mhurhangee/ep-ind-claims huggingface dataset:
A radiation-detecting device comprising at least two radiation detectors (D i) distributed in series along a support cable, characterised in that each detector (D i) comprises an optically stimulated luminescence detection element which is optically coupled to at least one optical fibre (F i), each optically stimulated luminescence detection element being held opposite a first end of the optical fibre by a mechanical part (d) fixed to the support cable, the mechanical part (d) being held in a flexible cable by holding means (S, F k, F l, F j) which comprise a carrier cylinder made of a deformable solid material on which the optical fibres are wound, the second ends of each optical fibre leading to the same first end of the flexible cable.
WC attachment having - a shower device, - a water safety device, which is connected by a conduit to the shower device, - a channel for discharging leakage from the water safety device, - wherein the channel has side walls and is open at least partially in the upward direction, - wherein the water safety device has an injector in the case of which a water jet is sprayed horizontally over a free section, and - wherein the water safety device is arranged above the channel. - a shower device, - a water safety device, which is connected by a conduit to the shower device, - a channel for discharging leakage from the water safety device, - wherein the channel has side walls and is open at least partially in the upward direction, - wherein the water safety device has an injector in the case of which a water jet is sprayed horizontally over a free section, and - wherein the water safety device is arranged above the channel.
A system for controlling a sustained arc on a solar battery array, comprising: a plurality of series circuits having solar cells connected in series with one another, the series circuits being connected through a positive line and a negative line to a positive terminal and a negative terminal of a load for being carried on an artificial satellite to provide a power source; capacitances to control the sustained arc placed between a positive line and a negative line of the series circuits or between preselected series circuits; wherein the capacitances are connected in parallel between the positive terminal and the negative terminal; characterised in that; the capacitances each have an electrostatic capacity which is determined to an optimal value in a range of 33nF to 10μF; wherein the capacitances are configured to be charged with a voltage oscillation arising from the sustained arc to prevent a short circuiting between the solar cells, thereby preserving a potential difference between the solar cells wherein the current fed to the sustained arc disappears, thereby shortening the duration of the sustained arc, and eventually leading the sustained arc to extinction. a plurality of series circuits having solar cells connected in series with one another, the series circuits being connected through a positive line and a negative line to a positive terminal and a negative terminal of a load for being carried on an artificial satellite to provide a power source; capacitances to control the sustained arc placed between a positive line and a negative line of the series circuits or between preselected series circuits; wherein the capacitances are connected in parallel between the positive terminal and the negative terminal; characterised in that; the capacitances each have an electrostatic capacity which is determined to an optimal value in a range of 33nF to 10μF; wherein the capacitances are configured to be charged with a voltage oscillation arising from the sustained arc to prevent a short circuiting between the solar cells, thereby preserving a potential difference between the solar cells wherein the current fed to the sustained arc disappears, thereby shortening the duration of the sustained arc, and eventually leading the sustained arc to extinction.
Device for loading loads, comprising a first platform, which can be lifted by means of a lifting device that can be fastened to a vehicle, and a second platform, which is connected to the first platform and can be pivoted from an upper position to a lower position by pivot arms, the second platform being arranged at a distance above the first platform in the upper position and the first platform and the second platform forming a common level in the lower position, the first platform being assigned first fastening means and the second platform being assigned second fastening means, the pivot arms comprising at least two rail elements which are articulated at first fastening points to the first fastening means of the first platform and at second fastening points to the second fastening means of the second platform, characterized in that the first fastening points of the rail elements of a pivot arm are arranged one above the other at the same distance as the second fastening points. the first platform being assigned first fastening means and the second platform being assigned second fastening means, the pivot arms comprising at least two rail elements which are articulated at first fastening points to the first fastening means of the first platform and at second fastening points to the second fastening means of the second platform, characterized in that the first fastening points of the rail elements of a pivot arm are arranged one above the other at the same distance as the second fastening points.
A modifier for a polyester-based resin film, comprising alkali metal salt of alkylaryl sulfonic acid in which an alkyl group includes 6 to 22 carbons, an inorganic salt below, and polyalkylene glycol, wherein the alkyl group of the alkali metal salt of alkylaryl sulfonic acid is a branched alkyl group, and the polyalkylene glycol is polyethylene glycol, the inorganic salt being at least one selected from sodium sulfate, potassium sulfate, lithium sulfate, sodium chloride, potassium chloride, and lithium chloride. wherein the alkyl group of the alkali metal salt of alkylaryl sulfonic acid is a branched alkyl group, and the polyalkylene glycol is polyethylene glycol, the inorganic salt being at least one selected from sodium sulfate, potassium sulfate, lithium sulfate, sodium chloride, potassium chloride, and lithium chloride.
