mhurhangee/ep-ind-claims huggingface dataset:
Orthogonal-mode junction coupler having a casing delimiting a coupling cavity, electromagnetic signals polarized according to at least two orthogonal linear polarization modes being able to propagate inside the coupling cavity, said coupler comprising two accesses, called input/output accesses, passing through said casing and opening into said coupling cavity, said two input/output accesses being aligned along an axis (Δ L) referred to as longitudinal with respect to the junction coupler and being arranged at opposite ends of the junction coupler, said longitudinal axis (Δ L) being defined by the direction of propagation of the electromagnetic signals, in that three opening slots, referred to as coupling slots (101, 102), are made in the casing of the junction coupler, said three coupling slots (101, 102) passing through a plane (π) referred to as transverse with respect to the junction coupler, said transverse plane (π) being substantially perpendicular to the longitudinal axis (Δ L), two of said three coupling slots being aligned along a first axis (Δ T2) referred to as transverse with respect to the junction coupler, the section of said two coupling slots being of the same dimensions and of the same orientation, the two coupling slots being configured to be coupled to one of the two orthogonal linear polarizations of the electromagnetic signals propagating between the two input/output accesses, the third coupling slot being situated on a second axis (Δ T1) referred to as transverse with respect to the junction coupler, said second transverse axis (Δ T1) being substantially orthogonal with respect to the first transverse axis (Δ T2), the third coupling slot being the only coupling slot configured to be coupled to the other orthogonal linear polarisation, said coupler being characterized in that it comprises a slot, referred to as image slot, made in the casing of the coupler, said image slot passing through the transverse plane (π) and being opposite the third coupling slot, the section of said image slot being of the same dimensions and of the same orientation as the section of the third coupling slot, one end of said image slot opening into the coupling cavity and the other end being closed by a short-circuit plane.
Gelsolin for use in a method for treating a subject having multiple sclerosis, the method comprising multiple administration of gelsolin to the subject.
A base station for use in a cellular communication system, which includes at least one control station and at least one mobile station (61,62), said base station comprising: reception means for receiving control instruction, from said control station, including a balance adjustment period for balance adjustment of transmission power transmitted from said base station to said mobile station, and, with the frame number of the frame transmitted to said mobile station represented by CFN and said balance adjustment period being a number of N period frame periods, starting means for starting said balance adjustment from the frame of the frame number CFN to be mod (CFN, N period) = 0, after reception of said control instruction. reception means for receiving control instruction, from said control station, including a balance adjustment period for balance adjustment of transmission power transmitted from said base station to said mobile station, and, with the frame number of the frame transmitted to said mobile station represented by CFN and said balance adjustment period being a number of N period frame periods, starting means for starting said balance adjustment from the frame of the frame number CFN to be mod (CFN, N period) = 0, after reception of said control instruction.
An in vitro method of distinguishing between long-term and short-term survivors of pancreatic cancer, comprising: detecting the level of expression of miR-452 in a pancreatic tissue sample from a node-positive pancreatic cancer patient; wherein over-expression of the miR-452, relative to the level of miR-452 in a control sample, is indicative of long-term survivors of pancreatic cancer. detecting the level of expression of miR-452 in a pancreatic tissue sample from a node-positive pancreatic cancer patient; wherein over-expression of the miR-452, relative to the level of miR-452 in a control sample, is indicative of long-term survivors of pancreatic cancer.
An immunogenic composition comprising: a partially glycosylated influenza virus hemagglutinin glycoprotein, wherein the HA glycoprotein comprises one or more glycosylation sites to which a glycan is attached, and wherein the glycan consists of one sugar residue, two sugar residues, or three sugar residues.
A kitchen appliance, comprising: a base unit; and a food processor comprising a processing compartment having an outlet for outputting processed food, and a rotatable processor tool mount for a food processing tool; wherein the food processor is arranged to be mounted on the base unit for operation such that the processing compartment is capable of movement between two operating positions relative to the base unit, whereby the outlet is positionable at two different places. a base unit; and a food processor comprising a processing compartment having an outlet for outputting processed food, and a rotatable processor tool mount for a food processing tool; wherein the food processor is arranged to be mounted on the base unit for operation such that the processing compartment is capable of movement between two operating positions relative to the base unit, whereby the outlet is positionable at two different places.
A foam molding shell (3; 31) for a bowl of a centrifuge comprising a base, a wall portion and an opening arranged opposite to the base for receiving the bowl, wherein the opening is configured to interact with a second mold half so that the interspace between the foam molding shell (3; 31) and the bowl is fillable with foam, wherein the foam molding shell (3; 31) is a disposable tool for foam enveloping the bowl and remaining at the foam enveloped bowl for forming the centrifuge bowl (1; 30).
