mhurhangee/ep-ind-claims huggingface dataset:
A welding system that identifies connectivity of components, comprising: at least one wire feeder (122, 124, 126, 128), which delivers a welding consumable to a weld location; at least one power source (102, 104, 106, 108) that is connected to deliver power to each wire feeder; wherein each power source (102, 104, 106, 108) is connected to a respective wire feeder (122, 124, 126, 128) via a respective cable (172, 174, 176, 178) for transfer of both, power and data, the system being characterized by: an input component (132, 134, 136, 138) associated with each wire feeder, the input component is utilized to initiate a data transmission between the wire feeder and the power source connected to the wire feeder; and an output component (142, 144, 146, 148) associated with each power source wherein the output component generates an output in response to data transmission initiated by the input component to identify connectivity of the wire feeder and the power source. at least one wire feeder (122, 124, 126, 128), which delivers a welding consumable to a weld location; at least one power source (102, 104, 106, 108) that is connected to deliver power to each wire feeder; wherein each power source (102, 104, 106, 108) is connected to a respective wire feeder (122, 124, 126, 128) via a respective cable (172, 174, 176, 178) for transfer of both, power and data, the system being characterized by: an input component (132, 134, 136, 138) associated with each wire feeder, the input component is utilized to initiate a data transmission between the wire feeder and the power source connected to the wire feeder; and an output component (142, 144, 146, 148) associated with each power source wherein the output component generates an output in response to data transmission initiated by the input component to identify connectivity of the wire feeder and the power source. an input component (132, 134, 136, 138) associated with each wire feeder, the input component is utilized to initiate a data transmission between the wire feeder and the power source connected to the wire feeder; and an output component (142, 144, 146, 148) associated with each power source wherein the output component generates an output in response to data transmission initiated by the input component to identify connectivity of the wire feeder and the power source.
An isothermal compression based combustion (IsoC) engine, comprising: an electronic control unit; a combustion engine; a compressor selectively engageable to the combustion engine and configured to isothermally compress a volume of air, wherein the compressor is selectively engageable to a crankshaft of the combustion engine through a compressor clutch, and wherein the crankshaft is configured to operate the compressor when the compressor clutch is engaged; and at least one capacitance tank coupled to the compressor and configured to store the volume of isothermally compressed air; wherein the combustion engine is configured to: receive at least a portion of the volume of isothermally compressed air from the at least one capacitance tank into a cylinder of the combustion engine; selectively inject a volume of fuel into the cylinder and ignite the volume of fuel in the presence of the volume of isothermally compressed air in the cylinder while the compressor is engaged with the combustion engine; and selectively omit the injection of a volume of fuel and expand the volume of isothermally compressed air in the cylinder using no combustion while the compressor is disengaged from the combustion engine. an electronic control unit; a combustion engine; a compressor selectively engageable to the combustion engine and configured to isothermally compress a volume of air, wherein the compressor is selectively engageable to a crankshaft of the combustion engine through a compressor clutch, and wherein the crankshaft is configured to operate the compressor when the compressor clutch is engaged; and at least one capacitance tank coupled to the compressor and configured to store the volume of isothermally compressed air; wherein the combustion engine is configured to: receive at least a portion of the volume of isothermally compressed air from the at least one capacitance tank into a cylinder of the combustion engine; selectively inject a volume of fuel into the cylinder and ignite the volume of fuel in the presence of the volume of isothermally compressed air in the cylinder while the compressor is engaged with the combustion engine; and selectively omit the injection of a volume of fuel and expand the volume of isothermally compressed air in the cylinder using no combustion while the compressor is disengaged from the combustion engine. receive at least a portion of the volume of isothermally compressed air from the at least one capacitance tank into a cylinder of the combustion engine; selectively inject a volume of fuel into the cylinder and ignite the volume of fuel in the presence of the volume of isothermally compressed air in the cylinder while the compressor is engaged with the combustion engine; and selectively omit the injection of a volume of fuel and expand the volume of isothermally compressed air in the cylinder using no combustion while the compressor is disengaged from the combustion engine.
