mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic vehicle tire having a structured tread which transitions at both sides into sidewalls (3, 4), the end of which is formed by a tire bead (5, 6) which is insertable in air-tight fashion into a wheel rim of a vehicle wheel equipped with the pneumatic vehicle tire, such that an air cavity filled with compressed air is formed between wheel rim and pneumatic vehicle tire, wherein the pneumatic vehicle tire has, on its inner surface situated opposite the tread, a foamed material layer, and the porosity of the foamed material layer amounts to between 70% and 99% of the total volume of the foamed material layer characterized in that 40% of the pores present in the foamed material layer have a size between 0.3 mm and 0.4 mm, 40% of the pores present in the foamed material layer have a size between 0.4 mm and 0.5 mm, 10% of the pores present in the foamed material layer have a size between 0.5 mm and 0.7 mm, 8% of the pores present in the foamed material layer have a size smaller than 0.3 mm, and 2% of the pores present in the foamed material layer have a size greater than 0.7 mm.
A system for detecting an incoming threat, comprising: a. a radio frequency RF system configured for providing an output data being associated with the incoming threat, being used for detecting launch of the incoming threat and determining the type of the incoming threat; b. a radar system configured for providing an output data associated with the incoming threat, being used at least for tracking the incoming threat after the detection of its launch and the determination of its type; and c. a controlling unit configured for controlling the operation of the RF system and the radar system, wherein the controlling unit is configured for receiving and analyzing the output data from the RF system for detecting launch of the incoming threat and determining the type of the incoming threat at least prior to initiating the operation of the radar system. a. a radio frequency RF system configured for providing an output data being associated with the incoming threat, being used for detecting launch of the incoming threat and determining the type of the incoming threat; b. a radar system configured for providing an output data associated with the incoming threat, being used at least for tracking the incoming threat after the detection of its launch and the determination of its type; and c. a controlling unit configured for controlling the operation of the RF system and the radar system, wherein the controlling unit is configured for receiving and analyzing the output data from the RF system for detecting launch of the incoming threat and determining the type of the incoming threat at least prior to initiating the operation of the radar system.
A trunk piston marine engine lubricating oil composition of TBN 20 to 60, as measured by ASTM D2896, for a medium-speed four-stroke compression-ignited marine engine, comprising or made by admixing: 50 mass % or more of the composition of an oil of lubricating viscosity containing greater than or equal to 90% saturates and less than or equal to 0.03% sulphur; a minor amount of less than 30 mass % of the composition of a detergent additive comprising one or more overbased metal hydrocarbyl-substituted hydroxybenzoates; one or more polyisobutene succinic anhydrides in an amount of 1 to 7 mass % of the composition, the polyisobutene having a number average molecular weight of 200 to 3000; and one or more sterically unhindered meta linear pentadecyl phenols in an amount of 0.1 to 6.9 mass % of the composition; and wherein the weight ratio of to is in the range of 0.15 to 0.6, and the combined treat rate of said hydroxybenzoate(s), anhydride(s) and phenol(s) is in the range of 5 to 30, preferably 5 to 25, mass %. 50 mass % or more of the composition of an oil of lubricating viscosity containing greater than or equal to 90% saturates and less than or equal to 0.03% sulphur; a minor amount of less than 30 mass % of the composition of a detergent additive comprising one or more overbased metal hydrocarbyl-substituted hydroxybenzoates; one or more polyisobutene succinic anhydrides in an amount of 1 to 7 mass % of the composition, the polyisobutene having a number average molecular weight of 200 to 3000; and one or more sterically unhindered meta linear pentadecyl phenols in an amount of 0.1 to 6.9 mass % of the composition; and wherein the weight ratio of to is in the range of 0.15 to 0.6, and the combined treat rate of said hydroxybenzoate(s), anhydride(s) and phenol(s) is in the range of 5 to 30, preferably 5 to 25, mass %.
An analytic system, comprising: a bay having an opening on one side, the bay of a size and shape to enclose a cartridge carrying sample material to be analyzed; one or more mechanisms within the bay through which the cartridge and or material within the cartridge is influenced by the analytic system; a door of a size to cover the opening and operable between an open position for receiving the sample cartridge within the bay and a closed position that covers the opening to enclose the sample cartridge within the bay; a closure mechanism associated with the bay and the door, by which the door is held closed; an imaging device incorporated in the door and configured for imaging the presence or absence of a cartridge and a visible indicia affixed on a surface of a cartridge in place in the bay; and an electronic display disposed on the door so as to be visible to a user when the door is in the closed position, wherein the display is configured to present procedural state information.. a bay having an opening on one side, the bay of a size and shape to enclose a cartridge carrying sample material to be analyzed; one or more mechanisms within the bay through which the cartridge and or material within the cartridge is influenced by the analytic system; a door of a size to cover the opening and operable between an open position for receiving the sample cartridge within the bay and a closed position that covers the opening to enclose the sample cartridge within the bay; a closure mechanism associated with the bay and the door, by which the door is held closed; an imaging device incorporated in the door and configured for imaging the presence or absence of a cartridge and a visible indicia affixed on a surface of a cartridge in place in the bay; and an electronic display disposed on the door so as to be visible to a user when the door is in the closed position, wherein the display is configured to present procedural state information..
