mhurhangee/ep-ind-claims huggingface dataset:
A mower assembly adapted to be coupled to a hitch of a work machine, the mower assembly comprising; a sub-frame having one or more hitch couplers adapted to be removeably coupable to a hitch of a work machine; a mower arm (212, 612) having a primary pivot (216, 618) at a first end and having a second end, the primary pivot being pivotally coupled to the sub-frame, where the mower arm (212, 612) is pivotable about the primary pivot between a first position and a second position relative to the sub-frame; a mower head (214, 614) mechanically coupled to the mower arm (212, 612) at the second end; and at least one disc pivotally coupled to the mower head (214, 614), the at least one disc adapted to rotate about a disc pivot axis defined by the respective disc; wherein, when the mower arm (212, 612) is in the first position the at least one disc rotates about the disc pivot axis in a first rotation pattern, and when the mower arm (212, 612) is in the second position the at least one disc rotates about the disc pivot axis in a second rotation pattern, the first rotation pattern and the second rotation pattern being different rotation patterns, characterized in that the mower assembly further comprising a brake for selectively inhibiting the rotation of a plurality of discs as the mower head (214, 614) pivots between the first position and the second position.
A method for determining the amount of 25-hydroxyvitamin D 3 or 25-hydroxyvitamin D 2 in a plasma or serum sample by tandem mass spectrometry, comprising: (a) generating a protonated and dehydrated precursor ion of said 25-hydroxyvitamin D 3 or 25-hydroxyvitamin D 2, wherein said protonated and dehydrated precursor ion has a mass to charge ratio (m/z) of 383.16±0.5 or 395.30±0.5, respectively; (b) generating one or more fragment ions of said precursor ion; and (c) detecting the amount of one or more of said ions generated in step (a) or (b) or both and relating the detected ions to the amount of said 25-hydroxyvitamin D 3 or 25-hydroxyvitamin D 2 in said sample. (a) generating a protonated and dehydrated precursor ion of said 25-hydroxyvitamin D 3 or 25-hydroxyvitamin D 2, wherein said protonated and dehydrated precursor ion has a mass to charge ratio (m/z) of 383.16±0.5 or 395.30±0.5, respectively; (b) generating one or more fragment ions of said precursor ion; and (c) detecting the amount of one or more of said ions generated in step (a) or (b) or both and relating the detected ions to the amount of said 25-hydroxyvitamin D 3 or 25-hydroxyvitamin D 2 in said sample.
A valve arrangement for a shock absorber, said valve arrangement comprising: - a valve housing comprising a first and a second port (7, 8) - a pilot chamber being in fluid communication with said first and/or second port, wherein a pilot pressure (Pp) is defined by a hydraulic pressure in said pilot chamber; - a main valve member being axially movably arranged in said valve housing and being arranged to interact with a main valve seat member in order to restrict a main fluid flow between said first and second ports (7, 8) in response to said pilot pressure (Pp) acting on said main valve member; characterized in that, - the main valve seat member is movable between a first compression stroke position and a second rebound stroke position so that, during the compression stroke, the main fluid flow is restricted at a first restriction and a cooperating serially arranged second restriction, and, during the rebound stroke, the main fluid flow is restricted at a third restriction, wherein orifices (O R1, O R2) of said first restriction and second restriction are controlled by means of the axial position of the main valve member relative the valve housing. - a valve housing comprising a first and a second port (7, 8) - a pilot chamber being in fluid communication with said first and/or second port, wherein a pilot pressure (Pp) is defined by a hydraulic pressure in said pilot chamber; - a main valve member being axially movably arranged in said valve housing and being arranged to interact with a main valve seat member in order to restrict a main fluid flow between said first and second ports (7, 8) in response to said pilot pressure (Pp) acting on said main valve member; characterized in that, - the main valve seat member is movable between a first compression stroke position and a second rebound stroke position so that, during the compression stroke, the main fluid flow is restricted at a first restriction and a cooperating serially arranged second restriction, and, during the rebound stroke, the main fluid flow is restricted at a third restriction, wherein orifices (O R1, O R2) of said first restriction and second restriction are controlled by means of the axial position of the main valve member relative the valve housing.
An implantable device for placement at the opening of a physiological cavity, wherein the physiological cavity is formed at the end of a neighboring lumen where two side branch lumens diverge, and wherein the implantable device is adjustable from a small diameter delivery condition to a deployed condition in which it assumes a larger diameter configuration, wherein the implantable device, in the deployed condition, forms an inverted U-shaped framework structure with at least two anchoring legs (20, 21, 43, 44, 84, 86, 104, 106, 116, 118) extending directly from the U-shaped framework structure, wherein the framework structure has at least one lateral corner configured to be positioned in proximity to the opening of the physiological cavity, and the at least two anchoring legs (20, 21) extend from the inverted U-shaped framework structure opposite one another and along parallel, opposed planes in the deployed condition, and configured to contact tissue surface areas opposite one another on the neighboring lumen.