A method (500; 600) at a network entity for signaling Quality of Service, QoS, control parameters for a QoS Flow to a User Equipment, UE, (401, 1400) comprising: generating, based on one or more Policy Charge Control, PCC, rules, one or more QoS rules associated with the QoS Flow, wherein each of the one or more QoS rules comprises parameters specific to one or more data flows associated with the QoS Flow; generating a single QoS Flow profile for the QoS Flow, wherein the single QoS Flow profile comprises parameters that are common to all data flows associated with the same QoS Flow, and the common parameters are for the one or more QoS rules and are included in the single QoS Flow profile, wherein the one or more QoS Rules associated with the same QoS flow are generated from the one or more PCC rules and wherein the single QoS Flow profile and the one or more QoS rules comprise an identifier of the QoS Flow; and transmitting the one or more QoS rules and the single QoS Flow profile to the UE. generating, based on one or more Policy Charge Control, PCC, rules, one or more QoS rules associated with the QoS Flow, wherein each of the one or more QoS rules comprises parameters specific to one or more data flows associated with the QoS Flow; generating a single QoS Flow profile for the QoS Flow, wherein the single QoS Flow profile comprises parameters that are common to all data flows associated with the same QoS Flow, and the common parameters are for the one or more QoS rules and are included in the single QoS Flow profile, wherein the one or more QoS Rules associated with the same QoS flow are generated from the one or more PCC rules and wherein the single QoS Flow profile and the one or more QoS rules comprise an identifier of the QoS Flow; and transmitting the one or more QoS rules and the single QoS Flow profile to the UE.
A method for operating a communications controller, the method comprising: defining a positive integer quantity of resource element groups spanning across two or even number of resource blocks with a positive integer number N resource elements in each resource element group, the resource blocks each having a total number of resource elements, the total number of resource elements consisting of available resource elements and reserved resource elements; assigning a plurality of available resource elements to fill in each of the positive integer quantity of resource element groups with N available resource elements in each resource element group; blocking any unassigned available resource elements from being used in a resource element group; interleaving a plurality of control messages onto the positive integer quantity of resource element groups; and transmitting the positive integer quantity of resource element groups on the resource blocks. defining a positive integer quantity of resource element groups spanning across two or even number of resource blocks with a positive integer number N resource elements in each resource element group, the resource blocks each having a total number of resource elements, the total number of resource elements consisting of available resource elements and reserved resource elements; assigning a plurality of available resource elements to fill in each of the positive integer quantity of resource element groups with N available resource elements in each resource element group; blocking any unassigned available resource elements from being used in a resource element group; interleaving a plurality of control messages onto the positive integer quantity of resource element groups; and transmitting the positive integer quantity of resource element groups on the resource blocks.
A beverage cartridge comprising: a top surface; a bottom surface; a lower sidewall extending upwardly from the bottom surface; a rim between the top and bottom surfaces (111, 112) and having a lower surface extending outwardly from the lower sidewall; a gas inlet arranged to be opened to admit pressurized gas into the cartridge to move a beverage medium in an internal space of the cartridge out of the cartridge; and an indexing feature to rotationally position the gas inlet of the cartridge relative to a cartridge holder; characterized in that the gas inlet is located on the lower surface of the rim and the indexing feature includes a recess formed in the lower sidewall and located below the gas inlet, and in that the gas inlet includes a flow control element configured to resist and enable fluid communication through the gas inlet, the flow control element being openable to allow flow through the gas inlet. a top surface; a bottom surface; a lower sidewall extending upwardly from the bottom surface; a rim between the top and bottom surfaces (111, 112) and having a lower surface extending outwardly from the lower sidewall; a gas inlet arranged to be opened to admit pressurized gas into the cartridge to move a beverage medium in an internal space of the cartridge out of the cartridge; and an indexing feature to rotationally position the gas inlet of the cartridge relative to a cartridge holder; characterized in that the gas inlet is located on the lower surface of the rim and the indexing feature includes a recess formed in the lower sidewall and located below the gas inlet, and in that the gas inlet includes a flow control element configured to resist and enable fluid communication through the gas inlet, the flow control element being openable to allow flow through the gas inlet.