A method for crimping, by means of an automaton, a ring on a fastening rod extending projecting along an axis from a panel (E1, E2), the automaton comprising a moving clamp gripping a ring and a crimping nose, the method comprising: - a step of moving the moving clamp such that the fastening rod is introduced into the ring; - a step of moving the crimping nose proximate to the fastening rod so as to prevent the ring from being withdrawn from the fastening rod by the crimping nose, the steps of moving the moving clamp and the crimping nose being performed simultaneously; - a step of freeing the ring by the moving clamp such that the ring is free to translate on the fastening rod between the panel (E1, E2) and the crimping nose; and - a step of moving the crimping nose along the axis of the fastening rod towards the panel (E1, E2) so as to crimp said ring on said fastening rod. - a step of moving the moving clamp such that the fastening rod is introduced into the ring; - a step of moving the crimping nose proximate to the fastening rod so as to prevent the ring from being withdrawn from the fastening rod by the crimping nose, the steps of moving the moving clamp and the crimping nose being performed simultaneously; - a step of freeing the ring by the moving clamp such that the ring is free to translate on the fastening rod between the panel (E1, E2) and the crimping nose; and - a step of moving the crimping nose along the axis of the fastening rod towards the panel (E1, E2) so as to crimp said ring on said fastening rod.
A voltage multiplier comprising a chain of at least three multiplier stages (STG 1 - STG N), each multiplier stage (STG j) comprising first and second inputs (IP 1j, IP 2j) and first and second outputs (OP 1j, OP 2j), which first and second outputs (OP 1j, OP 2j) of a multiplier stage (STG j) is coupled to respective first and second inputs (IP 1j, IP 2j) of another multiplier stage (STG j) except for a last multiplier stage (STG N), which first and second inputs (IP 11, IP 21) of a first multiplier stage (STG 1) constitute first and second inputs (IVM 1, IVM 2) of the chain, each multiplier stage (STG j) comprising a series diode arrangement of two diodes (D 1j, D 2j) coupled, in the same current conducting direction, between the first input (IP 1j) and the first output (OP 1j), and equalizing means (VLS j; C 2j, C 3j, C 4j) for equalizing the current distributions, as a function of time, of the currents (I j) through the diodes (D 1j, D 2j), wherein at least one multiplier stage comprises a first capacitor (C 1j) coupled between the first input (IP 1j) and the first output (OP 1j) characterized in that this at least one multiplier stage further comprises a second capacitor (C2j) coupled between the second input (IP 2j) and the second output (OP2j).
An R-Fe-B based rare-earth sintered magnet comprising, as a main phase, crystal grains of an R 2 Fe 14 B type compound that includes a light rare-earth element RL, which is at least one of Nd and Pr, as a major rare-earth element R, wherein the magnet further includes a metallic element M and a heavy rare-earth element RH, both of which have been introduced from its surface by grain boundary diffusion, the metallic element M being at least one element that is selected from the group consisting of Al, Ga, In, Sn, Pb, Bi, Zn and Ag, the heavy rare-earth element RH being at least one element that is selected from the group consisting of Dy, Ho and Tb, and wherein the heavy rare-earth element RH is diffused to reach a depth of 0.5 mm or more as measured from the surface of the magnet.
