mhurhangee/ep-ind-claims huggingface dataset:
A method of papermaking comprising filler, the method comprising the steps of: providing an aqueous dispersion of filler particles, at least one dewatering aid and cellulose fiber stock, adding a first flocculating agent to an aqueous dispersion of filler particles in an amount sufficient to mix uniformly in the dispersion without causing significant flocculation of the filler particles, adding a second flocculating agent to the dispersion after adding the first flocculating agent in an amount sufficient to initiate flocculation of the filler particles in the presence of the first flocculating agent, the second flocculating agent being of opposite charge to the first flocculating agent, combining the filler particles with the paper fiber stock, treating the combination with at least one dewatering aid selected from the group consisting of synthetic dewatering additives, and forming a paper mat from the combination, the paper fiber stock comprises a plurality of fibers and water, and the filler pre-flocculation enhances the performance of the dewatering aid in the paper mat. providing an aqueous dispersion of filler particles, at least one dewatering aid and cellulose fiber stock, adding a first flocculating agent to an aqueous dispersion of filler particles in an amount sufficient to mix uniformly in the dispersion without causing significant flocculation of the filler particles, adding a second flocculating agent to the dispersion after adding the first flocculating agent in an amount sufficient to initiate flocculation of the filler particles in the presence of the first flocculating agent, the second flocculating agent being of opposite charge to the first flocculating agent, combining the filler particles with the paper fiber stock, treating the combination with at least one dewatering aid selected from the group consisting of synthetic dewatering additives, and forming a paper mat from the combination, the paper fiber stock comprises a plurality of fibers and water, and the filler pre-flocculation enhances the performance of the dewatering aid in the paper mat.
Fire-fighting vehicle, comprising: - a fire pump, in particular a centrifugal fire pump, - an electric drive arrangement for driving the fire-fighting vehicle, - an electrical storage device for storing electrical energy for the electrical drive arrangement, further comprising: - a non-electric drive arrangement for driving the fire pump, wherein the fire-fighting vehicle is adapted to selectively operate the fire pump in a first operating mode or a second operating mode, wherein the fire pump is driven by the non-electric drive arrangement in the first operating mode and is driven by the electric drive arrangement in the second operating mode, the firefighting vehicle being adapted to operate the firefighting pump in a third operating mode in which the firefighting pump is driven in hybrid by the electric drive arrangement and the non-electric drive arrangement, wherein the fire-fighting vehicle is adapted to determine the operating mode of the fire pump based on a required power of the fire pump, characterized in that the fire-fighting vehicle is adapted to compare the required power of the fire-fighting pump with a first and a second power threshold value and to determine the operating mode based on the comparison, wherein the second power threshold value is greater than the first power threshold value and wherein below the first power threshold value the second operating mode is used, between the first power threshold value and the second power threshold value the third operating mode is used and above the second power threshold value the first operating mode is used. - a fire pump, in particular a centrifugal fire pump, - an electric drive arrangement for driving the fire-fighting vehicle, - an electrical storage device for storing electrical energy for the electrical drive arrangement, further comprising: - a non-electric drive arrangement for driving the fire pump,
An herbicidal composition comprising a herbicidally effective amount of a synergistic combination of (a) a compound of formula or an agriculturally acceptable salt or ester thereof and (b) an aryloxyphenoxy propionate ACCase inhibitor herbicide selected from the group consisting of fluazifop-P, haloxyfop-P, and quizalofop-P or an agriculturally acceptable salt or ester thereof, provided that the composition does not contain glufosinate or its salts, L-glufosinate or its salts, or bialaphos or its salts.