A light strip system for securing luminaire units and supplying them with power, wherein the system comprises: • An elongate support structure, in particular at least one support rail, for securing the luminaire units and • power supply means extending along said support structure for supplying the luminaire units with power, wherein said power supply means comprise: • first lines (10, 11) extending along the support structure, which form a first power supply circuit, • second lines (15, 16), which extend over part of the length of the first power supply circuit along the support structure and form a second power supply circuit, which is provided for electrical contacting by the luminaire units, in such a manner that the luminaire units can be arranged and connected freely over the entire length of the second power supply circuit, wherein the coupling between the first power supply circuit and the second power supply circuit takes place by means of a converter unit, which converts a first supply voltage available in the first power supply circuit to a second supply voltage suitable for operating the luminaire units • An elongate support structure, in particular at least one support rail, for securing the luminaire units and • power supply means extending along said support structure for supplying the luminaire units with power, • first lines (10, 11) extending along the support structure, which form a first power supply circuit, • second lines (15, 16), which extend over part of the length of the first power supply circuit along the support structure and form a second power supply circuit, which is provided for electrical contacting by the luminaire units, in such a manner that the luminaire units can be arranged and connected freely over the entire length of the second power supply circuit,
Circuit for generating a control current that is independent of voltage variations, comprising: - a supply voltage (Vs upply), - a control current line (j) comprising two resistors (a, b), - a sink current line (k) branching off from the control current line between the resistors, and - a current sink transistor (e) having a base, an emitter and a collector, the collector being connected to the sink current line and the emitter being connected to ground via a first further resistor (g), characterized in that - the circuit further comprises at least one reference transistor (c) having a base, an emitter and a collector, the collector of the reference transistor being connected to the base, to the supply voltage via a second further resistor (h) and to the base of the current sink transistor, the emitter of the reference transistor being connected to ground or to a further reference transistor (d) having a base, an emitter and a collector, the collector of the further reference transistor being connected to the emitter of the reference transistor (c) and to the base of the further reference transistor (d), and the emitter of the further reference transistor being connected to ground, and - the base of the current sink transistor (e) and the collector of the reference transistor (c) are connected to ground via a third further resistor (i). - a supply voltage (Vs upply), - a control current line (j) comprising two resistors (a, b), - a sink current line (k) branching off from the control current line between the resistors, and - a current sink transistor (e) having a base, an emitter and a collector, the collector being connected to the sink current line and the emitter being connected to ground via a first further resistor (g), - the circuit further comprises at least one reference transistor (c) having a base, an emitter and a collector, the collector of the reference transistor being connected to the base, to the supply voltage via a second further resistor (h) and to the base of the current sink transistor, the emitter of the reference transistor being connected to ground or to a further reference transistor (d) having a base, an emitter and a collector, the collector of the further reference transistor being connected to the emitter of the reference transistor (c) and to the base of the further reference transistor (d), and the emitter of the further reference transistor being connected to ground, and - the base of the current sink transistor (e) and the collector of the reference transistor (c) are connected to ground via a third further resistor (i).
Separator insert for a separator, which is designed for separating a flowable suspension into at least two flowable phases (LP, HP) of different density in a centrifugal field, comprising: a) a housing which is stationary during operation and which is designed in the form of a container which is closed except apart from multiple openings, wherein these openings are designed as follows: as a supply opening for an inflowing suspension in a first axial boundary wall of the housing, as two outlets (10, 11) for flowable phases of differing density (LP, HP) in an outer casing of the housing, and as a recirculation inlet in a second axial boundary wall of the housing, b) a rotor arranged within the housing and which can rotate about an axis of rotation and having a drum, which also has multiple openings, wherein one or more first and one or more second openings (12a, 32a, 21, 22) of the drum serve as free radial outlets (21, 22) for the light and the heavy phase (LP, HP) into the housing, and wherein into two further ones of the openings (12a, 32a) of the drum at the two axial ends of the drum a feed pipe (12, 32) extends in each case, which does not touch the drum, c) wherein a separation means is arranged in the drum, d) at least two rotor units (4b, 5b) for magnetic bearing devices (4, 5) at two axially spaced-apart points on the rotor with the drum, with which the rotor with the drum can be held in a suspended state, can be rotatably mounted and can be made to rotate within the housing during operation. a) a housing which is stationary during operation and which is designed in the form of a container which is closed except apart from multiple openings, wherein these openings are designed as follows: as a supply opening for an inflowing suspension in a first axial boundary wall of the housing, as two outlets (10, 11) for flowable phases of differing density (LP, HP) in an outer casing of the housing, and as a recirculation inlet in a second axial boundary wall of the housing, b) a rotor arranged within the housing and which can rotate about an axis of rotation and having a drum, which also has multiple openings, wherein one or more first and one or more second openings (12a, 32a, 21, 22) of the drum serve as free radial outlets (21, 22) for the light and the heavy phase (LP, HP) into the housing, and wherein into two further ones of the openings (12a, 32a) of the drum at the two axial ends of the drum a feed pipe (12, 32) extends in each case, which does not touch the drum, c) wherein a separation means is arranged in the drum, d) at least two rotor units (4b, 5b) for magnetic bearing devices (4, 5) at two axially spaced-apart points on the rotor with the drum, with which the rotor with the drum can be held in a suspended state, can be rotatably mounted and can be made to rotate within the housing during operation.