A rotating electric machine, having: - a magnetic mass, in particular a rotor magnetic mass, having first seats, - a plurality of permanent magnets inserted into the first seats, each permanent magnet having two polar faces (11a, 11b), and - shims, in particular non-magnetic, inserted into the first seats and/or into second seats formed in the magnetic mass, the shims being configured to cause a deformation of the first seats reducing the parasitic air gap between at least one polar face (11a, 11b) of a permanent magnet and a corresponding wall of a first seat, the magnetic mass having material bridges formed between two consecutive seats within a row of seats, wherein the shims coming into contact with these material bridges, at least one material bridge being of curved general shape. - a magnetic mass, in particular a rotor magnetic mass, having first seats, - a plurality of permanent magnets inserted into the first seats, each permanent magnet having two polar faces (11a, 11b), and - shims, in particular non-magnetic, inserted into the first seats and/or into second seats formed in the magnetic mass,
A connection arrangement for two vehicle body components (110, 140), in which the first body component is formed as a sheet-metal component with a joining flange and is connected at this joining flange to the second body component by means of a welded connection, wherein the joining flange on the first body component has a turned-over edge with sheet-metal layers which lie on one another and is formed with a double sheet thickness, characterised in that the welded connection is a spot-welded connection with a plurality of welding spots, the welding spots penetrating both sheet-metal layers of the joining flange which lie on one another.
A compound represented by formula: wherein, in formula, R 1 is alkyl having 4 to 15 carbons, - (CH 2) 2 -CH=CH 2, - (CH 2) 2 -CH=CHCH 3, - (CH 2) 4 -CH=CH 2 or - (CH 2) 4 -CH=CHCH 3, R 2 is alkyl having 2 to 15 carbons or alkenyl having 2 to 15 carbons, n is 8, 9, 10, 11 or 12, and R 1 and R 2 are not allowed to be straight-chain alkyl having an identical number of carbons.
A lithographic printing plate precursor having at least a white substrate and an image-recording layer, wherein the white substrate is an aluminum support which is subjected to a roughening treatment and an anodizing treatment so as to have a steepness degree a45 of 30% or less, wherein a45 represents an area ratio of a portion having an inclination of 45° or more obtained by extracting components having a wavelength from 0.2 to 2 μm, the white substrate has a reflection density of 0.25 or less at a side having the image-recording layer, and the image-recording layer contains an infrared absorbing agent, an onium salt polymerization initiator, a polymerizable compound and a color-forming compound and is capable of being removed with at least any one of printing ink and dampening water.
A single phase motor comprising a stator comprising: a stator core comprising an outer ring portion (31; 321) and a plurality of teeth (33; 323) extending inwardly from the outer ring portion (31; 321); and a stator winding wound around the stator core; and a rotor rotatable relative to the stator, the rotor comprising a plurality of rotor magnetic poles (55; 56); wherein each tooth (33; 323) of the stator comprises a tooth body extending inwardly from the outer ring portion (31; 321) and two pole shoes (35; 325) extending respectively from a distal end of the tooth body in two opposite circumferential directions of the rotor and facing the rotor, and the two pole shoes (35; 325) are asymmetrical about a center line of the tooth body such that when the stator winding is not energized the rotor is capable of stopping at an initial position where a center line of each rotor magnetic pole (55; 56) deviates from the center line of a corresponding tooth body; the inner circumferential surfaces of the pole shoes (35; 325) are coaxial with the rotor such that an air gap (41; 130) with a substantially even thickness is formed between outer circumferential surfaces of the rotor magnetic poles (55; 56) and the inner circumferential surfaces of the pole shoes (35; 325); charcterized in that adjacent pole shoes (35; 325) of two adjacent teeth (33; 323) are separated from each other by a slot opening, and the slot opening has a width less than or equal to four times of the thickness of the air gap (41; 130). a stator core comprising an outer ring portion (31; 321) and a plurality of teeth (33; 323) extending inwardly from the outer ring portion (31; 321); and a stator winding wound around the stator core; and
Pressurized fluid connector, in particular for a pressurized gas store, the connector being intended to cooperate with a pressurized fluid filling and/or withdrawal apparatus, the connector comprising a body delimiting an internal fluid withdrawal and possibly filling circuit, said circuit extending between an upstream end intended to be placed in communication with a pressurized fluid storage volume and a downstream end intended to be connected to a pressurized fluid withdrawal and/or filling apparatus, the connector comprising, at the downstream end of the circuit, a dust valve shutter that is able to move relative to the body between a position in which the downstream end of the circuit is closed and at least one open position, characterized in that the dust valve shutter is a residual pressure valve shutter that is configured, when it is in the closed position, to maintain a determined minimum pressure in the circuit and that allows gas to be discharged towards the outside in the event of an overpressure in the circuit above a determined pressure threshold with respect to the outside.