A user information system for informing a user about past interventions of a driver assistance system of a vehicle, comprising - a first communication interface being configured for receiving event history data from the driver assistance system, - a user information generation unit being communicatively connected to the first communication interface and being configured for generating a user information based on the event history data received via the first communication interface, wherein the user information comprises at least one of a name of the driver assistance system that has been used, a time and date when the driver assistance system has been used, and a list of one or more conditions that have been met for triggering the driver assistance system, and - a second communication interface being communicatively connected to the user information generation unit and being configured for providing the user information to a user or to an output device, wherein the user information is provided only after the event has occurred. - a first communication interface being configured for receiving event history data from the driver assistance system, - a user information generation unit being communicatively connected to the first communication interface and being configured for generating a user information based on the event history data received via the first communication interface, wherein the user information comprises at least one of a name of the driver assistance system that has been used, a time and date when the driver assistance system has been used, and a list of one or more conditions that have been met for triggering the driver assistance system, and - a second communication interface being communicatively connected to the user information generation unit and being configured for providing the user information to a user or to an output device, wherein the user information is provided only after the event has occurred.
A telemetry system comprising: a transmitter configured to provide tracking data; a receiver adapted to define a coverage area, wherein the receiver is configured to receive the tracking data from the transmitter only when the transmitter is within the coverage area; and a processor configured to receive the tracking data from the receiver, said processor configured to estimate the location of the transmitter when the transmitter is outside the coverage area after having previously been within the coverage area based on tracking data received when the transmitter was previously within the coverage area. a transmitter configured to provide tracking data; a receiver adapted to define a coverage area, wherein the receiver is configured to receive the tracking data from the transmitter only when the transmitter is within the coverage area; and a processor configured to receive the tracking data from the receiver, said processor configured to estimate the location of the transmitter when the transmitter is outside the coverage area after having previously been within the coverage area based on tracking data received when the transmitter was previously within the coverage area.
A system, comprising: an interface configured to receive (i) multiple electrophysiological signals acquired by multiple electrodes (16/116) of a multi-electrode catheter (14/114) that are in contact with tissue (19, 50) in a region of a cardiac chamber, and (ii) respective tissue locations at which the electrodes acquired the EP signals; and a processor, which is configured to: divide the region into two sections; using the EP signals acquired by the electrodes, calculate local activation time values for the respective tissue locations, and find a first section of the two sections having a smaller average LAT value, and a second section of the two sections having a higher average value; determine a first representative location in the first section, and a second representative location in the second section; calculate between the first and second representative locations a propagation vector indicative of propagation of an EP wave that has generated the EP signals; wherein the processor is further configured to, in case a reentering EP wave is detected, calculate an additional propagation vector for the reentering EP wave; and present the propagation vectors to a user. an interface configured to receive (i) multiple electrophysiological signals acquired by multiple electrodes (16/116) of a multi-electrode catheter (14/114) that are in contact with tissue (19, 50) in a region of a cardiac chamber, and (ii) respective tissue locations at which the electrodes acquired the EP signals; and a processor, which is configured to: divide the region into two sections; using the EP signals acquired by the electrodes, calculate local activation time values for the respective tissue locations, and find a first section of the two sections having a smaller average LAT value, and a second section of the two sections having a higher average value; determine a first representative location in the first section, and a second representative location in the second section; calculate between the first and second representative locations a propagation vector indicative of propagation of an EP wave that has generated the EP signals; wherein the processor is further configured to, in case a reentering EP wave is detected, calculate an additional propagation vector for the reentering EP wave; and present the propagation vectors to a user. divide the region into two sections; using the EP signals acquired by the electrodes, calculate local activation time values for the respective tissue locations, and find a first section of the two sections having a smaller average LAT value, and a second section of the two sections having a higher average value; determine a first representative location in the first section, and a second representative location in the second section; calculate between the first and second representative locations a propagation vector indicative of propagation of an EP wave that has generated the EP signals; wherein the processor is further configured to, in case a reentering EP wave is detected, calculate an additional propagation vector for the reentering EP wave; and present the propagation vectors to a user.