Scissor drive, comprising: two legs (20, 30) which can be pivoted relative to one another about a pivot axis, each comprise a longitudinal axis (L1, L2) and are designed to be connected to an external component; a motor/gear assembly that drives the relative pivoting movement of the two legs (20, 30), which comprises a motor and a gear wherein the first leg comprises a housing (24, 26) that is hollow at least in portions, a cavity (28a-c) defined in the hollow housing extending at least in portions along the longitudinal axis of the first leg, and the motor/gear assembly being received in the housing (24, 26) of the first leg at least in portions in the portion of the cavity (28a-c) that extends along the longitudinal axis of the first leg, wherein the scissor drive comprises a planetary gear train, characterized in that the planetary gear train comprises two sets (52a, 52b) of concentrically arranged planet gears which are interconnected for conjoint rotation in pairs. two legs (20, 30) which can be pivoted relative to one another about a pivot axis, each comprise a longitudinal axis (L1, L2) and are designed to be connected to an external component; a motor/gear assembly that drives the relative pivoting movement of the two legs (20, 30), which comprises a motor and a gear wherein the first leg comprises a housing (24, 26) that is hollow at least in portions, a cavity (28a-c) defined in the hollow housing extending at least in portions along the longitudinal axis of the first leg, and the motor/gear assembly being received in the housing (24, 26) of the first leg at least in portions in the portion of the cavity (28a-c) that extends along the longitudinal axis of the first leg, wherein the scissor drive comprises a planetary gear train, characterized in that the planetary gear train comprises two sets (52a, 52b) of concentrically arranged planet gears which are interconnected for conjoint rotation in pairs.
Method for determining compensation parameters (P1*), wherein the compensation parameters (P1*) define a compensation signal (K1*), wherein the compensation signal (K1*) is provided to compensate for at least one disturbance, wherein the at least one disturbance occurs during operation of a control target (MOT, WZM) because of a friction effect, wherein the control target (MOT, WZM) is controlled during operation by a servo drive control device, wherein the friction effect occurs during operation at at least one reversal point of a servo-driven shaft of the control target (MOT, WZM), wherein the servo drive control device is designed, on occurrence of the at least one disturbance, to generate the compensation signal (K1*) on the basis of the compensation parameters (P1*), in order to reduce a subsequent error that can be attributed to the disturbance, characterised in that - a first test parameter set is provided, - the servo drive control device is caused to perform an operating process, in which the at least one disturbance occurs, wherein the servo drive control device generates a first test compensation signal during the performance of the operating process based on the first test parameter set and receives a first measurement signal as feedback, - a first error signal (eX(t)) is determined from the first measurement signal, - the compensation parameters (P1*) are determined by means of a substitution model, wherein the substitution model maps error signals to compensation signals, and using the first error signal (eX(t)). - a first test parameter set is provided, - the servo drive control device is caused to perform an operating process, in which the at least one disturbance occurs, wherein the servo drive control device generates a first test compensation signal during the performance of the operating process based on the first test parameter set and receives a first measurement signal as feedback, - a first error signal (eX(t)) is determined from the first measurement signal, - the compensation parameters (P1*) are determined by means of a substitution model, wherein the substitution model maps error signals to compensation signals, and using the first error signal (eX(t)).
An intracardiac pacemaker, comprising: a pulse generator configured to deliver pacing pulses to a ventricle of a patient's heart via electrodes coupled to the pacemaker; a motion sensor configured to generate a signal that indicates an atrial event attendant to atrial motion and at least one ventricular event attendant to ventricular motion during each cardiac cycle; and a control circuit coupled to the motion sensor and the pulse generator and configured to: detect a first event from the motion sensor signal; set an atrioventricular interval in response to detecting the first event; and control the pulse generator to deliver a first ventricular pacing pulse in response to the AV interval expiring; characterized in that the control circuit is configured to: withhold delivering a second ventricular pacing pulse for one cardiac cycle; detect a second event from the motion sensor signal following the first event; confirm that the first event is the atrial event in response to the second event occurring at least a threshold time interval since the first ventricular pacing pulse; and deliver a therapy based on confirming that the first event is the atrial event. a pulse generator configured to deliver pacing pulses to a ventricle of a patient's heart via electrodes coupled to the pacemaker; a motion sensor configured to generate a signal that indicates an atrial event attendant to atrial motion and at least one ventricular event attendant to ventricular motion during each cardiac cycle; and a control circuit coupled to the motion sensor and the pulse generator and configured to: detect a first event from the motion sensor signal; set an atrioventricular interval in response to detecting the first event; and control the pulse generator to deliver a first ventricular pacing detect a first event from the motion sensor signal; set an atrioventricular interval in response to detecting the first event; and control the pulse generator to deliver a first ventricular pacing pulse in response to the AV interval expiring; withhold delivering a second ventricular pacing pulse for one cardiac cycle; detect a second event from the motion sensor signal following the first event; confirm that the first event is the atrial event in response to the second event occurring at least a threshold time interval since the first ventricular pacing pulse; and deliver a therapy based on confirming that the first event is the atrial event.
