mhurhangee/ep-ind-claims huggingface dataset:
A switched reluctance motor control system comprising: a switched reluctance motor including a stator having a plurality of salient poles, a rotor having a plurality of salient poles whose number is different from the number of the salient poles of the stator, and a coil wound around the salient poles of the stator; a driver circuit having a switch element (31, 32, 33, 34) for adjusting an energization timing to the coil; and an energization control part that controls ON/OFF of the switching element (31, 32, 33, 34), wherein the switched reluctance motor has a supply mode in which the coil is energized and a regenerative mode in which electromotive force generated in the coil is recovered, characterised in that the energization control part has a synchronous rectification part that determines an end time of the regenerative mode based on a map set with at least one of an advance angle, an energization angle, and a rotation speed of the SR motor as a parameter. a switched reluctance motor including a stator having a plurality of salient poles, a rotor having a plurality of salient poles whose number is different from the number of the salient poles of the stator, and a coil wound around the salient poles of the stator; a driver circuit having a switch element (31, 32, 33, 34) for adjusting an energization timing to the coil; and an energization control part that controls ON/OFF of the switching element (31, 32, 33, 34), wherein the switched reluctance motor has a supply mode in which the coil is energized and a regenerative mode in which electromotive force generated in the coil is recovered, characterised in that the energization control part has a synchronous rectification part that determines an end time of the regenerative mode based on a map set with at least one of an advance angle, an energization angle, and a rotation speed of the SR motor as a parameter.
An enclosed shaft system to be incorporated into a marine propulsion apparatus of a vessel comprising: a shaft; said shaft having a first end that is adapted to receive a propeller and a second end that is adapted to be connected to a coupling for connection to an engine; an outer casing having a first and second end, said shaft extending through said outer casing; the first end of said outer casing being connected to a bearing housing, said bearing housing containing a bearing assembly (14, 15) for supporting said shaft, said shaft extending through said bearing housing, and a first seal assembly located between the shaft and the bearing housing; an isolator mount connected to the second end of the outer casing, said shaft extending through the isolator mount; a thrust assembly containing forward and reverse thrust bearings (52, 53) supporting said shaft, said shaft extending through said thrust assembly and a second seal assembly located between said thrust assembly and said shaft, wherein said isolator mount is adapted to pass through the hull of the vessel, said thrust assembly is connected to the isolator mount, and the thrust generated by the shaft is transmitted from the thrust assembly to the isolator mount and characterised in that said isolator mount including a sealing assembly (92, 93, 94) between the isolator mount and the hull of the vessel, a source of pressurized lubricant that is circulated through said thrust assembly, said isolator mount, said outer casing and said bearing housing to thereby lubricate said enclosed shaft system.
A composition comprising: at least one pH-sensitive microcapsule comprising a shell wall comprising a polymer which is hydroxypropyl methyl cellulose phthalate, and at least one structuring agent which is shellac, and at least one functional ingredient encapsulated inside the shell wall; and a carrier having a pH of less than 6. at least one pH-sensitive microcapsule comprising a shell wall comprising a polymer which is hydroxypropyl methyl cellulose phthalate, and at least one structuring agent which is shellac, and at least one functional ingredient encapsulated inside the shell wall; and a carrier having a pH of less than 6.
A downhole tool assembly configured to be tripped through a drill string to an outer core barrel having a landing ring, comprising an inner core barrel comprising an inner sub-assembly and an outer sub-assembly, the outer sub-assembly having an outer diameter and being moveably coupled to the inner sub-assembly; a non-dragging latching mechanism configured to selectively move between an engaged position and a retracted position as the outer sub-assembly moves relative to the inner sub-assembly, wherein when in the engaged position, at least a portion of the latching mechanism extends outward of the outer diameter of the outer sub-assembly, and wherein, when in the retracted position, the latching mechanism is constrained within the outer diameter of the outer sub-assembly; and a detent mechanism configured to selectively prevent movement of the outer sub-assembly relative to the inner sub-assembly and thus selectively lock the latching mechanism in the retracted position until the outer sub-assembly of the inner core barrel is positioned proximate the landing ring whereupon the inner sub-assembly is forced to move axially relative to the outer sleeve to selectively lock the latching mechanism in the engaged position.
