mhurhangee/ep-ind-claims huggingface dataset:
A nuclear magnetic resonance apparatus for estimating properties of an earth formation, the apparatus comprising: a carrier configured to be deployed in a borehole in an earth formation, the carrier having a longitudinal axis; at least one magnet assembly disposed in the carrier to generate a static magnetic field within a volume of interest within the earth formation; at least one transmitting assembly disposed in the carrier and configured to generate an oscillating magnetic field in the volume of interest within the earth formation; and at least one receiving assembly disposed in the carrier and configured to detect a nuclear magnetic resonance signal originating in the volume of interest; wherein the receiving assembly includes at least a first longitudinal region with a loop coil, the loop coil central axis being located over a region of the magnet assembly where the static magnetic field is predominantly along an azimuthal direction to the carrier, the apparatus characterized in that the receiving assembly in the first longitudinal region further includes a butterfly coil, the butterfly coil being at least partially overlapped with the loop coil to reduce mutual coupling. a carrier configured to be deployed in a borehole in an earth formation, the carrier having a longitudinal axis; at least one magnet assembly disposed in the carrier to generate a static magnetic field within a volume of interest within the earth formation; at least one transmitting assembly disposed in the carrier and configured to generate an oscillating magnetic field in the volume of interest within the earth formation; and at least one receiving assembly disposed in the carrier and configured to detect a nuclear magnetic resonance signal originating in the volume of interest; wherein the receiving assembly includes at least a first longitudinal region with a loop coil, the loop coil central axis being located over a region of the magnet assembly where the static magnetic field is predominantly along an azimuthal direction to the carrier, the apparatus characterized in that the receiving assembly in the first longitudinal region further includes a butterfly coil, the butterfly coil being at least partially overlapped with the loop coil to reduce mutual coupling.
Headlamp comprising at least one light source, preferably an LED, and a reflector, which are arranged on a common carrier plate, projections being arranged on the circumference of fastening holes on the reflector, which projections are connected to openings in the carrier plate by means of a press fit, and screws being guided through the fastening holes of the reflector, characterized in that the openings in the carrier plate have a round cross section that has a larger diameter than the screw diameter in order to receive the projections of the reflector and the screws.
An active matrix display comprising a plurality of pixels and a switching means (21, 22), a pixel of the plurality of pixels including an electroluminescent element and a driving circuit, wherein the driving circuit includes a p-channel type first transistor controlling a current which flows through the electroluminescent element, the first transistor being coupled to a first terminal through one of a source and a drain of the first transistor, the first transistor being coupled to a second terminal through the other of the source and the drain of the first transistor, the second terminal being coupled to a third terminal through the electroluminescent element; a capacitance element for accumulating an electric charge for maintaining the first transistor in a turned-on state, a first electrode of the capacitor being coupled to a gate of the first transistor and a second electrode of the capacitor being coupled to the first terminal; and a p-channel type charge controlling transistor for controlling an accumulated state of the electric charge of the capacitance element according to a signal, one of the source or drain of the charge controlling transistor being connected to the first electrode of the capacitance element, the active matrix display being characterized that: in a first period, the switching means is arranged to set a first potential of the first terminal at a first value and a second potential of the third terminal at a second value lower than the first value such that a forward bias voltage is applied to the electroluminescent element and the electroluminescent element emits a light based on the current, and in a second period, the switching means is arranged to set the first potential of the first terminal at the second value such that, with the change in the first potential of the first terminal, the gate potential of the first transistor drops by the potential difference between the first value and the second value, and subsequently to set the second potential of the third terminal at the first value such that a reverse bias voltage is applied to the electroluminescent element. in a first period, the switching means is arranged to set a first potential of the first terminal at a first value and a second potential of the third terminal at a second value lower than the first value such that a forward bias voltage is applied to the electroluminescent element and the electroluminescent element emits a light based on the current, and in a second period, the switching means is arranged to set the first potential of the first terminal at the second value such that, with the change in the first potential of the first terminal, the gate potential of the first transistor drops by the potential difference between the first value and the second value, and subsequently to set the second potential of the third terminal at the first value such that a reverse bias voltage is applied to the electroluminescent element.
Three-phase filter for a motor control, comprising a first three-phase input on a supply side and a second three-phase input on a motor side, wherein the first three-phase input and the second three-phase input are connected through at least one three-phase differential mode reactor (21, 22, 23) with common-mode damping, characterized by an auxiliary coil magnetically coupled with a common mode component of a magnetic flux in the three-phase differential mode reactor, wherein the auxiliary coil is closed on a complex impedance comprising a combination of a capacitor and an inductor, wherein the the complex impedance is configured to damp a ringing superposed to a common-mode current circulating in the auxiliary coil.