A communications device comprising: a first memory unit; a first input/output interface; and at least one first processor configured to: receive a certified public key from a radio frequency memory tag; validate the public key; send a challenge to the radio frequency memory tag; receive a signature from radio frequency memory tag; validate the signature in order to authenticate the radio frequency memory tag; and to form a key stream and to send the key stream to the radio frequency memory tag for authenticating and/or securing further communication between the radio frequency memory tag and the communications device. a first memory unit; a first input/output interface; and at least one first processor configured to: receive a certified public key from a radio frequency memory tag; validate the public key; send a challenge to the radio frequency memory tag; receive a signature from radio frequency memory tag; validate the signature in order to authenticate the radio frequency memory tag; and to form a key stream and to send the key stream to the radio frequency memory tag for authenticating and/or securing further communication between the radio frequency memory tag and the communications device. receive a certified public key from a radio frequency memory tag; validate the public key; send a challenge to the radio frequency memory tag; receive a signature from radio frequency memory tag; validate the signature in order to authenticate the radio frequency memory tag; and to form a key stream and to send the key stream to the radio frequency memory tag for authenticating and/or securing further communication between the radio frequency memory tag and the communications device.
14-O-{[(1 R,2 R,4 R)-4-amino-2-hydroxy-cyclohexylsulfanyl]-acetyl}-mutilin of formula in the form of an acetate in crystalline Form B, characterized by an X-ray powder diffraction pattern with peaks 2-theta (degrees, ± 0.2) at 10.3, 10.7, 12.7, 14.3, 15.5, 16.0, 17.2, 19.5, 20.6, 22.9.
A set for controlling the temperature of a target, the set comprising: a source of radiation configured to output radiation towards the target to heat the target; a thermal radiation detector configured to detect thermal radiation emitted from the target; and a controller connected to the source of radiation and to the thermal radiation detector, so that the source of radiation, the thermal radiation detector and the controller are arranged in a feedback loop, wherein the controller is configured to operate the source of radiation in accordance with thermal radiation detected by the thermal radiation detector; characterised by a wavefront modifier (4-12, 14) configured to modify a profile of a wavefront of the radiation output by the source of radiation. a source of radiation configured to output radiation towards the target to heat the target; a thermal radiation detector configured to detect thermal radiation emitted from the target; and a controller connected to the source of radiation and to the thermal radiation detector, so that the source of radiation, the thermal radiation detector and the controller are arranged in a feedback loop, wherein the controller is configured to operate the source of radiation in accordance with thermal radiation detected by the thermal radiation detector; characterised by a wavefront modifier (4-12, 14) configured to modify a profile of a wavefront of the radiation output by the source of radiation.