An alloy composition consisting of, in atomic percent, between 12 and 17.3% chromium, between 13.7 and 18.3% cobalt, between 0.8 and 1.8% tungsten, between 5.8 and 8.2% aluminium, between 2.7 and 6.2% titanium, between 0.4 and 1.7% tantalum, up to 2.1 % niobium, between 0.05 and 0.3% carbon, between 0.05% and 0.25% boron, between 0.02 and 0.06 zirconium%, up to 1.5% molybdenum, up to 0.2% hafnium, up to 4% iron, up to 1 % silicon and up to 0.65% manganese, the balance being nickel save for incidental impurities, characterised in that the chromium to titanium ratio is greater than 4.
A method for providing animated feedback on an event state in a blood purification device, comprising the steps of: detecting a pressed state of an active element on a graphical user interface of the device; triggering an event in the device in response to the detection of the pressed state of the active element; tracking the status of the triggered event, wherein said tracking includes detecting a state of the event out of a set of a plurality of distinguishable event states by detecting the status of hardware provided in the blood purification device comprising process and measurement means, in particular sensors, detectors, pumps and/or filters, and wherein each of the distinguishable event states is assigned a feedback representation variant at the active element; setting the feedback representation variant at the active element as a user feedback indication in accordance with the detected event state; characterised in that feedback representation variants are grouped according to basic appearance, and animation of the basic appearance in a group is controlled by setting at least one of animation parameters upon detection of each event state and alteration of the basic appearance in accordance with a detection of a changed event state and a set at least one animation parameter. detecting a pressed state of an active element on a graphical user interface of the device; triggering an event in the device in response to the detection of the pressed state of the active element; tracking the status of the triggered event, wherein said tracking includes detecting a state of the event out of a set of a plurality of distinguishable event states by detecting the status of hardware provided in the blood purification device comprising process and measurement means, in particular sensors, detectors, pumps and/or filters, and wherein each of the distinguishable event states is assigned a feedback representation variant at the active element; setting the feedback representation variant at the active element as a user feedback indication in accordance with the detected event state; characterised in that feedback representation variants are grouped according to basic appearance, and animation of the basic appearance in a group is controlled by setting at least one of animation parameters upon detection of each event state and alteration of the basic appearance in accordance with a detection of a changed event state and a set at least one animation parameter.
A method for manipulating a route, precalculated by means of cartographic data, on a screen, the cartographic data comprising road segments, to which can be assigned weights for the route calculation, comprising the following steps: - detecting a selected screen position and a duration (t) of a selection operation at the screen position; - modifying weights of the road segments in dependence on the detected screen position and the duration (t); and - calculating a route, manipulated in relation to the precalculated route, on the basis of the modified weights. - detecting a selected screen position and a duration (t) of a selection operation at the screen position; - modifying weights of the road segments in dependence on the detected screen position and the duration (t); and - calculating a route, manipulated in relation to the precalculated route, on the basis of the modified weights.
A pharmaceutical composition comprising nanoparticles or micelles, wherein said nanoparticles or micelles are formed from associating (i) a conjugate of taxane coupled to a hydrophobic lipid-anchor through a diglycolate linker with (ii) a lipid and/or an amphiphilic stabilizer.
A pressure measuring device (30, 30A) installable in a tube for transferring a medium so as to measure a pressure of the medium inside the tube, the device comprising: a main body portion mountable to the tube; polarizing means disposed in the main body portion so that light oscillating in a specific direction passes therethrough; an image acquisition unit disposed in the main body portion so that image information on a pressure receiver that is deformed in response to the received pressure is acquired through the polarizing means; and a control unit configured to convert the image information acquired by the image acquisition unit into pressure information about the pressure.