Polyisocyanurate plastic containing siloxane groups, obtainable by a process comprising the steps of: a1) providing a composition A) which i) contains oligomeric polyisocyanates B) and silicon-containing compounds C); or ii) contains oligomeric silicon-modified polyisocyanates D); or iii) contains oligomeric silicon-modified polyisocyanates D) and oligomeric polyisocyanates B); or iv) contains oligomeric polyisocyanates B), silicon-containing compounds C) and modified oligomeric polyisocyanates D); or v) contains silicon-containing compounds C) and silicon-modified, oligomeric polyisocyanates D); a2) catalytic trimerization of the composition A); wherein the composition A) has a content of monomeric diisocyanates of not more than 20% by weight; wherein not more than 20% of the isocyanate groups originally contained in the composition A) have been preserved; and wherein the silicon-containing compounds C) are alkoxysilyl-containing compounds C) and the oligomeric silicon-modified polyisocyanates D) are oligomeric polyisocyanates D) modified with alkoxysilyl groups. a1) providing a composition A) which i) contains oligomeric polyisocyanates B) and silicon-containing compounds C); or ii) contains oligomeric silicon-modified polyisocyanates D); or iii) contains oligomeric silicon-modified polyisocyanates D) and oligomeric polyisocyanates B); or iv) contains oligomeric polyisocyanates B), silicon-containing compounds C) and modified oligomeric polyisocyanates D); or v) contains silicon-containing compounds C) and silicon-modified, oligomeric polyisocyanates D); i) contains oligomeric polyisocyanates B) and silicon-containing compounds C); or ii) contains oligomeric silicon-modified polyisocyanates D); or iii) contains oligomeric silicon-modified polyisocyanates D) and oligomeric polyisocyanates B); or iv) contains oligomeric polyisocyanates B), silicon-containing compounds C) and modified oligomeric polyisocyanates D); or v) contains silicon-containing compounds C) and silicon-modified, oligomeric polyisocyanates D); a2) catalytic trimerization of the composition A); wherein the composition A) has a content of monomeric diisocyanates of not more than 20% by weight; wherein not more than 20% of the isocyanate groups originally contained in the composition A) have been preserved; and wherein the silicon-containing compounds C) are alkoxysilyl-containing compounds C) and the oligomeric silicon-modified polyisocyanates D) are oligomeric polyisocyanates D) modified with alkoxysilyl groups.
A process for making an injectable composition for controlled release drug delivery comprising: combining a lactate-based polymer having a weight average molecular weight between 5,000 and 50,000 dalton, an acid number of less than 3 mgKOH/g and the content of residual lactide monomers in the lactate-based polymer of less than about 0.3% by weight; with a pharmaceutically acceptable organic solvent; and a bioactive substance selected from the group consisting of luteinizing hormone releasing hormone (LHRH), LHRH analogs, agonists, antagonists, and salts thereof, with the proviso that no acid additive is added in making the composition. combining a lactate-based polymer having a weight average molecular weight between 5,000 and 50,000 dalton, an acid number of less than 3 mgKOH/g and the content of residual lactide monomers in the lactate-based polymer of less than about 0.3% by weight; with a pharmaceutically acceptable organic solvent; and a bioactive substance selected from the group consisting of luteinizing hormone releasing hormone (LHRH), LHRH analogs, agonists, antagonists, and salts thereof, with the proviso that no acid additive is added in making the composition.
Detection apparatus for determining the concentration of alcohol in a sample, the detection apparatus comprising: a collector, for receiving a sample, comprising: a structure with a recess at one end into which an insert comprising an absorbent material for receiving the sample is locatable; and a protective sheath for substantially covering the insert except an area for receiving the sample; a chamber for receiving at least a part of the collector comprising the sample; a head space in the chamber when the at least a part of the collector is received in the chamber, wherein the head space is for containing a vapour equalization caused by vapour from the sample equalizing with air in the head space; a fuel cell associated with the head space; drawing means to draw the vapour equalization into the fuel cell; and wherein the collector is configured such that air from outside the detection apparatus is drawn through at least one opening in the collector through at least part of the insert into the head space as the vapour equalization is drawn into the fuel cell. a collector, for receiving a sample, comprising: a structure with a recess at one end into which an insert comprising an absorbent material for receiving the sample is locatable; and a protective sheath for substantially covering the insert except an area for receiving the sample; a structure with a recess at one end into which an insert comprising an absorbent material for receiving the sample is locatable; and a protective sheath for substantially covering the insert except an area for receiving the sample; a chamber for receiving at least a part of the collector comprising the sample; a head space in the chamber when the at least a part of the collector is received in the chamber, wherein the head space is for containing a vapour equalization caused by vapour from the sample equalizing with air in the head space; a fuel cell associated with the head space; drawing means to draw the vapour equalization into the fuel cell; and wherein the collector is configured such that air from outside the detection apparatus is drawn through at least one opening in the collector through at least part of the insert into the head space as the vapour equalization is drawn into the fuel cell.