A method for charging a service robot having wheels, the method comprising: (a) docking an input terminal of the service robot with an output terminal of a charging apparatus for charging a battery of the service robot, if an available battery power source of the battery falls below a predetermined level; (b) checking whether a predetermined charging voltage from the charging apparatus is input to the input terminal of the service robot; (c) determining whether a user has lifted the service robot from the ground by measuring a distance between the service robot and the floor surface by a light emitting and receiving sensor, if the predetermined voltage is not input in step (b); and (d) inhibiting a reattempt to dock the service robot for charging the battery, if the measured distance exceeds a predetermined distance based on the location of the wheels of the service robot, determining that a user has lifted the service robot from the ground, and returning to step (a), if it is determined that a user has not lifted the service robot from the ground, wherein step (c) comprises determining that a distance between the service robot and the floor surface exceeds a predetermined distance, using the light emitting and receiving sensor placed on a lower part of the service robot to face a floor surface. (a) docking an input terminal of the service robot with an output terminal of a charging apparatus for charging a battery of the service robot, if an available battery power source of the battery falls below a predetermined level; (b) checking whether a predetermined charging voltage from the charging apparatus is input to the input terminal of the service robot; (c) determining whether a user has lifted the service robot from the ground by measuring a distance between the service robot and the floor surface by a light emitting and receiving sensor, if the predetermined voltage is not input in step (b); and (d) inhibiting a reattempt to dock the service robot for charging the battery, if the measured distance exceeds a predetermined distance based on the location of the wheels of the service robot, determining that a user has lifted the service robot from the ground, and returning to step (a), if it is determined that a user has not lifted the service robot from the ground,
A method for assisting a driver of a host vehicle, the host vehicle comprising a data acquisition means and a processing means, the method comprising steps of - acquiring data describing a traffic environment by the acquisition means; and characterized by processing the data describing the traffic environment to generate crash determination information; determining, based on the crash determination information, whether a crash situation involving at least one target object will occur; and if occurrence of the crash situation is determined, predicting movement behavior after the crash of the at least one target object based on the data describing the traffic environment by applying at least one crash situation model. - acquiring data describing a traffic environment by the acquisition means; and processing the data describing the traffic environment to generate crash determination information; determining, based on the crash determination information, whether a crash situation involving at least one target object will occur; and if occurrence of the crash situation is determined, predicting movement behavior after the crash of the at least one target object based on the data describing the traffic environment by applying at least one crash situation model.
Plant for manufacturing a pouch for medical purposes, comprising a tubing transfer station with a transfer means for transferring a tubing advancing to the tubing transfer station to a holder and for separating there a piece of tubing transferred to the holder from a residual tubing of the advancing tubing in order to be able to subsequently make the separated piece of tubing connectable to two sheets of film so as to form an access to the pouch; characterized in that the tubing transfer station comprises at least one air nozzle (55, 57), an effective range of the at least one air nozzle (55, 57) being directed at a designated site for separating so that an air flow forced by air which is blown out and/or air which is aspirated is adjustable for separating at the designated site in order to remove tubing material residual particles from the designated site or from the piece of tubing, respectively, and also from the residual tubing by means of the forced air flow during separation of the piece of tubing from the advancing tubing.
Power unit that can be telescopically lengthened /shortened and performs linear movement which power unit comprises cylindrical parts (1 - 3) moving telescopically within each other in which case the mentioned parts are equipped with at least external or internal threads in such a way that the mentioned parts form a power unit that can be lengthened /shortened when the parts are being rotated in relation to each other and that at least one part of the mentioned parts (1 - 3) is locked to be non-rotating or locked to rotate in a different way than the part of the mentioned parts (1 - 3) to which part a rotating producing movement to the power unit is arranged, wherein the cylinder parts (3, 4) to be rotated have threads at outer surface only at lower part (h) corresponding the inner thread of adjacent cylinder part (2, 3), and of the mentioned parts the inner diameter (d) of the part having the smallest diameter is over 25 % of the useful height produced by the mentioned smallest part, characterized in that in order to reduce the construction weight of the power unit the mentioned parts (1 - 3) are made of plastic and the stress of the threads is lightened during the extension movement of the power unit by directing compressed air inside the power unit.
