an electrode material (4, 32); forming a blanket seeding material (12, 42) in contact with and across the electrode material and the insulating material; forming a blanket metal (8, 20) comprising tungsten on the blanket seeding material (12, 42b), the blanket metal having a resistivity depending on a grain size distribution of the metal, the resistivity likewise based at least in part on a thickness of the blanket seeding material (12, 42); and patterning the blanket metal (8, 20), the blanket seeding material (12, 42), and the insulating material by etching to form a conductive access line.
A scooter vehicle with integrated pillion transport container, the scooter vehicle including at least two wheels (12, 13), one driven wheel and one steering wheel, a set of handlebars for steering the steering wheel to direct a scooter vehicle, a seat for a user, a step through frame, a platform for a user's feet, bodywork panels fitted to the frame, and the integrated pillion transport container including a generally U-shaped lower portion to be attached to the scooter frame, the container having an enclosure defined by number of walls and having an interior portion adapted for receiving articles to be transported, and at least one illumination source located in the container for illuminating at least part of at least one external wall of the container, at least some of the walls to allow at least some of the illumination to pass therethrough, characterized in that the scooter vehicle includes a power plant associated with at least one alternator in order to generate electrical current, a switch mode power supply to smooth the delivery of electrical output to the at least one illumination source powered at least in part from the electrical output of the alternator through the switch mode power supply.
A robotic welding cable for a welding torch, said welding cable comprising: a flexible hose defining a hollow core for passage of welding wire and shielding gas; conductor strands arranged around said flexible hose; and an insulation layer, characterized in that said insulation layer comprises a composite layered covering including electrical insulation covering said conductor strands, and an outer jacket surrounding said electrical insulation; said electrical insulation being formed of an Ethylene Propylene Diene Monomer (EPDM) synthetic rubber, and said outer jacket being formed of a Chlorinated Polyethylene synthetic rubber. a flexible hose defining a hollow core for passage of welding wire and shielding gas; conductor strands arranged around said flexible hose; and an insulation layer, characterized in that said insulation layer comprises a composite layered covering including electrical insulation covering said conductor strands, and an outer jacket surrounding said electrical insulation; said electrical insulation being formed of an Ethylene Propylene Diene Monomer (EPDM) synthetic rubber, and said outer jacket being formed of a Chlorinated Polyethylene synthetic rubber.
Electric steering lock for a vehicle, which comprises the following: - a base plate, - a drive unit mounted on the base plate, - a drive wheel which is in engagement with the drive unit, - an actuating carriage having a curved or wedge-shaped lifting section and a control section which can be controlled by the drive wheel, - a latching bolt which can be displaced by the lifting section of the actuating carriage for locking a steering axle, and - an actuator which has a first force component perpendicular to the direction of movement of the actuating carriage and a second force component parallel to the direction of movement of the actuating carriage, wherein the latching bolt bears against the lifting section by means of a lifting element. - a base plate, - a drive unit mounted on the base plate, - a drive wheel which is in engagement with the drive unit, - an actuating carriage having a curved or wedge-shaped lifting section and a control section which can be controlled by the drive wheel, - a latching bolt which can be displaced by the lifting section of the actuating carriage for locking a steering axle, and - an actuator which has a first force component perpendicular to the direction of movement of the actuating carriage and a second force component parallel to the direction of movement of the actuating carriage, wherein the latching bolt bears against the lifting section by means of a lifting element.
An optical apparatus having: parallel vibration detecting means adapted to detect vibration in a direction parallel or perpendicular to the optical axis of an image pickup optical system; rotation vibration detecting means adapted to detect rotation vibration about the optical axis of the image pickup optical system or about an axis perpendicular to the optical axis; parallel vibration signal processing means adapted to filter-process the output signal of said parallel vibration detecting means, wherein the parallel vibration signal processing means comprises a high pass filter adapted to eliminate in the output signal a gravity acceleration component by a posture of the optical apparatus; rotation vibration signal processing means adapted to filter-process the output signal of said rotation vibration detecting means; and signal processing control means adapted to change the cut-off frequency of the filter characteristic of said high pass filter to a high frequency side when an output signal of said rotation vibration detecting means assumes a predetermined value or greater. parallel vibration detecting means adapted to detect vibration in a direction parallel or perpendicular to the optical axis of an image pickup optical system; rotation vibration detecting means adapted to detect rotation vibration about the optical axis of the image pickup optical system or about an axis perpendicular to the optical axis; parallel vibration signal processing means adapted to filter-process the output signal of said parallel vibration detecting means, wherein the parallel vibration signal processing means comprises a high pass filter adapted to eliminate in the output signal a gravity acceleration component by a posture of the optical apparatus; rotation vibration signal processing means adapted to filter-process the output signal of said rotation vibration detecting means; and signal processing control means adapted to change the cut-off frequency of the filter characteristic of said high pass filter to a high frequency side when an output signal of said rotation vibration detecting means assumes a predetermined value or greater.
