mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for non-contact electrical stimulation of cells in a liquid culture medium, comprising: a liquid culture medium vessel including: a ring-shaped recess for holding a liquid culture medium; and a through hole formed within the ring-shaped recess; a magnetic core made of a ferromagnetic material and disposed such that a portion of the magnetic core is inserted through the through hole of the liquid culture medium vessel; an excitation coil wound around the magnetic core; and a coil power supply for supplying a varying current to the excitation coil. a liquid culture medium vessel including: a ring-shaped recess for holding a liquid culture medium; and a through hole formed within the ring-shaped recess; a magnetic core made of a ferromagnetic material and disposed such that a portion of the magnetic core is inserted through the through hole of the liquid culture medium vessel; an excitation coil wound around the magnetic core; and a coil power supply for supplying a varying current to the excitation coil.
A nuclear reactor comprising: a core shroud surrounding a core of the nuclear reactor; and a reactor pressure vessel, wherein an outer surface of the core shroud and an inner surface of the reactor pressure vessel form a downcomer annulus; characterized in that an acoustic flowmeter is provided in the downcomer annulus, the acoustic flowmeter comprising: an extension shaped to block fluid flow in the nuclear reactor downcomer annulus; and a vibration detector configured to detect vortex shedding oscillation from the extension and report a frequency of the vortex shedding oscillation. a core shroud surrounding a core of the nuclear reactor; and a reactor pressure vessel, wherein an outer surface of the core shroud and an inner surface of the reactor pressure vessel form a downcomer annulus; characterized in that an acoustic flowmeter is provided in the downcomer annulus, the acoustic flowmeter comprising: an extension shaped to block fluid flow in the nuclear reactor downcomer annulus; and a vibration detector configured to detect vortex shedding oscillation from the extension and report a frequency of the vortex shedding oscillation. an extension shaped to block fluid flow in the nuclear reactor downcomer annulus; and a vibration detector configured to detect vortex shedding oscillation from the extension and report a frequency of the vortex shedding oscillation.
A waveguide coupler (10; 10'; 10"; 10"'; 10""), comprising: a waveguide (14; 14') including i) a first and a second port (20, 22); ii) a first slot formed in a first broadwall of the waveguide (14; 14') between the first and second ports (20, 22), the first slot centered on the first broadwall; iii) a plurality of shifted waveguide sections (12; 12') arranged between the first and second ports (20, 22) and extending along a length of the waveguide (14; 14'); and a first parallel-plate transmission line structure (4; 16) coupled to the first slot, wherein the waveguide coupler is configured such that RF signals within one of the waveguide (14; 14') or the parallel-plate transmission line structure (4; 16) are communicated to the other of the waveguide or the parallel-plate transmission line structure through the first slot, wherein each shifted waveguide section (12; 12') includes an alternating arrangement of ascending or descending steps, the alternating arrangement of ascending or descending steps formed at least partially on sidewalls of the waveguide (14; 14'), and each step on a first sidewall of the waveguide (14; 14') is offset along a length of the waveguide from a step on a second sidewall of the waveguide (14; 14'), the second sidewall opposite the first sidewall. a waveguide (14; 14') including i) a first and a second port (20, 22); ii) a first slot formed in a first broadwall of the waveguide (14; 14') between the first and second ports (20, 22), the first slot centered on the first broadwall; iii) a plurality of shifted waveguide sections (12; 12') arranged between the first and second ports (20, 22) and extending along a length of the waveguide (14; 14'); and i) a first and a second port (20, 22); ii) a first slot formed in a first broadwall of the waveguide (14; 14') between the first and second ports (20, 22), the first slot centered on the first broadwall; iii) a plurality of shifted waveguide sections (12; 12') arranged between the first and second ports (20, 22) and extending along a length of the waveguide (14; 14'); and a first parallel-plate transmission line structure (4; 16) coupled to the first slot, wherein the waveguide coupler is configured such that RF signals within one of the waveguide (14; 14') or the parallel-plate transmission line structure (4; 16) are communicated to the other of the waveguide or the parallel-plate transmission line structure through the first slot, wherein each shifted waveguide section (12; 12') includes an alternating arrangement of ascending or descending steps, the alternating arrangement of ascending or descending steps formed at least partially on sidewalls of the waveguide (14; 14'), and each step on a first sidewall of the waveguide (14; 14') is offset along a length of the waveguide from a step on a second sidewall of the waveguide (14; 14'), the second sidewall opposite the first sidewall.