A holding device for holding and storing at least one medical instrument, in particular a surgical handpiece, during a processing and cleaning process, the holding device comprising: a central feedline; at least one line portion connected to an end portion of the central feedline, at a free end of which a coupling device is arranged for coupling to the at least one medical instrument; and a connector portion formed or arranged at another end portion of the central feedline, the connector portion being couplable to a pre-cleaning unit, in particular a water gun or a compressed-air gun, and a cleaning unit, especially a filter unit connected to a flushing line, characterized in that the other end portion of the central feedline is configured in the manner of a Venturi nozzle, at the point of which with a comparatively small cross-section an oil connector is formed in a branching manner as a puncture spike that can be coupled to an oil reservoir, in particular a disposable oil reservoir, wherein in the at least one line portion a valve device is arranged, which is closed in a basic position, in which the line portion and the medical instrument are uncoupled, and which opens when the medical instrument is coupled to the line portion. a central feedline; at least one line portion connected to an end portion of the central feedline, at a free end of which a coupling device is arranged for coupling to the at least one medical instrument; and a connector portion formed or arranged at another end portion of the central feedline, the connector portion being couplable to a pre-cleaning unit, in particular a water gun or a compressed-air gun, and a cleaning unit, especially a filter unit connected to a flushing line, characterized in that the other end portion of the central feedline is configured in the manner of a Venturi nozzle, at the point of which with a comparatively small cross-section an oil connector is formed in a branching manner as a puncture spike that can be coupled to an oil reservoir, in particular a disposable oil reservoir, wherein in the at least one line portion a valve device is arranged, which is closed in a basic position, in which the line portion and the medical instrument are uncoupled, and which opens when the medical instrument is coupled to the line portion.
Timepiece display mechanism comprising a centre pipe fixed on a plate and a display wheel set, said centre pipe comprising at least one main guide bore for receiving and guiding in rotation, about a main axis, said display wheel set, said display wheel set being an inner wheel set guided in said main bore of said centre pipe, wherein said display mechanism comprises at least one axial stop arranged to limit to a predetermined value the axial play in the direction of said main axis between said centre pipe and said display wheel set, said at least one axial stop being an attached axial stop which is captively mounted between said centre pipe and said display wheel set, said attached axial stop being a first retaining ring housed both inside a first outer groove comprised in said centre pipe and inside a first inner groove comprised in said inner wheel set, the relative displacement of said inner wheel set with respect to said centre pipe being limited by an abutting engagement between said first retaining ring, on the one hand, and first lateral inner groove surfaces (211, 212) of said first outer groove and first lateral outer groove surfaces (611, 612) of said first inner groove on the other hand.
A communications device for transmitting data to or receiving data from a wireless communications network, the communications device comprising transmitter circuitry configured to transmit signals to one or more infrastructure equipment of the wireless communications network via a wireless access interface provided by the one or more infrastructure equipment, receiver circuitry configured to receive signals from one or more of the infrastructure equipment via the wireless access interface, and controller circuitry configured to control the transmitter circuitry and the receiver circuitry to transmit or to receive the signals representing data, wherein when the communications device is in an inactive state, the controller circuitry is configured in combination with the receiver circuitry and the transmitter circuitry to transmit, as a first message of a random access, RACH, procedure, a first signal comprising a random access preamble and a first portion of data to one of the infrastructure equipment, to receive, as a second message of the RACH procedure, a random access response message from the infrastructure equipment, the random access response message comprising an indication of an uplink grant, the uplink grant comprising second radio resources which can be used by the communications device for the transmission of a second signal, and to transmit, as a third message of the RACH procedure, the second signal comprising a second portion of the data to the infrastructure equipment in the second radio resources. transmitter circuitry configured to transmit signals to one or more infrastructure equipment of the wireless communications network via a wireless access interface provided by the one or more infrastructure equipment, receiver circuitry configured to receive signals from one or more of the infrastructure equipment via the wireless access interface, and controller circuitry configured to control the transmitter circuitry and the receiver circuitry to transmit or to receive the signals representing data, wherein when the communications device is in an inactive state, the controller circuitry is configured in combination with the receiver circuitry and the transmitter circuitry to transmit, as a first message of a random access, RACH, procedure, a first signal comprising a random access preamble and a first portion of data to one of the infrastructure equipment, to receive, as a second message of the RACH procedure, a random access response message from the infrastructure equipment, the random access response message comprising an indication of an uplink grant, the uplink grant comprising second radio resources which can be used by the communications device for the transmission of a second signal, and to transmit, as a third message of the RACH procedure, the second signal comprising a second portion of the data to the infrastructure equipment in the second radio resources.