An ultrasonic flow meter comprising a flow path for fluid flow, at least two ultrasonic transducers (TR1, TR2) acoustically coupled to the flow path, the one transducer arranged upstream of the other transducer along the flow path, a signal generator for generating electrical transmission signals to the transducers, the signal generator comprising a negative feedback coupled operational amplifier (OP; OPsg), a receiver circuit for receiving electrical reception signals from the transducers, the receiver circuit (RC; RC1, RC2) comprising a negative feedback coupled operational amplifier (OP; OPrc; OPrc1, OPrc2), a switching unit for switching electrical transmission signals between the signal generator and the transducers and for switching electrical reception signal between the transducers and the receiver circuit, a signal processing unit for providing an output indicative of the flow rate in the flow path based on the electrical reception signals, the switching unit being coupled to an output terminal of the operational amplifier of the signal generator, the switching unit being coupled to an inverting input terminal of the operational amplifier of the receiver circuit, and characterized by an output impedance of the signal generator and an input impedance of the receiver circuit being negligible compared to the impedance of the transducers, i.e. less than 1%, preferably less than 0.1% of the transducer impedances, such as less than 10 Ohms, preferably less than 1 Ohm, most preferred less than 0.1 Ohm. a flow path for fluid flow, at least two ultrasonic transducers (TR1, TR2) acoustically coupled to the flow path, the one transducer arranged upstream of the other transducer along the flow path, a signal generator for generating electrical transmission signals to the transducers, the signal generator comprising a negative feedback coupled operational amplifier (OP; OPsg), a receiver circuit for receiving electrical reception signals from the transducers, the receiver circuit (RC; RC1, RC2) comprising a negative feedback coupled operational amplifier (OP; OPrc; OPrc1, OPrc2), a switching unit for switching electrical transmission signals between the signal generator and the transducers and for switching electrical reception signal between the transducers and the receiver circuit, a signal processing unit for providing an output indicative of the flow rate in the flow path based on the electrical reception signals, the switching unit being coupled to an output terminal of the operational amplifier of the signal generator, the switching unit being coupled to an inverting input terminal of the operational amplifier of the receiver circuit, and
A negative electrode material for non-aqueous electrolyte secondary batteries, comprising an active material and 1 to 20% by weight of a binder, said active material comprising: silicon oxide particles which have been coated with carbon by chemical vapour deposition, and silicon particles, the silicon particles being present in an amount of not more than 50% by weight based on the active material; the negative electrode material being obtained by a method comprising combining the coated silicon oxide particles with the silicon particles and the binder, and wherein said carbon coated on said silicon oxide particles is a graphite coating which on Raman spectroscopy exhibits scattering peaks having intensities I 1330 and I 1580 at 1330cm -1 and 1580cm -1, the intensity ratio of I 1330 to I 1580 being in the range 1.5 < I 1330 /I 1580 <3.0, and the coated silicon oxide particles, on solid NMR ( 29 Si-DDMAS) analysis, exhibit a signal area S -84 around -84 ppm and a broad signal area S -110 centering around 110 ppm, the area ratio S -84 /S -110 satisfying 0.5 < S -84 /S -110 < 1.1. silicon oxide particles which have been coated with carbon by chemical vapour deposition, and silicon particles, the silicon particles being present in an amount of not more than 50% by weight based on the active material; the negative electrode material being obtained by a method comprising combining the coated silicon oxide particles with the silicon particles and the binder, and wherein said carbon coated on said silicon oxide particles is a graphite coating which on Raman spectroscopy exhibits scattering peaks having intensities I 1330 and I 1580 at 1330cm -1 and 1580cm -1, the intensity ratio of I 1330 to I 1580 being in the range 1.5 < I 1330 /I 1580 <3.0, and the coated silicon oxide particles, on solid NMR ( 29 Si-DDMAS) analysis, exhibit a signal area S -84 around -84 ppm and a broad signal area S -110 centering around 110 ppm, the area ratio S -84 /S -110 satisfying 0.5 < S -84 /S -110 < 1.1.
