mhurhangee/ep-ind-claims huggingface dataset:
A fusible disconnect switch device (30, 50) comprising: a nonconductive switch housing (32, 52) configured to accept an overcurrent protection fuse (44, 54); a current path defined in the nonconductive switch housing (32, 52), the current path comprising: a first fuse contact member (40, 42, 60, 62) and a second fuse contact member (40, 42, 60, 62), the first fuse contact member (40, 42, 60, 62) and the second fuse contact member (40, 42, 60, 62) configured to complete an electrical connection through the overcurrent protection fuse (44, 54); and a first switch contact (36, 38, 64, 74, 76, 80) provided on the first fuse contact member (40, 42, 60, 62); a rotary actuator selectively positionable between an opened position and a closed position to complete or open the current path through the first switch contact (36, 38, 64, 74, 76, 80); and a first magnet (48a, 102a, 104a) and a second magnet (48b, 102b, 104b) disposed about the first switch contact (36, 38, 64, 74, 76, 80), wherein the first and second magnets (48a, 48b, 102a, 102b, 104a, 104b) establish a first magnetic field therebetween and wherein the first switch contact (36, 38, 64, 74, 76, 80) is in the magnetic field. a nonconductive switch housing (32, 52) configured to accept an overcurrent protection fuse (44, 54); a current path defined in the nonconductive switch housing (32, 52), the current path comprising: a first fuse contact member (40, 42, 60, 62) and a second fuse contact member (40, 42, 60, 62), the first fuse contact member (40, 42, 60, 62) and the second fuse contact member (40, 42, 60, 62) configured to complete an electrical connection through the overcurrent protection fuse (44, 54); and a first switch contact (36, 38, 64, 74, 76, 80) provided on the first fuse contact member (40, 42, 60, 62); a first fuse contact member (40, 42, 60, 62) and a second fuse contact member (40, 42, 60, 62), the first fuse contact member (40, 42, 60, 62) and the second fuse contact member (40, 42, 60, 62) configured to complete an electrical connection through the overcurrent protection fuse (44, 54); and a first switch contact (36, 38, 64, 74, 76, 80) provided on the first fuse contact member (40, 42, 60, 62); a rotary actuator selectively positionable between an opened position and a closed position to complete or open the current path through the first switch contact (36, 38, 64, 74, 76, 80); and a first magnet (48a, 102a, 104a) and a second magnet (48b, 102b, 104b) disposed about the first switch contact (36, 38, 64, 74, 76, 80), wherein the first and second magnets (48a, 48b, 102a, 102b, 104a, 104b) establish a first magnetic field therebetween and wherein the first switch contact (36, 38, 64, 74, 76, 80) is in the magnetic field.
Antibodies against phosphorylcholine for use in a method of curing, treating, preventing, and/or reducing the risk of rheumatoid arthritis in a mammal, wherein the antibodies against PC are used in a combination therapy with one or more biologic agents selected from a tumor necrosis factor alpha (TNFα) blocker selected from the group consisting of etanercept, infliximab, adalimumab, or the anti-B cell antibody rituximab.
Air traffic controller support system (1, 25) for support of an air traffic controller in situation-dependent planning and/or management tasks of a controlled system for the management of an aircraft by an air traffic controller, wherein the air traffic controller support system provides the air traffic controller with various suggestions for air traffic management instructions for the aircraft depending on the present situation in the air space of the airport, comprising - a state detection unit for detecting at least one state (5, 5a) of the controlled system, wherein the detection of the state of the controlled system is performed by a first sensor system which is connected to the state detection unit, - an acoustic recording unit (9, 27), which is designed for recording acoustic voice signals of a voice communication between a pilot of an aircraft and an air traffic controller, and - a voice processing unit, which is set up to identify voice information items in relation to the controlled system from the recorded acoustic voice signals, characterized in that the state detection unit is set up to match the detected state and/or a projected state, derivable from the present state, of the controlled system depending on the identified voice information items, wherein the acoustic recording unit in conjuction with the voice processing unit form a further, second sensor system for the detection or prediction of the state of the controlled system, and a voice hypothesis unit is provided, which is designed to determine voice hypotheses in relation to voice information items expected in the future depending on the detected state and/or a predicted state, derivable from the present state, wherein the voice processing unit is set up to identify the voice information items in relation to the controlled system from the recorded acoustic voice signals taking into consideration the determined voice hypotheses, wherein the matches of the detected states or predicted states of the controlled system are provided to the air traffic controller support system as a basis for its calculations and action recommendations. - a state detection unit for detecting at least one state (5, 5a) of the controlled system, wherein the detection of the state of the controlled system is performed by a first sensor system which is connected to the state detection unit, - an acoustic recording unit (9, 27), which is designed for recording acoustic voice signals of a voice communication between a pilot of an aircraft and an air traffic controller, and - a voice processing unit, which is set up to identify voice information items in relation to the controlled system from the recorded acoustic voice signals,