A water cooling heat dissipation device, configured to be thermally coupled with two heat sources, the water cooling heat dissipation device comprising: a water cooling assembly, comprising: a first water block, having a fluid inlet and a fluid outlet; a cold plate, having a fluid inlet and a fluid outlet, wherein the first water block and the cold plate are configured to be respectively and thermally coupled with the two heat sources; a radiator, having a fluid inlet and a fluid outlet, wherein the fluid inlet and the fluid outlet of the radiator are respectively in fluid communication with the fluid outlet of the first water block and the fluid inlet of the cold plate; and a casing, comprising: a first heat dissipation plate (150, 150b), having an interior fluid channel, and a fluid inlet (1512, 1512a, 1512b) and a fluid outlet (1513, 1513a, 1513b) which are in fluid communication with the interior fluid channel, the fluid inlet and the fluid outlet of the first heat dissipation plate are respectively in fluid communication with the fluid outlet of the cold plate and the fluid inlet of the first water block, and the first water block, the radiator, the cold plate and the interior fluid channel of the first heat dissipation plate of the casing are in fluid communication with each other so as to form a circulation channel. a water cooling assembly, comprising: a first water block, having a fluid inlet and a fluid outlet; a cold plate, having a fluid inlet and a fluid outlet, wherein the first water block and the cold plate are configured to be respectively and thermally coupled with the two heat sources; a radiator, having a fluid inlet and a fluid outlet, wherein the fluid inlet and the fluid outlet of the radiator are respectively in fluid communication with the fluid outlet of the first water block and the fluid inlet of the cold plate; and a first water block, having a fluid inlet and a fluid outlet; a cold plate, having a fluid inlet and a fluid outlet, wherein the first water block and the cold plate are configured to be respectively and thermally coupled with the two heat sources; a radiator, having a fluid inlet and a fluid outlet, wherein the fluid inlet and the fluid outlet of the radiator are respectively in fluid communication with the fluid outlet of the first water block and the fluid inlet of the cold plate; and a casing, comprising: a first heat dissipation plate (150, 150b), having an interior fluid channel, and a fluid inlet (1512, 1512a, 1512b) and a fluid outlet (1513, 1513a, 1513b) which are in fluid communication with the interior fluid channel, the fluid inlet and the fluid outlet of the first heat dissipation plate are respectively in fluid communication with the fluid outlet of the cold plate and the fluid inlet of the first water block, and the first water block, the radiator, the cold plate and the interior fluid channel of the first heat dissipation plate of the casing are in fluid communication with each other so as to form a circulation channel.
A water treatment method, comprising: a flocculation treatment process of adding a flocculant to water to be treated; and a membrane separation treatment process of treating flocculation-treated water of the flocculation treatment process by membrane separation, wherein the flocculant contains an alkaline solution of a phenolic resin having a melting point in the range of 130°C to 220°C.
Pneumatic spring for a vehicle with a hose-like bellows, the first axial end of which is fastened on a vehicle body side cover plate and the second axial end of which is fastened on a chassis side support component for the formation and delimitation of a closed internal space, as well as means for determining the deflection length of the pneumatic spring, characterized in that at least one acoustic sound source and at least one acoustic sound sensor are arranged in the region of an inner surface of the cover plate pointing in the direction of the internal space, in that the acoustic signal of the sound source is an approximated noise signal, an acoustic chirp signal or an acoustic sweep signal with frequencies between 0 Hz and 20000 Hz, in that the at least one sound sensor is connected to an electronic unit for signaling purposes for forwarding an output signal of said sound sensor, and that the electronic unit is configures such that by means of the output signal of the acoustic sound sensor the distance (A 1, A 2, A 3) between the inner surface of the cover plate and an end face of the support component and hence the deflection length of the pneumatic spring can be determined.
An oil-extended olefin block copolymer composition comprising: from 20 wt % to 60 wt % of an olefin block copolymer consisting of ethylene monomer and a straight-chain or branched α-olefin of 3 to 30 carbon atoms, which olefin block copolymer is an ethylene/α-olefin multi-block copolymer; from 25 wt % to 70 wt % of an oil; and from 10 wt % to 30 wt % of a precipitated silica. from 20 wt % to 60 wt % of an olefin block copolymer consisting of ethylene monomer and a straight-chain or branched α-olefin of 3 to 30 carbon atoms, which olefin block copolymer is an ethylene/α-olefin multi-block copolymer; from 25 wt % to 70 wt % of an oil; and from 10 wt % to 30 wt % of a precipitated silica.