Drainage plug for a cavity of a vehicle, in particular for a side sill, with a basic body which can be fixed in an aperture of the cavity and has an opening in which a sealing element is arranged, which sealing element can be moved between a closed position in which the opening is tightly closed, and an open position in which the opening is open, wherein the sealing element is mounted in the basic body so as to be pivotable about a holding axis, characterized in that a receptacle in which at least one holding bolt, which is provided on the sealing element or on the basic body and is mounted pivotably, is provided on the basic body or on the sealing element, and in that the receptacle has a clip connection or latching connection for the bolt.
Light source converter having an LLC resonant circuit, from the secondary side of which light sources (LEDs) such as, for example, an LED string can be supplied. wherein the LLC resonant circuit has: - a half-bridge circuit with two switches (S1, S2) connected in series, - a control circuit, - a resonant circuit supplied starting from a center point of the two switches (S1, S2), and - a transformer fed with AC voltage from an output of the resonant circuit, on the secondary side of which transformer is respectively provided one current path (SP1, SP2) for each of the two polarities of the AC voltage, wherein a detection circuit is provided which is designed to detect a signal (VI, V2) which represents currents (ISPI, ISP2) in the two current paths (SP1, SP2), and wherein the control circuit is designed to set the timing of the two switches (S1, S2) of the half-bridge circuit as a function of the signal (VI, V2) detected by the detection circuit, wherein the detection circuit has at least one detection branch which is designed to detect the signal representing the current through the current path, characterized in that the at least one detection branch is further formed by a series circuit of a third switch, a resistor, and a capacitor, and wherein the first detection branch (EZ 1) is arranged between a rectifier and a filter circuit, wherein the third switch is further clocked synchronously with one of the switches of the half-bridge circuit. - a half-bridge circuit with two switches (S1, S2) connected in series, - a control circuit, - a resonant circuit supplied starting from a center point of the two switches (S1, S2), and - a transformer fed with AC voltage from an output of the resonant circuit, on the secondary side of which transformer is respectively provided one current path (SP1, SP2) for each of the two polarities of the AC voltage,
A message processing method, wherein the method comprises: calculating, by a calling party, a sending time length for sending a service message; requesting an occupation time period from a control node according to the sending time length; upon reception of an application message for the occupation time period from the calling party, determining, by the control node, an application result of the occupation time period of the calling party according to a predetermined rule; feeding the application result back to the corresponding calling party; calculating, by the calling party, a sending time of the service message when a received application result of the occupation time period is success; applying, by the calling party, for a sending token of the service message from the control node when the calling party monitors that the sending time of the service message is exceeded; upon reception of an application message for the sending token from the calling party, determining, by the control node, an application result of the sending token of the calling party according to whether the maximum service processing capability of a called party is reached; feeding the application result back to the corresponding calling party; and sending, by the calling party, the service message of which the sending token is successfully applied for when the received application result of the sending token of the service message is success. calculating, by a calling party, a sending time length for sending a service message; requesting an occupation time period from a control node according to the sending time length; upon reception of an application message for the occupation time period from the calling party, determining, by the control node, an application result of the occupation time period of the calling party according to a predetermined rule; feeding the application result back to the corresponding calling party; calculating, by the calling party, a sending time of the service message when a received application result of the occupation time period is success; applying, by the calling party, for a sending token of the service message from the control node when the calling party monitors that the sending time of the service message is exceeded; upon reception of an application message for the sending token from the calling party, determining, by the control node, an application result of the sending token of the calling party according to whether the maximum service processing capability of a called party is reached; feeding the application result back to the corresponding calling party; and sending, by the calling party, the service message of which the sending token is successfully applied for when the received application result of the sending token of the service message is success.