A wall framing system having (a.) 76.2x152.4 millimeter thermal break wood and rigid insulation studs, the 76.2x152.4 millimeter thermal studs each having: (i.) two lumber 76.2x50.8 millimeter sections (74,78) with a thermal break section of rigid foam insulation positioned there between whose dimension ranges from 50.8-88.9 millimeters (depth) by 50.8-88.9 millimeters (width); (ii.) mechanical fasteners securing and passing through one of the lumber sections (74,78) and the thermal break insulation and into the other of the lumber sections (74,78); (b.) a wall comprising top and bottom plates (102, 104), the studs secured between the plates (102, 104); and (c.) a thermal break corner having an exterior thermal break stud, an adjacent through-the-wall thermal break stud oriented 1.57 radian from each other and an interior all wood stud for completing an inner wall corner section for nailing thereto with a thermal break space between the exterior thermal break stud and the interior wood stud for adding thermal insulation and the thermal break space continuing through the through-the-wall thermal break stud. (a.) 76.2x152.4 millimeter thermal break wood and rigid insulation studs, the 76.2x152.4 millimeter thermal studs each having: (i.) two lumber 76.2x50.8 millimeter sections (74,78) with a thermal break section of rigid foam insulation positioned there between whose dimension ranges from 50.8-88.9 millimeters (depth) by 50.8-88.9 millimeters (width); (ii.) mechanical fasteners securing and passing through one of the lumber sections (74,78) and the thermal break insulation and into the other of the lumber sections (74,78); (i.) two lumber 76.2x50.8 millimeter sections (74,78) with a thermal break section of rigid foam insulation positioned there between whose dimension ranges from 50.8-88.9 millimeters (depth) by 50.8-88.9 millimeters (width); (ii.) mechanical fasteners securing and passing through one of the lumber sections (74,78) and the thermal break insulation and into the other of the lumber sections (74,78); (b.) a wall comprising top and bottom plates (102, 104), the studs secured between the plates (102, 104); and (c.) a thermal break corner having an exterior thermal break stud, an adjacent through-the-wall thermal break stud oriented 1.57 radian from each other and an interior all wood stud for completing an inner wall corner section for nailing thereto with a thermal break space between the exterior thermal break stud and the interior wood stud for adding thermal insulation and the thermal break space continuing through the through-the-wall thermal break stud.
A spray coating system, comprising: at least one of a spray coating supply container comprising a volume and a spray gun; and further comprising a capillary action vent system coupled to the spray coating supply container, the spray gun or both, wherein the capillary action vent system comprises a buffer chamber and a first capillary tube coupled to the buffer chamber, characterised in that the first capillary tube is configured to resist liquid flow due to surface tension. at least one of a spray coating supply container comprising a volume and a spray gun; and further comprising a capillary action vent system coupled to the spray coating supply container, the spray gun or both, wherein the capillary action vent system comprises a buffer chamber and a first capillary tube coupled to the buffer chamber, characterised in that the first capillary tube is configured to resist liquid flow due to surface tension.
A vehicle camera system comprising: a camera arranged to capture image data, the image data providing a camera field of view surrounding a host vehicle; a display arranged to display the image data; a processor for a vehicle camera system, characterised in that the processor arranged to: receive the image data captured by the camera;; determine the presence of an obstruction in the camera field of view from the image data; determine whether the obstruction in the camera field of view obstructs a driver field of view of a driver of the host vehicle; control the display to display the image data in dependence on the detection of the obstruction obstructing the driver field of view, wherein the processor is arranged to determine the presence of the obstruction in the camera field of view using an object detection algorithm wherein the camera field of view provided by the image data is compared to a reference field of view that comprises an empty three dimensional space of a predefined depth and determination of the presence of the obstruction in the camera field of view is made in dependence on differences found in the comparison. a camera arranged to capture image data, the image data providing a camera field of view surrounding a host vehicle; a display arranged to display the image data; a processor for a vehicle camera system, characterised in that the processor arranged to: receive the image data captured by the camera;; determine the presence of an obstruction in the camera field of view from the image data; determine whether the obstruction in the camera field of view obstructs a driver field of view of a driver of the host vehicle; control the display to display the image data in dependence on the detection of the obstruction obstructing the driver field of view, receive the image data captured by the camera;; determine the presence of an obstruction in the camera field of view from the image data; determine whether the obstruction in the camera field of view obstructs a driver field of view of a driver of the host vehicle; control the display to display the image data in dependence on the detection of the obstruction obstructing the driver field of view,