An infusion system comprising: a pump; a fluid delivery line connected to the pump for delivering fluid; at least one sensor connected to the fluid delivery line for emitting and receiving signals to detect whether there is air in the fluid delivery line; a processor in electronic communication with the pump and the at least one sensor; and a memory in electronic communication with the processor, wherein the memory comprises programming code for execution by the processor, the infusion system being characterized in that the programming code is configured to: receive a plurality of analog-to-digital count readings taken by the at least one sensor, wherein the plurality of ADC readings correspond to a plurality of plunger stroke positions (N b); determine a number of the plurality of the analog-to-digital count readings that exceed an air-fluid threshold; (Nc) multiply the number of the plurality of the analog-to-digital count readings which exceed the air-fluid threshold (Nc) by a calibrated volume (vr) per analog-to-digital count reading to determine an incremental froth volume (v i) within an observed volume (Vo) of the fluid delivery line, sum the incremental froth volume (v i) at each of the plurality of plunger stroke positions within the observed volume (Vo) of the fluid delivery line to determine a froth volume (vf) within the observed volume (Vo) of the fluid delivery line, and trigger an alarm when the froth volume (vf) exceeds a froth threshold (vt), wherein froth is defined as being a mixture of the air and the fluid. receive a plurality of analog-to-digital count readings taken by the at least one sensor, wherein the plurality of ADC readings correspond to a plurality of plunger stroke positions (N b); determine a number of the plurality of the analog-to-digital count readings that exceed an air-fluid threshold; (Nc) multiply the number of the plurality of the analog-to-digital count readings which exceed the air-fluid threshold (Nc) by a calibrated volume (vr) per analog-to-digital count reading to determine an incremental froth volume (v i) within an observed volume (Vo) of the fluid delivery line, sum the incremental froth volume (v i) at each of the plurality of plunger stroke positions within the observed volume (Vo) of the fluid delivery line to determine a froth volume (vf) within the observed volume (Vo) of the fluid delivery line, and trigger an alarm when the froth volume (vf) exceeds a froth threshold (vt), wherein froth is defined as being a mixture of the air and the fluid.
Use of one or more N-alkylglucamides of the formula where R1 is a linear or branched alkyl group having 5 to 9 carbon atoms and R2 is an alkyl group having 1 to 3 carbon atoms, for reducing drift during application of crop-treatment compositions comprising at least glufosinate as agrochemical active ingredient. R1 is a linear or branched alkyl group having 5 to 9 carbon atoms and R2 is an alkyl group having 1 to 3 carbon atoms, for reducing drift during application of crop-treatment compositions comprising at least glufosinate as agrochemical active ingredient.
A method of determining a shape and/or a size of particles by using a processor to identify a particle boundary of at least one particle in an image (135, 171), the method comprising: processing the image (135, 171) using a thresholding method to determine a first boundary corresponding with the at least one particle; processing the image (135, 171) using an edge detection method to determine a second boundary corresponding with the at least one particle; combining the first boundary and second boundary using an OR operation to create a combined boundary; determining a particle boundary of the at least one particle using the combined boundary by performing a close operation on the combined boundary, determining the shape and/or size of the at least one particle from the particle boundary; wherein a parameter used by the edge detection method is adaptive, and determined with reference to the image (135, 171). processing the image (135, 171) using a thresholding method to determine a first boundary corresponding with the at least one particle; processing the image (135, 171) using an edge detection method to determine a second boundary corresponding with the at least one particle; combining the first boundary and second boundary using an OR operation to create a combined boundary; determining a particle boundary of the at least one particle using the combined boundary by performing a close operation on the combined boundary, determining the shape and/or size of the at least one particle from the particle boundary; wherein a parameter used by the edge detection method is adaptive, and determined with reference to the image (135, 171).