A two-stage high-pressure pump with high sealing performance, comprising: a motor, a noise attenuating filter and a high-pressure filter, wherein a reduction gearbox is disposed in front of the motor; an output shaft is disposed in the reduction gearbox; one end of the output shaft is connected to a crank shaft; one end of the crank shaft is connected to a connecting rod; the connecting rod has one end connected to the crank shaft and the other end connected to a primary piston; a primary cylinder is disposed at one end of the primary piston, and the other end of the primary piston is connected to a secondary piston rod; a primary cylinder cover is disposed at one end of the primary cylinder; a cylinder block is fixed on the periphery of the primary cylinder, and the primary cylinder cover is connected to the noise attenuating filter; the other end of the secondary piston rod is connected to a high-pressure piston; a secondary cylinder is disposed at one end of the high-pressure piston; the secondary piston rod and the primary piston are connected in a sealed manner connecting a gas storage chamber inside the primary piston to said primary and secondary cylinders (3, 11); one end of the secondary cylinder is connected to a high-pressure cylinder cover; one end of the high-pressure cylinder cover is connected to a high-pressure limiting explosion-proof device, and the other side of the high-pressure cylinder cover is connected to the high-pressure filter through a high-pressure gas pipe.
An apparatus for transmitting first content to a node, the first content being associated with a first service, wherein the apparatus includes: - an interface stage (32, 40) arranged to receive, over a communication network, the first content from a service module for onward transmission to the node; and - a processing stage arranged to: in response to a request received from the service module, the request containing an indication of the first service associated with the first content, determine whether the first service associated with the first content matches a second service currently run by the node by sending a query to the node whether the first service is run by the node and receiving a binary indication from the node whether the first service is currently run by the node; in case the binary indication is positive indicating the first service matches the second service, transmit the first content to the node; and in case the binary indication is negative indicating the first service does not match the second service, refrain from transmitting the first content to the node. - an interface stage (32, 40) arranged to receive, over a communication network, the first content from a service module for onward transmission to the node; and - a processing stage arranged to: in response to a request received from the service module, the request containing an indication of the first service associated with the first content, determine whether the first service associated with the first content matches a second service currently run by the node by sending a query to the node whether the first service is run by the node and receiving a binary indication from the node whether the first service is currently run by the node; in case the binary indication is positive indicating the first service matches the second service, transmit the first content to the node; and in case the binary indication is negative indicating the first service does not match the second service, refrain from transmitting the first content to the node. in case the binary indication is positive indicating the first service matches the second service, transmit the first content to the node; and in case the binary indication is negative indicating the first service does not match the second service, refrain from transmitting the first content to the node.
Use of an aluminium alloy sheet for the fabrication of a stamped bodywork part or automobile body structure, also called a "body in white", characterised in that the sheet composition (% by weight) is Si = 0.15 - 0.50; Fe = 0.3 - 0.7; Cu = 0.05 - 0.10; Mn = 1.0 - 1.5; other elements < 0.05 each and < 0.15 total, the remainder being aluminium, and in that said sheet has a yield stress Rp 0.2 greater than or equal to 60 MPa and an elongation in uniaxial tension A 80 greater than or equal to 34%.