A method of reclosing a power distribution circuit following a fault opening of the circuit, the method comprising: a) generating within the circuit a test signal by momentarily closing the circuit, b) determining at least one dynamic threshold, c) determining from the test signal and the dynamic threshold the existence of the fault, d) repeating the steps of parts a) to c) for a predetermined number of tests, and e) reclosing the circuit in the absence of the fault, characterized in that the step of determining a dynamic threshold comprises determining the dynamic threshold based upon a characteristic of a fault protection device associated with the fault opening of the circuit, and wherein determining at least one dynamic threshold comprises determining a dynamic threshold for each of the predetermined number of tests. a) generating within the circuit a test signal by momentarily closing the circuit, b) determining at least one dynamic threshold, c) determining from the test signal and the dynamic threshold the existence of the fault, d) repeating the steps of parts a) to c) for a predetermined number of tests, and e) reclosing the circuit in the absence of the fault,
A roof bar assembly comprising a bar and several feet for fastening the bar to the roof of a vehicle, the bar capable of being fastened in a longitudinal position in which the bar is parallel to a longitudinal axis of the vehicle or in a transverse position in which the bar is perpendicular to the longitudinal axis of the vehicle, the roof bar assembly comprising bracing means positioned between each foot and the bar which are configured so that in the transverse position, the distance between a fastening plate of the foot intended to be fastened to the roof and the bar is greater than the distance between the fastening plate of the foot and the bar in the longitudinal position, characterized in that the bracing means comprise a spacer positioned on the foot and an insert linked to the bar, the insert having a bore adapted to receive the spacer when the bar is in the longitudinal position, a first piercing opening into the bore to receive a screw for fastening the bar in the longitudinal position and a second through piercing whose diameter is smaller than that of the spacer to receive a screw for fastening the bar in the transverse position.
A retaining means for holding back plastic fibers washed out of textiles during a washing process, wherein the retaining means is configured as a washing bag (1; 5) that receives at least one textile to be washed during a washing process, characterized in that the washing bag (1; 5) is made of a thermoset plastic screen fabric with a mean mesh width in the range between 5 μm and 200 μm and wherein the washing bag (1; 5) can be closed with a zipper closure (2, 6) which is at least largely impenetrable for plastic fibers with lengths on the order of 100 μm.
A wind turbine control system comprising: an atmospheric condition sensor positioned on or in close proximity to a body of the wind turbine, said atmospheric condition sensor being configured to measure at least one atmospheric condition; a processor coupled to said atmospheric condition sensor, said processor being configured to: receive at least one atmospheric condition measurement from said atmospheric condition sensor, and, determine at least one monitor set point limit based at least partially on the at least one atmospheric condition measurement; a memory device coupled to said processor, said memory device being configured to store potential atmospheric conditions and corresponding monitor set point limits in a database, and said processor being configured to modify a pre-set monitor set point limit based on the at least one atmospheric condition measurement and data stored in said memory device and to apply the at least one monitor set point limit to wind turbine operation; wherein said processor is configured to increase the pre-set monitor set point limit by a predetermined amount when ambient air density is below a predetermined level; and wherein the ambient air density is determined based on stored barometric pressure and stored turbulence intensity values, and on measured air temperature. an atmospheric condition sensor positioned on or in close proximity to a body of the wind turbine, said atmospheric condition sensor being configured to measure at least one atmospheric condition; a processor coupled to said atmospheric condition sensor, said processor being configured to: receive at least one atmospheric condition measurement from said atmospheric condition sensor, and, determine at least one monitor set point limit based at least partially on the at least one atmospheric condition measurement; receive at least one atmospheric condition measurement from said atmospheric condition sensor, and, determine at least one monitor set point limit based at least partially on the at least one atmospheric condition measurement; a memory device coupled to said processor, said memory device being configured to store potential atmospheric conditions and corresponding monitor set point limits in a database, and said processor being configured to modify a pre-set monitor set point limit based on the at least one atmospheric condition measurement and data stored in said memory device and to apply the at least one monitor set point limit to wind turbine operation; wherein said processor is configured to increase the pre-set monitor set point limit by a predetermined amount when ambient air density is below a predetermined level; and wherein the ambient air density is determined based on stored barometric pressure and stored turbulence intensity values, and on measured air temperature.