A method, comprising: receiving, from a first electronic device, first audio data representing a first utterance; determining that a user account is associated with the first electronic device; generating first text data representing the first audio data; determining, using the first text data, a first intent of the first utterance; determining that a second electronic device is also associated with the user account; determining that a first response to the first utterance is to be sent to the second electronic device; generating second text data representing a second response to the first utterance; generating third text data representing a third response to the first utterance; generating second audio data representing the second text data, wherein the second text data comprises an indication that the first response is to be played on the second electronic device; sending the second audio data to the first electronic device for outputting by the first electronic device; generating third audio data representing the third text data; sending the third audio data to the second electronic device, for outputting by the second electronic device; generating or receiving image data representing the first response; and sending the image data to the second electronic device for outputting by the second electronic device. receiving, from a first electronic device, first audio data representing a first utterance; determining that a user account is associated with the first electronic device; generating first text data representing the first audio data; determining, using the first text data, a first intent of the first utterance; determining that a second electronic device is also associated with the user account; determining that a first response to the first utterance is to be sent to the second electronic device; generating second text data representing a second response to the first utterance; generating third text data representing a third response to the first utterance; generating second audio data representing the second text data, wherein the second text data comprises an indication that the first response is to be played on the second electronic device; sending the second audio data to the first electronic device for outputting by the first electronic device; generating third audio data representing the third text data; sending the third audio data to the second electronic device, for outputting by the second electronic device; generating or receiving image data representing the first response; and sending the image data to the second electronic device for outputting by the second electronic device.
A solid-electrolyte secondary battery, comprising: a positive electrode (3, 4); a negative electrode (1, 2); and a solid electrolyte provided between the electrodes; the solid electrolyte containing as a matrix polymer a fluorocarbon polymer of 550,000 or more in weight-average molecular weight, characterized in that the matrix polymer further contains a fluorocarbon polymer of 300,000 or more and under 550,000 in weight-average molecular weight, wherein the matrix polymer contains 30 % or more by weight of the fluorocarbon polymer of 550,000 or more in weight-average molecular weight, wherein the fluorocarbon polymer is at least either polyvinylidene fluoride, or vinylidene fluoride/hexafluoropropylene copolymer. a positive electrode (3, 4); a negative electrode (1, 2); and a solid electrolyte provided between the electrodes;
A clutch control device comprising: an engine; a transmission; a clutch device configured to connect and disconnect motive power transmission between the engine and the transmission; a clutch actuator configured to drive the clutch device and change a clutch capacity; a hydraulic circuit provided between the clutch device and the clutch actuator; an air bleeding device configured to perform air bleeding of the hydraulic circuit; a control unit configured to calculate a control target value of the clutch capacity; characterized by: a control mode changeover switch configured to enable a control mode of the control unit to be switched to an air bleeding mode; and an air bleeding switch configured to enable an air bleeding mode of the control unit; the air bleeding switch configured to enable a hydraulic pressure of the hydraulic circuit to increase in the air bleeding mode, wherein the clutch control unit is configured to drive the clutch actuator such that the clutch actuator stops an increase in the pressure when the hydraulic pressure has not increased to a predetermined first specified value within a predetermined specified time period in the air bleeding mode. an engine; a transmission; a clutch device configured to connect and disconnect motive power transmission between the engine and the transmission; a clutch actuator configured to drive the clutch device and change a clutch capacity; a hydraulic circuit provided between the clutch device and the clutch actuator; an air bleeding device configured to perform air bleeding of the hydraulic circuit; a control unit configured to calculate a control target value of the clutch capacity; a control mode changeover switch configured to enable a control mode of the control unit to be switched to an air bleeding mode; and an air bleeding switch configured to enable an air bleeding mode of the control unit; the air bleeding switch configured to enable a hydraulic pressure of the hydraulic circuit to increase in the air bleeding mode, wherein the clutch control unit is configured to drive the clutch actuator such that the clutch actuator stops an increase in the pressure when the hydraulic pressure has not increased to a predetermined first specified value within a predetermined specified time period in the air bleeding mode.
A process for producing ethanol comprising: hydrogenating acetic acid from an acetic acid feedstream in a reactor to produce a crude product stream comprising ethanol and acetic acid; reacting acetic acid and ethanol in a reactive distillation column; withdrawing an overhead stream comprising ethyl acetate and a bottom stream comprising ethanol and water; and recovering ethanol from the bottom stream. hydrogenating acetic acid from an acetic acid feedstream in a reactor to produce a crude product stream comprising ethanol and acetic acid; reacting acetic acid and ethanol in a reactive distillation column; withdrawing an overhead stream comprising ethyl acetate and a bottom stream comprising ethanol and water; and recovering ethanol from the bottom stream.