A pharmaceutical composition comprising (a) an SGLT2 inhibitor, and (b) a GLP-1 receptor agonist, without a third antidiabetic agent, wherein the SGLT2 inhibitor is 1-chloro-4-(β-D-glucopyranos-1-yl)-2-[4-( - tetrahydrofuran-3-yloxy)-benzyl]-benzene and wherein the amount of the SGLT2 inhibitor is from 1 to 25 mg. (a) an SGLT2 inhibitor, and (b) a GLP-1 receptor agonist,
Converter comprising current valves which have a series circuit which is composed of submodules, wherein a switch for bridging the submodule is connected in parallel with each submodule, and the switch - has a contact arrangement which has a fixed contact piece, which is in electrical contact with a fixed contact connection terminal, and a moving contact piece, which can move in relation to the fixed contact piece and is arranged at a distance from the fixed contact piece in a disconnection position and makes contact with the fixed contact piece in a contact position, and - has a pyrotechnic drive for generating a drive movement which can be introduced into the moving contact piece, wherein the contact arrangement is arranged in an air atmosphere at atmospheric pressure, the moving contact piece is part of the pyrotechnic drive, and the pyrotechnic drive has a pyrotechnic force element and an ignition circuit for tripping the pyrotechnic force element, characterized in that - the contact arrangement is in the form of a clamping contact, wherein the clamping contact is a cone-type contact, wherein the moving contact piece is of conical design at its end which is averted from the force element and the fixed contact piece is designed with a complementary shape in this respect, in that - both the fixed contact connection terminal and the fixed contact piece are formed by a planar fixed contact plate, and in that - the fixed contact plate has a recess into which the moving contact piece is moved in the event of switching. - has a contact arrangement which has a fixed contact piece, which is in electrical contact with a fixed contact connection terminal, and a moving contact piece, which can move in relation to the fixed contact piece and is arranged at a distance from the fixed contact piece in a disconnection position and makes contact with the fixed contact piece in a contact position, and - has a pyrotechnic drive for generating a drive movement which can be introduced into the moving contact piece, wherein the contact arrangement is arranged in an air atmosphere at atmospheric pressure, the moving contact piece is part of the pyrotechnic drive, and the pyrotechnic drive has a pyrotechnic force element and an ignition circuit for tripping the pyrotechnic force element, characterized in that - the contact arrangement is in the form of a clamping contact, wherein the clamping contact is a cone-type contact, wherein the moving contact piece is of conical design at its end which is averted from the force element and the fixed contact piece is designed with a complementary shape in this respect, in that - both the fixed contact connection terminal and the fixed contact piece are formed by a planar fixed contact plate, and in that - the fixed contact plate has a recess into which the moving contact piece is moved in the event of switching.
A process for obtaining fruit peel juice comprising the steps of: a) Grinding of the fruit peel in an aqueous solution at 30-60 degrees Celsius with a mill comprising a shredding grid that is characterized by having an opening with circular shape from 16 to 20 mm of diameter and a surface area from 201 to 314 mm 2; b) Submitting the product of step a) to an enzymatic treatment selected from the group consisting of pectinase, pectinlyase, beta-glucanase, cellulase and combinations thereof; c) Separating the liquid phase from the solid phase obtained in step b); d) Sieving the liquid phase obtained in step c); and e) Adding citric acid and ascorbic acid to the liquid phase of step d); f) Pasteurizing the product obtained in step e) by thermal treatment; g) Centrifuging the product obtained in step f); provided that when the fruit is pomegranate, in step e) only citric acid is added and provided that when the fruit is lemon, in step e) no acid is added. a) Grinding of the fruit peel in an aqueous solution at 30-60 degrees Celsius with a mill comprising a shredding grid that is characterized by having an opening with circular shape from 16 to 20 mm of diameter and a surface area from 201 to 314 mm 2; b) Submitting the product of step a) to an enzymatic treatment selected from the group consisting of pectinase, pectinlyase, beta-glucanase, cellulase and combinations thereof; c) Separating the liquid phase from the solid phase obtained in step b); d) Sieving the liquid phase obtained in step c); and e) Adding citric acid and ascorbic acid to the liquid phase of step d); f) Pasteurizing the product obtained in step e) by thermal treatment; g) Centrifuging the product obtained in step f);
Wire-end bending apparatus for bending wire ends when producing a component of an electrical machine which is provided with coils, wherein the wire ends protrude from an annular housing of the component and are bent in a circumferential direction, the apparatus comprising: a first receiving and rotating device for receiving first wire ends and for twisting the first wire ends for the purpose of bending in the circumferential direction, at least a second receiving and rotating device for receiving second wire ends radially offset to the first wire ends and for twisting the second wire ends for the purpose of bending in the circumferential direction, a first drive element for driving the first receiving and rotating device, a second drive element for driving the second receiving and rotating device, a number of axial bearings for absorbing axial forces acting on the receiving and rotating devices (12a, 12b) and for supporting the rotating and receiving devices (12a, 12b) in an axial direction so that they can rotate relative to each other and to the housing about a common axis, but are held stationary relative to each other in the axial direction, and a number of radial bearings (15a, 15b, 15c, 15d) which are distributed around the receiving and rotating devices (12a, 12b) for absorbing radial forces acting on the receiving and rotating devices (12a, 12b) so that they are held stationary in the radial direction. a first receiving and rotating device for receiving first wire ends and for twisting the first wire ends for the purpose of bending in the circumferential direction, at least a second receiving and rotating device for receiving second wire ends radially offset to the first wire ends and for twisting the second wire ends for the purpose of bending in the circumferential direction, a first drive element for driving the first receiving and rotating device, a second drive element for driving the second receiving and rotating device, a number of axial bearings for absorbing axial forces acting on the receiving and rotating devices (12a, 12b) and for supporting the rotating and receiving devices (12a, 12b) in an axial direction so that they can rotate relative to each other and to the housing about a common axis, but are held stationary relative to each other in the axial direction, and a number of radial bearings (15a, 15b, 15c, 15d) which are distributed around the receiving and rotating devices (12a, 12b) for absorbing radial forces acting on the receiving and rotating devices (12a, 12b) so that they are held stationary in the radial direction.