Method for controlling a wind power plant comprising at least one wind turbine generator (21 a-21 n), the wind power plant being connected to a power network for delivering power to the power network, the method comprising: detecting a frequency of the power network; calculating a variation rate in the detected frequency of the power network; calculating a requested variation of delivered power for the wind power plant based on a value of the inertia of the wind power plant and the calculated frequency variation rate; the method being characterized in comprising: calculating a requested variation of delivered power for each wind turbine generator (21 a-21 n) of the wind power plant based on the calculated requested variation of delivered power for the wind power plant and a current power level of each wind turbine generator (21 a-21 n); controlling each wind turbine generator to deliver power to the power network based on the calculated requested variation of delivered power for each wind turbine generator. detecting a frequency of the power network; calculating a variation rate in the detected frequency of the power network; calculating a requested variation of delivered power for the wind power plant based on a value of the inertia of the wind power plant and the calculated frequency variation rate; the method being characterized in comprising: calculating a requested variation of delivered power for each wind turbine generator (21 a-21 n) of the wind power plant based on the calculated requested variation of delivered power for the wind power plant and a current power level of each wind turbine generator (21 a-21 n); controlling each wind turbine generator to deliver power to the power network based on the calculated requested variation of delivered power for each wind turbine generator.
A system for keratometry comprising: a light source; a light detector including an adaptively focusable fluid lens; a processor; a non-transitory machine-readable medium communicatively coupled to the processor; and instructions stored on the non-transitory machine-readable medium, the instructions, when loaded and executed by the processor, cause the processor to: project, using the light source, a light onto a plurality of surfaces (108, 112) of an eye; create, using the light detector and the adaptively focusable fluid lens, a plurality of images of a plurality of reflections, each of the plurality of reflections created by reflecting the light off of one of the plurality of surfaces (108, 112) of the eye, each of the plurality of images created at a different depth of focus and a different plane of focus; determine, from the plurality of images, images having a plurality of reflections in focus; and calculate, based on the determined images, a curvature of the plurality of surfaces (108, 112) of the eye. a light source; a light detector including an adaptively focusable fluid lens; a processor; a non-transitory machine-readable medium communicatively coupled to the processor; and instructions stored on the non-transitory machine-readable medium, the instructions, when loaded and executed by the processor, cause the processor to: project, using the light source, a light onto a plurality of surfaces (108, 112) of an eye; create, using the light detector and the adaptively focusable fluid lens, a plurality of images of a plurality of reflections, each of the plurality of reflections created by reflecting the light off of one of the plurality of surfaces (108, 112) of the eye, each of the plurality of images created at a different depth of focus and a different plane of focus; determine, from the plurality of images, images having a plurality of reflections in focus; and calculate, based on the determined images, a curvature of the plurality of surfaces (108, 112) of the eye. project, using the light source, a light onto a plurality of surfaces (108, 112) of an eye; create, using the light detector and the adaptively focusable fluid lens, a plurality of images of a plurality of reflections, each of the plurality of reflections created by reflecting the light off of one of the plurality of surfaces (108, 112) of the eye, each of the plurality of images created at a different depth of focus and a different plane of focus; determine, from the plurality of images, images having a plurality of reflections in focus; and calculate, based on the determined images, a curvature of the plurality of surfaces (108, 112) of the eye.
A medical device for disrupting material in a body vessel, the medical device comprising: a body comprising a first end and extending to a second end, the body comprising an inner surface and an outer surface opposite the inner surface and defining a longitudinal axis therethrough, the body comprising a first tubular portion comprising the first end, a plurality of arms, and a second tubular portion comprising the second end and being axially displaced from the first tubular portion, the plurality of arms being disposed between and connected to the first tubular portion and the second tubular portion, each of the plurality of arms being formed longitudinally and comprising: an outer face continuous with the outer surface, an inner face continuous with the inner surface, a first blade, and a second blade opposite the first blade; each of the first blade and the second blade being disposed between the outer face and the inner face, the first blade being sharper than the second blade; and each of the plurality of arms being arranged such that each first blade is in a same relative orientation in a circumferential direction. an outer face continuous with the outer surface, an inner face continuous with the inner surface, a first blade, and a second blade opposite the first blade; each of the first blade and the second blade being disposed between the outer face and the inner face, the first blade being sharper than the second blade; and each of the plurality of arms being arranged such that each first blade is in a same relative orientation in a circumferential direction.