A method performed by a wireless device in a wireless communication system, the method comprising: detecting that a part of orthogonal frequency division multiplexing, OFDM, symbols in a first subframe are unoccupied according to an indication in a downlink control information, DCI, the DCI being received from a network over an unlicensed carrier; assuming that all OFDM symbols are occupied in a second subframe which is a next subframe of the first subframe based on detecting that the part of OFDM symbols in the first subframe are unoccupied; and receiving, from the network over the unlicensed carrier, based on said assumption, a downlink signal via the second subframe. detecting that a part of orthogonal frequency division multiplexing, OFDM, symbols in a first subframe are unoccupied according to an indication in a downlink control information, DCI, the DCI being received from a network over an unlicensed carrier; assuming that all OFDM symbols are occupied in a second subframe which is a next subframe of the first subframe based on detecting that the part of OFDM symbols in the first subframe are unoccupied; and receiving, from the network over the unlicensed carrier, based on said assumption, a downlink signal via the second subframe.
A process for treating a workpiece, said process comprising the steps of: (a) altering the temperature of a workpiece surface wherein at least one condition selected from the group of: thermal treatment rate, relative motion between the surface and said thermal treatment means, coolant flow rate onto said surface, heating flow rate onto said surface and the relative speed between the thermal treatment means and the surface is controllable; (b) dividing the surface of the workpiece into a plurality of zones; (c) simultaneously measuring temperatures at a plurality of locations in a plurality of zones over the surface of the workpiece wherein at least one temperature is measured in each zone; (d) determining an average temperature in each of said plurality of zones using said temperatures measured in step (c); (e) comparing each of the average temperatures to a preselected minimum temperature and a preselected maximum temperature for the zone; and (f) automatically adjusting at least one of the controllable conditions if said average temperature is not between the preselected minimum temperature and the preselected maximum temperature for at least one of the zones. (a) altering the temperature of a workpiece surface wherein at least one condition selected from the group of: thermal treatment rate, relative motion between the surface and said thermal treatment means, coolant flow rate onto said surface, heating flow rate onto said surface and the relative speed between the thermal treatment means and the surface is controllable; (b) dividing the surface of the workpiece into a plurality of zones; (c) simultaneously measuring temperatures at a plurality of locations in a plurality of zones over the surface of the workpiece wherein at least one temperature is measured in each zone; (d) determining an average temperature in each of said plurality of zones using said temperatures measured in step (c); (e) comparing each of the average temperatures to a preselected minimum temperature and a preselected maximum temperature for the zone; and (f) automatically adjusting at least one of the controllable conditions if said average temperature is not between the preselected minimum temperature and the preselected maximum temperature for at least one of the zones.
A process for producing a digital tampon in which a tampon blank is shaped by winding up a nonwoven material, preferably in presence of a fluid permeable covering material, the tampon blank preferably has a non-circular cross section, more preferably an ellipsoidal cross section, the tampon blank is then pressed radially relative to a longitudinal axis of the tampon blank, said axis being an axis offset from the mid-axis of the tampon blank, to form a digital tampon having a central cylindrical fibre core and longitudinal ribs which extend radially outwards from the fiber core, the number of ribs being an uneven number of 7 or 9.
Lighting device with - at least two light diodes (1, 2), - a carrier element on which the light diodes (1, 2) are arranged, wherein the light diodes (1, 2) are arranged on the side surfaces of the carrier element, and the carrier element is positioned on a base module, wherein at least one battery is integrated into the carrier element or into the base module for supplying the light diodes (1, 2), characterised in that at least one part of the control electronics for the light diodes (1, 2) is integrated into the carrier element or into the base module, and that the carrier element is configured as a polygon in which at least four side surfaces converge. - at least two light diodes (1, 2), - a carrier element on which the light diodes (1, 2) are arranged, wherein the light diodes (1, 2) are arranged on the side surfaces of the carrier element, and the carrier element is positioned on a base module, wherein at least one battery is integrated into the carrier element or into the base module for supplying the light diodes (1, 2), characterised in that at least one part of the control electronics for the light diodes (1, 2) is integrated into the carrier element or into the base module, and that the carrier element is configured as a polygon in which at least four side surfaces converge.