A saddle-ride-type vehicle including a vehicle body frame structure comprising: a front frame portion on a vehicle front side having a down frame extending downwardly from a head pipe and a lower frame extending rearwardly from a lower end of the down frame; and a rear frame portion on a vehicle rear side having a rear frame extending upwardly and rearwardly from a rear end of the lower frame, wherein the front frame portion and the rear frame portion are formed into a pipe shape, a front frame rear portion is inserted into a radially inside of a rear frame front portion disposed at a front side of the rear frame portion, and the front frame rear portion is joined to the rear frame front portion by welding, characterized in that a front bracket which supports a power unit is mounted in an extending manner between the rear frame front portion and the front frame rear portion. a front frame portion on a vehicle front side having a down frame extending downwardly from a head pipe and a lower frame extending rearwardly from a lower end of the down frame; and a rear frame portion on a vehicle rear side having a rear frame extending upwardly and rearwardly from a rear end of the lower frame, wherein the front frame portion and the rear frame portion are formed into a pipe shape, a front frame rear portion is inserted into a radially inside of a rear frame front portion disposed at a front side of the rear frame portion, and the front frame rear portion is joined to the rear frame front portion by welding, characterized in that a front bracket which supports a power unit is mounted in an extending manner between the rear frame front portion and the front frame rear portion.
A bar-shaped inductive component comprising a core made of magnetic material and a mounting element formed as a coil body for the core, the core being divided into a series of individual cores which are arranged and fixed relative to one another by means of said mounting element so that ends of the individual cores adjoining one another overlap, wherein said individual cores are arranged offset with respect to one another in at least two layers.
A method for producing a shrouded pipe comprising an inner pipe section and an outer pipe section, the inner pipe section and the outer pipe section each having a first end and a second end, the inner pipe section having a first flange projecting radially outwardly from the first end thereof and the outer pipe section having a second flange projecting radially inwardly from the second end thereof, the method comprising the steps of: enclosing the inner pipe section within the outer pipe section, whereby the inner pipe section is for providing a primary fluid path; and joining the first flange of the inner pipe section to the first end of the outer pipe section and joining the second flange of the outer pipe section to the second end of the inner pipe section, to thereby define an annular volume between the inner and outer pipe sections (5, 50) for providing a secondary fluid path, wherein the step of enclosing the inner pipe section within the outer pipe section includes inserting the second end of the inner pipe section into the first end of the outer pipe section and moving the inner pipe section relative to the outer pipe section towards the second end of the outer pipe section until the second end of the inner pipe section abuts the second flange and the first flange abuts the first end of the outer pipe section. enclosing the inner pipe section within the outer pipe section, whereby the inner pipe section is for providing a primary fluid path; and joining the first flange of the inner pipe section to the first end of the outer pipe section and joining the second flange of the outer pipe section to the second end of the inner pipe section, to thereby define an annular volume between the inner and outer pipe sections (5, 50) for providing a secondary fluid path, wherein the step of enclosing the inner pipe section within the outer pipe section includes inserting the second end of the inner pipe section into the first end of the outer pipe section and moving the inner pipe section relative to the outer pipe section towards the second end of the outer pipe section until the second end of the inner pipe section abuts the second flange and the first flange abuts the first end of the outer pipe section.
A surgical clip for a surgical clip applicator, having at least one pair of clip arms (2a, 2b, 2c, 2d), wherein each clip arm (2a, 2b, 2c, 2d) has a distal end (3a, 3b, 3c, 3d) and a proximal end (4a, 4b, 4c, 4d) and the two clip arms (2a, 2b, 2c, 2d) of a pair of clip arms are connected to each other at their proximal ends (4a, 4b) to form a clip throat, wherein a tangent angle (α) between a tangent to a neutral fiber of a clip arm (2a, 2b, 2c, 2d) and a perpendicular to a longitudinal axis of the clip increases over the entire length of the clip arm (2a, 2b) substantially continuously characterized in that the tangent angle (α) has, on a length on the clip arm (l a) of 22%, wherein a length on the clip arm of 0% corresponds to the clip throat, a value of at least 60°, preferably a value of at least 67°, and further preferably a value of 67° to 80°. at least one pair of clip arms (2a, 2b, 2c, 2d), wherein each clip arm (2a, 2b, 2c, 2d) has a distal end (3a, 3b, 3c, 3d) and a proximal end (4a, 4b, 4c, 4d) and the two clip arms (2a, 2b, 2c, 2d) of a pair of clip arms are connected to each other at their proximal ends (4a, 4b) to form a clip throat, wherein a tangent angle (α) between a tangent to a neutral fiber of a clip arm (2a, 2b, 2c, 2d) and a perpendicular to a longitudinal axis of the clip increases over the entire length of the clip arm (2a, 2b) substantially continuously characterized in that the tangent angle (α) has, on a length on the clip arm (l a) of 22%, wherein a length on the clip arm of 0% corresponds to the clip throat, a value of at least 60°, preferably a value of at least 67°, and further preferably a value of 67° to 80°.