A method for connecting a thermoplastic line element to a connecting element comprising the method steps: - providing the at least one thermoplastic line element; - providing the connecting element having a thermoplastic body, wherein a heating element is embedded in the body for generating heat in a welding region for welding the body to the at least one line element; - joining the connecting element to the at least one thermoplastic line element; - providing a welding device for welding the connecting element to the at least one thermoplastic line element; - inputting information about the connecting element to be welded into the welding device; - welding the connecting element to the at least one thermoplastic line element by generating heat in the welding region by means of the welding device, wherein the welding device stops the welding of the connecting element to the at least one thermoplastic line element before the end of the planned welding duration and/or the welding device outputs an error message if an error criterion is reached, characterized in that the error criterion is reached when a certain number of error messages are summed up in an error counter implemented in the welding device. - providing the at least one thermoplastic line element; - providing the connecting element having a thermoplastic body, wherein a heating element is embedded in the body for generating heat in a welding region for welding the body to the at least one line element; - joining the connecting element to the at least one thermoplastic line element; - providing a welding device for welding the connecting element to the at least one thermoplastic line element; - inputting information about the connecting element to be welded into the welding device; - welding the connecting element to the at least one thermoplastic line element by generating heat in the welding region by means of the welding device, wherein
A compound represented by the following formula: wherein m is 3, R 1 is an alkyl group having 1 to 4 carbon atoms, R 2 is a hydrogen atom or a methyl group, R 3 is a substituted or unsubstituted monovalent hydrocarbon group which has no (meth) acryl group and has 1 to 20 carbon atoms, or an alkoxy group having 1 to 10 carbon atoms, R 4 is a hydrogen atom or a methyl group, and R 5 is a hydrogen atom or a methyl group, wherein an amount of one kind of compound having each one value of m, R 1, R 2, R 3, R 4 and R 5 in the formula is more than 95 mass % of a total mass of the compound.
A bead dispensing system for dispensing craft beads including: a storage device in the form of a hopper rotatably mounted to a housing; a hand held bead dispenser which includes a mechanically actuated bead release mechanism; a conduit for guiding beads from the hopper to the bead dispenser, wherein the hopper is provided in an upper part of the system for dispensing beads under the force of gravity, characterized in that the conduit is flexible. a storage device in the form of a hopper rotatably mounted to a housing; a hand held bead dispenser which includes a mechanically actuated bead release mechanism; a conduit for guiding beads from the hopper to the bead dispenser, wherein the hopper is provided in an upper part of the system for dispensing beads under the force of gravity, characterized in that the conduit is flexible.
A near-field wireless device comprising a gaming controller, comprising: a near-field antenna (102, 200, 245) having a first conductive surface on one side of the gaming controller and a second conductive surface on a diametrically opposite side of the gaming controller; wherein the conductive surfaces are configured to carry non-propagating quasi-static near-field electro-induction (NFEI) signals; a tuning circuit coupled to the near-field antenna and having a set of tuning parameters; a controller coupled to the tuning circuit; wherein the controller is configured to monitor a loading of the near-field antenna; wherein the controller is configured to adjust the tuning parameters if the loading is different from a preselected loading; and wherein the controller is configured to set a user present status in response to a predefined threshold change in the set of tuning parameters. a near-field antenna (102, 200, 245) having a first conductive surface on one side of the gaming controller and a second conductive surface on a diametrically opposite side of the gaming controller; wherein the conductive surfaces are configured to carry non-propagating quasi-static near-field electro-induction (NFEI) signals; a tuning circuit coupled to the near-field antenna and having a set of tuning parameters; a controller coupled to the tuning circuit; wherein the controller is configured to monitor a loading of the near-field antenna; wherein the controller is configured to adjust the tuning parameters if the loading is different from a preselected loading; and wherein the controller is configured to set a user present status in response to a predefined threshold change in the set of tuning parameters.
RFID transponder, which includes a radiator and a ground element as opposed antenna elements, a ground plane arranged at a distance from the radiator, and an electrical chip component, and in which the ground plane is arranged on a first plane, and the radiator is arranged on a second plane, at a distance from the first plane, and in which the chip component is connected to the radiator and the ground element, and, further, in which said radiator, said ground element, and said chip component are installed on a foil, which said foil also comprises the first plane on which said ground plane is arranged and a fold between the first and second plane, the foil being thus divided into a first part on the first plane, the fold, and a second part on the second plane, characterized in that the RFID transponder further includes a case and an intermediate structure (18, 10.2) and in that said intermediate structure (18,10.2) is connected to the case, for supporting the first part and the second part of the foil on the said first plane and second plane, respectively.