A system, comprising: a dental handpiece; characterized in that the system comprises a wearable controller including a fluid reservoir and a battery; and a conduit connecting the wearable controller and the dental handpiece, the conduit providing fluid communication between the dental handpiece and the fluid reservoir. a dental handpiece; characterized in that the system comprises a wearable controller including a fluid reservoir and a battery; and a conduit connecting the wearable controller and the dental handpiece, the conduit providing fluid communication between the dental handpiece and the fluid reservoir.
A water wash system for a gas turbine engine comprising a fan and a front hub rotatable with the fan, the water wash system comprising: a head unit comprising a mounting structure and one or more wash fluid lines for spraying a wash fluid into the gas turbine engine, the mounting structure defining an inner friction surface for contacting the front hub of the gas turbine engine; and a base assembly operably connected to the head unit, the base assembly configured to press the head unit towards the front hub to fix the inner friction surface against the front hub, wherein the head unit comprises a rotary connector, wherein the rotary connector comprises a fixed member and a spinning member, wherein the spinning member is fixed to the mounting structure and wherein the fixed member is attached to the base assembly to allow the head unit to rotate relative to the base assembly. a head unit comprising a mounting structure and one or more wash fluid lines for spraying a wash fluid into the gas turbine engine, the mounting structure defining an inner friction surface for contacting the front hub of the gas turbine engine; and a base assembly operably connected to the head unit, the base assembly configured to press the head unit towards the front hub to fix the inner friction surface against the front hub, wherein the head unit comprises a rotary connector, wherein the rotary connector comprises a fixed member and a spinning member, wherein the spinning member is fixed to the mounting structure and wherein the fixed member is attached to the base assembly to allow the head unit to rotate relative to the base assembly.
A method for the production of biogas in a combined fermenter, in which phototrophic microorganisms in a first section produce organic material, in particular glycolic acid from carbon dioxide and oxygen, and secrete it into a medium (production mode) that is fed into a second section in which methanogens produce biomethane and carbon dioxide under anoxic conditions, characterized in that the medium is degassed by oxygen during the transition from the first section to the second section and is backfilled with oxygen during a return (exchange mode).
A system for the verification of the absence of voltage comprising: a first impedance connected to a power source; an amplitude limiter electrically connected to the first impedance; a second impedance electrically connected to the first impedance and the amplitude limiter; a varactor circuit (107, 207) electrically connected to the second impedance, wherein the varactor circuit (107, 207) includes an inductor configured to create a resonance circuit; an isolation capacitor electrically connected to the second impedance and the varactor circuit (107, 207); an RF oscillator electrically connected to the isolation capacitor; an envelope detection circuit electrically connected to the RF oscillator and the isolation capacitor via a buffer; and a voltage detection circuit connected to the envelope detection circuit, wherein the amplitude limiter is configured to limit the voltage applied across the varactor circuit (107, 207), the RF oscillator is configured to interact with the varactor circuit (107, 207) to create a modulated signal for the envelope detection circuit, and wherein the envelope detection circuit is configured to demodulate the signal for the voltage detector. a first impedance connected to a power source; an amplitude limiter electrically connected to the first impedance; a second impedance electrically connected to the first impedance and the amplitude limiter; a varactor circuit (107, 207) electrically connected to the second impedance, wherein the varactor circuit (107, 207) includes an inductor configured to create a resonance circuit; an isolation capacitor electrically connected to the second impedance and the varactor circuit (107, 207); an RF oscillator electrically connected to the isolation capacitor; an envelope detection circuit electrically connected to the RF oscillator and the isolation capacitor via a buffer; and a voltage detection circuit connected to the envelope detection circuit, wherein the amplitude limiter is configured to limit the voltage applied across the varactor circuit (107, 207), the RF oscillator is configured to interact with the varactor circuit (107, 207) to create a modulated signal for the envelope detection circuit, and wherein the envelope detection circuit is configured to demodulate the signal for the voltage detector.