A polyester based copolymer resin comprising: a dicarboxylic acid-derived residue including a residue derived from an aromatic dicarboxylic acid; and a diol-derived residue including a residue derived from 4-(hydroxymethyl)cyclohexylmethyl 4'-(hydroxymethyl)cyclohexane carboxylate represented by the following Chemical Formula 1 a residue derived from 4,4-(oxybis(methylene)bis) cyclohexane methanol represented by the following Chemical Formula 2, a residue derived from 1,4-cyclohexanedimethanol, a residue derived from diethylene glycol, and a residue derived from ethylene glycol, wherein the diol-derived residue includes 0.1 to 5 mol% of a residue derived from 4-(hydroxymethyl)cyclohexylmethyl 4'-(hydroxymethyl)cyclohexane carboxylate, 0.1 to 12 mol% of a residue derived from 4,4-(oxybis(methylene)bis) cyclohexane methanol, 0.1 to 15 mol% of a residue derived from 1,4-cyclohexanedimethanol, 2 to 15 mol% of a residue derived from diethylene glycol, and 53 to 97.7 mol% of a residue derived from ethylene glycol based on 100 mol% of the dicarboxylic acid-derived residue: a dicarboxylic acid-derived residue including a residue derived from an aromatic dicarboxylic acid; and a diol-derived residue including a residue derived from 4-(hydroxymethyl)cyclohexylmethyl 4'-(hydroxymethyl)cyclohexane carboxylate represented by the following Chemical Formula 1 a residue derived from 4,4-(oxybis(methylene)bis) cyclohexane methanol represented by the following Chemical Formula 2, a residue derived from 1,4-cyclohexanedimethanol, a residue derived from diethylene glycol, and a residue derived from ethylene glycol, wherein the diol-derived residue includes 0.1 to 5 mol% of a residue derived from 4-(hydroxymethyl)cyclohexylmethyl 4'-(hydroxymethyl)cyclohexane carboxylate, 0.1 to 12 mol% of a residue derived from 4,4-(oxybis(methylene)bis) cyclohexane methanol, 0.1 to 15 mol% of a residue derived from 1,4-cyclohexanedimethanol, 2 to 15 mol% of a residue derived from diethylene glycol, and 53 to 97.7 mol% of a residue derived from ethylene glycol based on 100 mol% of the dicarboxylic acid-derived residue:
A method for manufacturing a magnet embedded core including a magnet embedded in resin filling a magnet insertion hole extending axially in a motor core, the method comprising: a resin charging step of charging solid resin (114, 118) into the magnet insertion hole; a magnet insertion step of inserting the magnet after the resin charging step; a melting step of melting the solid resin (114, 118) in the magnet insertion hole to produce molten resin; and a curing step of curing the molten resin to form the resin filling the magnet insertion hole, characterized in that the melting step comprises at least partly melting the solid resin (114, 118) by the motor core which is preheated prior to the resin charging step. a resin charging step of charging solid resin (114, 118) into the magnet insertion hole; a magnet insertion step of inserting the magnet after the resin charging step; a melting step of melting the solid resin (114, 118) in the magnet insertion hole to produce molten resin; and a curing step of curing the molten resin to form the resin filling the magnet insertion hole, characterized in that the melting step comprises at least partly melting the solid resin (114, 118) by the motor core which is preheated prior to the resin charging step.