An electronic sensor device of a driver assistance system of a vehicle, said electronic sensor device comprising a spring connector attached to a printed circuit board of the sensor device, said spring connector having spring contacts adapted to receive terminal pins of a cable harness connector having terminal pins adapted to be pushed into the corresponding spring contacts at a mounting angle between 0 and 90 degrees with respect to said printed circuit board, wherein each spring contact comprises a lead-in chamfer to guide the corresponding terminal pin into the spring connector, wherein said lead-in chamfer forms a curve from horizontal to vertical planes for entry or insertion.
A controller for a pacing device, configured to: receive sensor data comprising respiratory data; determine a respiratory sinus arrhythmia, RSA, factor of a pacing signal for inducing a level of RSA in a patient, based on the sensor data; determine a cardio-respiratory phase synchronisation, CRPS, factor of the pacing signal for inducing CRPS in the patient, based on the sensor data; and provide the pacing signal for pacing a heart of a patient in accordance with the RSA factor and the CRPS factor wherein the RSA factor comprises one or more parameters of the pacing signal that define an extent that a heart rate is higher during an inspiration portion of a respiratory cycle than during an expiration portion of the respiratory cycle, wherein the CRPS factor comprises one or more parameters of the pacing signal which define heartbeat pulses with respiratory phase angle values that repeat over an integer number of respiratory cycles. receive sensor data comprising respiratory data; determine a respiratory sinus arrhythmia, RSA, factor of a pacing signal for inducing a level of RSA in a patient, based on the sensor data; determine a cardio-respiratory phase synchronisation, CRPS, factor of the pacing signal for inducing CRPS in the patient, based on the sensor data; and provide the pacing signal for pacing a heart of a patient in accordance with the RSA factor and the CRPS factor wherein the RSA factor comprises one or more parameters of the pacing signal that define an extent that a heart rate is higher during an inspiration portion of a respiratory cycle than during an expiration portion of the respiratory cycle, wherein the CRPS factor comprises one or more parameters of the pacing signal which define heartbeat pulses with respiratory phase angle values that repeat over an integer number of respiratory cycles.
A method for growing a silicon single crystal by the Czochralski process, characterized in that: a gas of a hydrogen atom-containing substance is added to the inert atmosphere within the growing apparatus only for the period of growing the body portion of the silicon single crystal; hydrogen partial pressure is set in an inert atmosphere within a growing apparatus to 40 Pa or more and 160 Pa or less; and a body portion of the silicon single crystal is grown as a vacancy-predominant defect-free area. a gas of a hydrogen atom-containing substance is added to the inert atmosphere within the growing apparatus only for the period of growing the body portion of the silicon single crystal; hydrogen partial pressure is set in an inert atmosphere within a growing apparatus to 40 Pa or more and 160 Pa or less; and a body portion of the silicon single crystal is grown as a vacancy-predominant defect-free area.
A device for continuous analysis of the concentration of dissolved inorganic carbon and of the isotopic carbon and oxygen compositions thereof in a liquid sample, said device comprising: - a plurality of reservoirs, each comprising a fluid; - an assembly of tubes, each connected to a reservoir,, each containing a fluid, and connected to a pump positioned downstream of said tubes; - a mixing chamber positioned downstream of the pump, said mixing chamber making it possible to dynamically mix the fluids conveyed via the pump; - a reaction loop positioned downstream of the mixing chamber, said reaction loop making it possible to convert the DIC into CO 2 gas according to an acid-base reaction; - a separation chamber positioned downstream of the reaction loop, said separation chamber also being connected to a vector-gas cylinder containing CO 2 -free vector gas; - a pressure regulator and a control unit positioned between the vector-gas cylinder and the separation chamber and which control the flow of vector gas sent from the vector-gas cylinder into the separation chamber for capturing the CO 2 produced in the reaction loop; - a waste reservoir positioned downstream of the separation chamber for recovering, via the pump, the degassed residual fluids; - a water- and particle-trap positioned downstream of the separation chamber; - optionally, an open-split positioned between the separation chamber and the water- and particle-trap in order to adjust the flows; - a detection system of the concentration of dissolved inorganic carbon and of the isotopic carbon and oxygen compositions thereof, positioned downstream of the water- and particle-trap. - a plurality of reservoirs, each comprising a fluid; - an assembly of tubes, each connected to a reservoir,, each containing a fluid, and connected to a pump positioned downstream of said tubes; - a mixing chamber positioned downstream of the pump, said mixing chamber making it possible to dynamically mix the fluids conveyed via the pump; - a reaction loop positioned downstream of the mixing chamber, said reaction loop making it possible to convert the DIC into CO 2 gas according to an acid-base reaction; - a separation chamber positioned downstream of the reaction loop, said separation chamber also being connected to a vector-gas cylinder containing CO 2 -free vector gas; - a pressure regulator and a control unit positioned between the vector-gas cylinder and the separation chamber and which control the flow of vector gas sent from the vector-gas cylinder into the separation chamber for capturing the CO 2 produced in the reaction loop; - a waste reservoir positioned downstream of the separation chamber for recovering, via the pump, the degassed residual fluids; - a water- and particle-trap positioned downstream of the separation chamber; - optionally, an open-split positioned between the separation chamber and the water- and particle-trap in order to adjust the flows; - a detection system of the concentration of dissolved inorganic carbon and of the isotopic carbon and oxygen compositions thereof, positioned downstream of the water- and particle-trap.