Method for producing a torsion box for a structure of an aircraft, comprising the steps: - Providing a first component from a Fiber composite material, the first component having a first flat base with a first inside and a first outside, with a plurality of first stiffening elements being arranged on the first inside and an association with the form the first base, - Providing a second component made of a fiber composite material, the second component having a second flat base with a second inside and a second outside, wherein a plurality of second stiffening elements at the second inside can be arranged and a composite with the form a second base, - Placing the first component and the second component on top of each other in such a way that the first stiffening elements lie at least partially on the second inside and the second stiffening elements at least partially on the first Lay inside, Characterized by - Connecting the first stiffening elements to the second base and connecting the second stiffening elements to the first base. - Providing a first component from a Fiber composite material, the first component having a first flat base with a first inside and a first outside, with a plurality of first stiffening elements being arranged on the first inside and an association with the form the first base, - Providing a second component made of a fiber composite material, the second component having a second flat base with a second inside and a second outside, wherein a plurality of second stiffening elements at the second inside can be arranged and a composite with the form a second base, - Placing the first component and the second component on top of each other in such a way that the first stiffening elements lie at least partially on the second inside and the second stiffening elements at least partially on the first Lay inside, Characterized by - Connecting the first stiffening elements to the second base and connecting the second stiffening elements to the first base.
Adapter (26, 126, 226) for a windscreen wiper, particularly a motor vehicle windscreen wiper, the said adapter being intended to connect a wiper blade to a first end piece of a first driving arm of the lateral locking type and secured to a cylindrical rod defining an axis of articulation of the adapter with respect to the said blade, as well as a substantially U-shaped second end piece of a second driving arm, the said adapter comprising a longitudinal body comprising first and second lateral longitudinal walls (42a, 42b, 142a, 142b, 242a, 242b) that are substantially parallel and connected together by a transverse wall (44, 144, 244), the said body comprising at least one through-orifice (56, 156, 256) configured to accommodate the said cylindrical rod, characterized in that it further comprises rotation blocking means (170b, 270b) configured to collaborate with the said first end piece in order to secure the latter and the adapter in terms of rotation about the said axis.
A process for producing tert-butyl hydroperoxide, characterized in that it comprises the following steps: a) fermenting renewable starting materials and, optionally, purifying so as to produce a mixture comprising at least butanol; b) dehydrating the butanol to give butene; c) converting the butene to give isobutene; d) reacting with hydrogen peroxide so as to produce tert-butyl hydroperoxide, e) isolating the tert-butyl hydroperoxide. a) fermenting renewable starting materials and, optionally, purifying so as to produce a mixture comprising at least butanol; b) dehydrating the butanol to give butene; c) converting the butene to give isobutene; d) reacting with hydrogen peroxide so as to produce tert-butyl hydroperoxide, e) isolating the tert-butyl hydroperoxide.
Tined weeder consisting of a frame and a number of tines (2; 12) attached thereto, which are inclined backwards in the direction of travel and can pivot about a first pivot point (3; 13) in a vertical plane containing the direction of travel and are each acted upon by a spring (4; 14) in the direction of an increase in the ground pressure, which tines form a lever, characterized in that the spring (4; 14) is a spring leaf subjected to bending stress, which is clamped with a first end in an abutment (5; 15) fastened to the frame and acts with the other, second, end (7; 17) on the tine (2; 12) at a point which depends on the angular position of the tine (2; 12), wherein the spring leaf (4; 14) is shorter than the distance between the first pivot point (3; 13) and the abutment (5, 15).
Exhaust gas cleaning device for an internal combustion engine, in particular for a stationary gas engine, with at least one catalytic converter arrangement, wherein exhaust gas from the internal combustion engine can flow through the at least one catalytic converter arrangement along a flow direction and the device contains along the flow direction a plurality of catalytically active, in particular mutually independent, regions (4, 4'), wherein a heat dissipation device is provided that includes at least one heat absorbing device and a heat sink, wherein the at least one heat absorbing device is provided between at least two catalytically active regions (4, 4'), wherein the at least one heat absorbing device is in contact with the heat sink, characterised in that the exhaust gas cleaning device includes a plurality of catalytic converter arrangements and an, in particular tubular, inner housing with a housing cover as well as an outer housing surrounding the inner housing, the inner housing having a longitudinal axis, wherein the catalytic converter arrangements are arranged separately from one another on the housing cover of the inner housing.
Compounds of formulas,,,,,,, (VIII), and Where; R 1 = -H, -OCH 3, -NO 2, -NH 2, -N(CH 3) 2, -CN and R 2, R 3, R 4, R 5 and R 6 are independently or equally atom chain(s)/group(s) of 1 atom to 100 atoms. They may equally or independently have one or more of a group comprising alkyl, aryl, alkenyl, alkynyl, amine, ester, carbonate ester, carbonyl, sulphide, organosilane and thiolate.