Device regulating deformations in the bed of an aerodynamically geometrical mold comprising two semi-molds and incorporating some stiffening ribs along the bed of each semi-mold, said stiffening ribs secured on the surface of the bed of a mold and each stiffening rib integrates at least a single actuator, said single actuator permitting profile modification of the bed of the mold, thus absorbing existing deviations in it derived from the curing process, characterized in that said each actuator comprises a U-shaped connection that transfers stresses among cut-out points of the rib.
Apparatus for determining the road route of a vehicle, said apparatus being configured to: a) receive from an on-board device installed on board said vehicle data indicating a sequence of geographical positions (P1, P2,... P8) through which said vehicle has passed; b) select from said sequence of geographical positions (P1, P2,... P8) a set of reference points (P1, P5, P8) at which significant events relating to the travel of said vehicle are detected, a significant event relating to the travel of said vehicle comprising at least one of stopping, restarting and turning of said vehicle; c) for each pair of consecutive reference points (P1-P5, P5-P8), determine one or more admissible road route sections allowing to travel from the first reference point (P1, P5) of the pair to the second reference point (P5, P8) of the pair according to cartographic data indicating the topology of the road network in an area comprising said sequence of geographical positions (P1, P2,... P8); d) determine one or more possible road routes between the first one of said reference points and the last one of said reference points by concatenating said admissible road route sections; and e) identify the most probable road route amongst said one or more possible road routes based on values of a parameter indicating the probability that said vehicle actually followed a possible road route, each value of said parameter being calculated by comparing said sequence of geographical positions of said vehicle with one of said possible road routes. a) receive from an on-board device installed on board said vehicle data indicating a sequence of geographical positions (P1, P2,... P8) through which said vehicle has passed; b) select from said sequence of geographical positions (P1, P2,... P8) a set of reference points (P1, P5, P8) at which significant events relating to the travel of said vehicle are detected, a significant event relating to the travel of said vehicle comprising at least one of stopping, restarting and turning of said vehicle; c) for each pair of consecutive reference points (P1-P5, P5-P8), determine one or more admissible road route sections allowing to travel from the first reference point (P1, P5) of the pair to the second reference point (P5, P8) of the pair according to cartographic data indicating the topology of the road network in an area comprising said sequence of geographical positions (P1, P2,... P8); d) determine one or more possible road routes between the first one of said reference points and the last one of said reference points by concatenating said admissible road route sections; and e) identify the most probable road route amongst said one or more possible road routes based on values of a parameter indicating the probability that said vehicle actually followed a possible road route, each value of said parameter being calculated by comparing said sequence of geographical positions of said vehicle with one of said possible road routes.
Process for the synthesis of nanocrystaline spherical ceramic oxides powder characterized in that it is carried out by means of detonating a water-in-oil emulsion (W/O) comprising metals, an internal oxidant phase based on an aqueous ammonium nitrate solution comprising metal salts of the corresponding metals dissolved therein to adjust the detonation temperature and an external fuel phase based on organic compounds, the two phases intimately linked by a surfactant, at a temperature in the reaction zone (point C, J (Chapman, Jouguet)) that is higher than the oxide melting point.
Method for closed-loop control of a process for closed-loop vehicle dynamics control, in which a need for closed-loop control is established from a system deviation established depending on a comparison between a setpoint value and an actual value of a yaw rate of the vehicle (Ψ̇), characterized in that the actual value of the yaw rate (Ψ̇) is determined on the basis of the first process model (Ψ̇ EST) and the need for closed-loop control is additionally checked by virtue of closed-loop control requirements (20, 30, 40) being established on the basis of values of the yaw rate (Ψ̇), which are determined on the basis of further process models, and being linked by logic operations in such a way that a need for closed-loop control is only determined if there is a need for closed-loop control (20, 30, 40) for the plurality of further process models.