A method of diagnosing Down's Syndrome the method comprising identifying an increased amount of at least one diagnostic marker in a sample of blood, serum or plasma from a patient compared to the normal expression of the marker, characterised in that the diagnostic marker is Trypsin-like serine protease LOC646960 protein and wherein the patient is a pregnant woman.
Electrical service switching device having a switching mechanism with a latching point, having a contact lever which is connected to a switching toggle by means of a lug and a coupling element, wherein, when the switching toggle is pivoted in the switch-on direction, the contact lever is moved to the switch-on position with the latching point latched, wherein means for temporarily retaining and then releasing the moving contact lever during the switch-on process are provided, so that, during switch-on, the moving contact piece which is fitted to the contact lever suddenly strikes the fixed contact piece, wherein the means comprises a holding part and a rigid coupling part, wherein an operative-connection means is provided between the switching toggle and the coupling part in order to move the coupling part and therefore the holding part to a release position when the switching toggle is moved further, the contact lever being released in the said release position, wherein a spring-action resetting means is provided, the said spring-action resetting means being supported on a housing contour at one end and on the holding part at the other end, so that the holding part is acted on with spring-action in its release position in the direction of a retaining position in which the contact lever bears against the holding part, characterized in that the holding part is mounted on a housing contour in a longitudinally displaceable manner, so that the holding part can be linearly moved between its release position and its retaining position.
Device for holding a bait for animals, such as pests, in particular rodents and/or insects, comprising a housing part which can be inserted into a sewer shaft, in particular a sewer shaft or a cable duct shaft, and which has at least one receiving space bounded by at least one wall, in particular at least one housing part wall, wherein at least one passage opening is formed through which an animal can reach at least one bait arranged in the receiving space, characterized by at least one guide device for guiding the housing part, which is inserted into a duct shaft, in a movable manner, in particular linearly, relative to a wall of the duct shaft.
A stator structure, comprising: a stator; a housing including a tubular section, the stator being accommodated in the tubular section; a cover coupled to the housing for blocking an upper opening of the tubular section; and a bent wire rod composed of a wire for pressing the stator against the tubular section, the bent wire rod being in contact with a top face of the stator and a rear face of the cover in a compressed state so as to be deformed along an axis substantially conforming to the central axis of the tubular section, the bent wire rod having a substantially annular shape with an opened portion when seen along the axis, and including projections projecting upward along the axis and depressions projecting downward along the axis, the projections and depressions being arranged alternately and successively, the bent wire rod being arranged such that the projections are in contact with the rear face of the cover and the depressions are in contact with the top face of the stator, the stator includes a stator core and a coil wound around the stator core, the bent wire rod contacts a top face of the stator core directly, and the stator further includes a restricting element disposed on the top face of the stator core and inside from an outer peripheral edge of the stator core for restricting shifting of the bent wire rod radially and inwardly. a stator; a housing including a tubular section, the stator being accommodated in the tubular section; a cover coupled to the housing for blocking an upper opening of the tubular section; and a bent wire rod composed of a wire for pressing the stator against the tubular section, the bent wire rod being in contact with a top face of the stator and a rear face of the cover in a compressed state so as to be deformed along an axis substantially conforming to the central axis of the tubular section, the bent wire rod having a substantially annular shape with an opened portion when seen along the axis, and including projections projecting upward along the axis and depressions projecting downward along the axis, the projections and depressions being arranged alternately and successively, the bent wire rod being arranged such that the projections are in contact with the rear face of the cover and the depressions are in contact with the top face of the stator, the stator includes a stator core and a coil wound around the stator core, the bent wire rod contacts a top face of the stator core directly, and the stator further includes a restricting element disposed on the top face of the stator core and inside from an outer peripheral edge of the stator core for restricting shifting of the bent wire rod radially and inwardly.