A method for removing a substance comprising oxygen from a feedstock comprising a solid metal or metal compound, comprising the steps of: providing a fused-salt melt comprising a fused salt, a reactive-metal oxide and a reactive metal, the fused salt comprising a halide anion species, the reactive metal comprising Ca, Li, Na or Mg, and the reactive metal being capable of reaction to remove at least a portion of the substance from the feedstock; contacting the melt with a cathode; contacting the cathode and the melt with the feedstock; contacting the melt with an anode; and applying a current between the cathode and the anode such that at least a portion of the substance is removed from the feedstock; in which a quantity of the reactive metal in the melt is sufficient to prevent oxidation of the anion species at the anode when the current is applied. providing a fused-salt melt comprising a fused salt, a reactive-metal oxide and a reactive metal, the fused salt comprising a halide anion species, the reactive metal comprising Ca, Li, Na or Mg, and the reactive metal being capable of reaction to remove at least a portion of the substance from the feedstock; contacting the melt with a cathode; contacting the cathode and the melt with the feedstock; contacting the melt with an anode; and applying a current between the cathode and the anode such that at least a portion of the substance is removed from the feedstock;
Protection circuit for an electrical consumer, comprising: - an input interface comprising first and second input terminals (151, 152) for the application of an alternating potential difference; - an output interface comprising first and second output terminals (161, 162) for the connection of an electrical consumer; - a current sensor connected between the second input terminal and the second output terminal (152, 162); - first and second field-effect transistors, the first and second transistors being connected in series by way of a connection node; - a rectifier bridge exhibiting two input terminals (135, 136), and exhibiting first and second output terminals (131, 132) between which an electrical load is connected; characterized in that: - the first and second field-effect transistors are high electron mobility transistors of normally closed type (111, 112) connected in series with the current sensor between the second input terminal and the second output terminal (152, 162); - the protection circuit furthermore comprises a transformer, a primary winding of which is connected to the terminals of the current sensor, and comprising a secondary winding; - the input terminals of the rectifier bridge are connected to the terminals of the said secondary winding,the first output terminal of the rectifier bridge being connected to a control gate of the first transistor and to a control gate of the second transistor, the second output terminal of the rectifier bridge being connected to the said connection node. - an input interface comprising first and second input terminals (151, 152) for the application of an alternating potential difference; - an output interface comprising first and second output terminals (161, 162) for the connection of an electrical consumer; - a current sensor connected between the second input terminal and the second output terminal (152, 162); - first and second field-effect transistors, the first and second transistors being connected in series by way of a connection node; - a rectifier bridge exhibiting two input terminals (135, 136), and exhibiting first and second output terminals (131, 132) between which an electrical load is connected; - the first and second field-effect transistors are high electron mobility transistors of normally closed type (111, 112) connected in series with the current sensor between the second input terminal and the second output terminal (152, 162); - the protection circuit furthermore comprises a transformer, a primary winding of which is connected to the terminals of the current sensor, and comprising a secondary winding; - the input terminals of the rectifier bridge are connected to the terminals of the said secondary winding,the first output terminal of the rectifier bridge being connected to a control gate of the first transistor and to a control gate of the second transistor, the second output terminal of the rectifier bridge being connected to the said connection node.
Vacuum trimmer comprising a casing containing - a cutting block composed of a fixed blade and a mobile blade intended to be driven in oscillation; - an electric motor to drive the movement of said mobile blade; - a suction system comprising: - a reservoir removable from the casing having at its front end, a suction mouth adjacent to the cutting block - a turbine designed to generate a vacuum at least in the reservoir, the turbine being intended to be driven by said motor; characterised in that: the motor comprises a single output shaft having both means for coupling to the turbine and means for driving the mobile blade on the same side of the motor. - a cutting block composed of a fixed blade and a mobile blade intended to be driven in oscillation; - an electric motor to drive the movement of said mobile blade; - a suction system comprising: - a reservoir removable from the casing having at its front end, a suction mouth adjacent to the cutting block - a turbine designed to generate a vacuum at least in the reservoir, the turbine being intended to be driven by said motor; characterised in that: the motor comprises a single output shaft having both means for coupling to the turbine and means for driving the mobile blade on the same side of the motor. - a reservoir removable from the casing having at its front end, a suction mouth adjacent to the cutting block - a turbine designed to generate a vacuum at least in the reservoir, the turbine being intended to be driven by said motor; the motor comprises a single output shaft having both means for coupling to the turbine and means for driving the mobile blade on the same side of the motor.
Rope-like adhesive tape having a longitudinal direction and a cross section perpendicular to the longitudinal direction, having a plurality of filaments (1, 2, 3) running along the longitudinal direction, of which at least some are at least sheathed by an adhesive, and wherein the filaments (1, 2, 3), in cross section, are arranged concentrically around the longitudinal direction and the filaments (1, 2, 3) are arranged twisted together in the longitudinal direction, characterized by pressure-sensitive adhesive filaments which stick the twisted-together filaments (1, 2, 3) to one another. having a plurality of filaments (1, 2, 3) running along the longitudinal direction, of which at least some are at least sheathed by an adhesive, and wherein the filaments (1, 2, 3), in cross section, are arranged concentrically around the longitudinal direction and the filaments (1, 2, 3) are arranged twisted together in the longitudinal direction, characterized by pressure-sensitive adhesive filaments which stick the twisted-together filaments (1, 2, 3) to one another.