An NMR probe comprising: an outer container; a basic electronic circuit placed in a primary space inside said outer container and that includes an NMR detection element configured to detect NMR signals; an inner container provided in the outer container and that separates an inside of the outer container into said primary space and a sub space which serves as a passageway; the sub space being a space surrounded by the inner container; the primary space including a space between the inner container and the outer container; characterised in that the NMR probe further comprises: an additional member placed in the sub space during change of a tuning range of the basic electronic circuit, and that has an element that is electrically connected to the basic electronic circuit in a state of being placed in the sub space, wherein: the additional member is removably arranged within the sub space and is configured to be removed by means of a hook fitted to a stick for introduction into the sub space; and the element is configured to change the tuning range of the basic electronic circuit. an outer container; a basic electronic circuit placed in a primary space inside said outer container and that includes an NMR detection element configured to detect NMR signals; an inner container provided in the outer container and that separates an inside of the outer container into said primary space and a sub space which serves as a passageway; the sub space being a space surrounded by the inner container; the primary space including a space between the inner container and the outer container; characterised in that the NMR probe further comprises: an additional member placed in the sub space during change of a tuning range of the basic electronic circuit, and that has an element that is electrically connected to the basic electronic circuit in a state of being placed in the sub space, wherein: the additional member is removably arranged within the sub space and is configured to be removed by means of a hook fitted to a stick for introduction into the sub space; and the element is configured to change the tuning range of the basic electronic circuit. an additional member placed in the sub space during change of a tuning range of the basic electronic circuit, and that has an element that is electrically connected to the basic electronic circuit in a state of being placed in the sub space, wherein: the additional member is removably arranged within the sub space and is configured to be removed by means of a hook fitted to a stick for introduction into the sub space; and the element is configured to change the tuning range of the basic electronic circuit. the additional member is removably arranged within the sub space and is configured to be removed by means of a hook fitted to a stick for introduction into the sub space; and the element is configured to change the tuning range of the basic electronic circuit.
A method, which is executed in a grinding machine, which comprises: - a cup grinding wheel provided with an abrasive surface (18.1, 18.2); - a tool spindle for accommodating and for rotationally driving the cup grinding wheel around a tool-axis of rotation, wherein the tool spindle is provided with an eccentric drive in order to be able to move the cup grinding wheel excentrically, - a dressing tool, which is designed for dressing the cup grinding wheel, - a dressing spindle for accommodating and for rotationally driving the dressing tool around a dressing-axis of rotation, - a bevel gear workpiece, - a workpiece spindle for accommodating the bevel gear workpiece and for rotationally driving the bevel gear workpiece around a workpiece-axis of rotation, having the following dressing steps: a) rotationally driving the cup grinding wheel around the axis of rotation of the tool spindle at a first rotational speed, b) rotationally driving the dressing tool around the axis of rotation of the dressing spindle at a second rotational speed, c) carrying out a dressing method, in which the cup grinding wheel is dressed using the dressing tool, wherein a predetermined, fixed rotational speed ratio is specified between the first rotational speed and the second rotational speed during this step, and having the following machining steps, which are executed after carrying out the dressing steps: i. eccentrically rotationally driving the cup grinding wheel around the tool-axis of rotation at a first rotational machining speed (n1*) using the eccentric drive, ii. carrying out a grinding method, in which the bevel gear workpiece is machined by grinding using the cup grinding wheel. - a cup grinding wheel provided with an abrasive surface (18.1, 18.2); - a tool spindle for accommodating and for rotationally driving the cup grinding wheel around a tool-axis of rotation, wherein the tool spindle is provided with an eccentric drive in order to be able to move the cup grinding wheel excentrically, - a dressing tool, which is designed for dressing the cup grinding wheel, - a dressing spindle for accommodating and for rotationally driving the dressing tool around a dressing-axis of rotation, - a bevel gear workpiece, - a workpiece spindle for accommodating the bevel gear workpiece and for rotationally driving the bevel gear workpiece around a workpiece-axis of rotation, a) rotationally driving the cup grinding wheel around the axis of rotation of the tool spindle at a first rotational speed, b) rotationally driving the dressing tool around the axis of rotation of the dressing spindle at a second rotational speed, c) carrying out a dressing method, in which the cup grinding wheel is dressed using the dressing tool, wherein a predetermined, fixed rotational speed ratio is specified between the first rotational speed and the second rotational speed during this step, i. eccentrically rotationally driving the cup grinding wheel around the tool-axis of rotation at a first rotational machining speed (n1*) using the eccentric drive, ii. carrying out a grinding method, in which the bevel gear workpiece is machined by grinding using the cup grinding wheel.