A cleaning robot, comprising: a chassis; a drive connected to the chassis and configured to drive the robot across a floor surface; a cleaning head assembly coupled to the chassis and positioned to engage the floor surface while the robot is maneuvered by the drive; characterised in that a motion sensor responsive to changes in pitch, the motion sensor being carried by the chassis; and a controller circuit in communication with the cleaning head assembly and the motion sensor, the controller circuit configured to determine a flooring type associated with a cleaning characteristic of the robot and configured to alter the cleaning characteristic of the robot as a function of a signal from the motion sensor indicative of a change in pitch caused by the robot crossing a flooring discontinuity. a chassis; a drive connected to the chassis and configured to drive the robot across a floor surface; a cleaning head assembly coupled to the chassis and positioned to engage the floor surface while the robot is maneuvered by the drive; characterised in that a motion sensor responsive to changes in pitch, the motion sensor being carried by the chassis; and a controller circuit in communication with the cleaning head assembly and the motion sensor, the controller circuit configured to determine a flooring type associated with a cleaning characteristic of the robot and configured to alter the cleaning characteristic of the robot as a function of a signal from the motion sensor indicative of a change in pitch caused by the robot crossing a flooring discontinuity.
Data transmission device for transmitting data between a first data-processing system and a second data-processing system, comprising a memory switch apparatus and a data memory apparatus, wherein the memory switch apparatus is able to establish a connection of the data memory apparatus to the first data-processing system and to the second data-processing system, wherein the memory switch apparatus only establishes a data-routing connection between the data memory apparatus and the first data-processing system or the data memory apparatus and the second data-processing system or interrupts any connection between the data-processing systems (2, 3) and the data memory apparatus on the basis of a switch position of the memory switch apparatus, and wherein the data transmission device comprises a data verification apparatus, characterised in that the data verification apparatus can be connected to the data memory apparatus in a data-routing manner via the memory switch apparatus, and in that the data verification apparatus can verify data sets stored on the data memory apparatus and remove said data sets from the data memory apparatus if the memory switch apparatus establishes a data-transmitting connection between the data verification apparatus and the data memory apparatus.
A method of fabricating a quantum dots light emitting diode, comprising co-depositing an electron transport material and an inorganic perovskite material on a base substrate to form a composite layer comprising the electron transport material and the inorganic perovskite material; characterized in that the co-depositing is performed by pulsed laser deposition, the co-depositing comprises exposing an inorganic perovskite material target and an electron transport material target separately placed in a same pulsed laser deposition chamber to a laser source; the method further comprises annealing the composite layer to form a quantum dots light emitting layer comprising a plurality of quantum dots, and an electron transport layer; wherein the inorganic perovskite material self-assembles into the plurality of quantum dots on a surface of the composite layer during annealing. characterized in that the co-depositing is performed by pulsed laser deposition, the co-depositing comprises exposing an inorganic perovskite material target and an electron transport material target separately placed in a same pulsed laser deposition chamber to a laser source; the method further comprises annealing the composite layer to form a quantum dots light emitting layer comprising a plurality of quantum dots, and an electron transport layer; wherein the inorganic perovskite material self-assembles into the plurality of quantum dots on a surface of the composite layer during annealing.
A cooling device having a surface configured to allow the circulation of a heat-transfer fluid along the surface in a first direction, an exchange of heat being able to take place by convection between the cooling device and the fluid, the device comprising: - n cooling fins, n being an integer greater than or equal to two, each cooling fin forming a protuberance of the device, extending primarily in a plane containing the first direction, - in each fin, at least two inserts having a tube form and a dimension characteristic of a section of the tube and extending primarily in a second direction of the plane distinct from the first direction, the inserts having, over their greater length, a thermal resistance lower than the thermal resistance of the cooling fin along the same length, the device being characterised in that each insert is distant in the first direction from another insert by a length equal to or greater than the characteristic dimension of the section of the tube of the insert, in that the characteristic dimension of the section of the tube of the insert is greater than a thickness of the corresponding cooling fin defined outside of a section of the cooling fin at right angles to the first direction and passing through the insert, and in that the inserts are staggered between two adjacent fins. - n cooling fins, n being an integer greater than or equal to two, each cooling fin forming a protuberance of the device, extending primarily in a plane containing the first direction, - in each fin, at least two inserts having a tube form and a dimension characteristic of a section of the tube and extending primarily in a second direction of the plane distinct from the first direction, the inserts having, over their greater length, a thermal resistance lower than the thermal resistance of the cooling fin along the same length, the device being characterised in that each insert is distant in the first direction from another insert by a length equal to or greater than the characteristic dimension of the section of the tube of the insert, in that the characteristic dimension of the section of the tube of the insert is greater than a thickness of the corresponding cooling fin defined outside of a section of the cooling fin at right angles to the first direction and passing through the insert, and in that the inserts are staggered between two adjacent fins.
A method executed in a computing device for providing a dynamic navigation bar within an expanded communication application, the method comprising: displaying the navigation bar comprising a plurality of items representing individual modules of the communication application within a user interface of the communication application, the plurality of items comprising a calendar item and the user interface displaying content associated with a first module, wherein the first module is different from the module represented by the calendar item; in response to detecting a hover action over the calendar item, displaying a temporary preview of content associated with a module represented by the calendar item without leaving the currently displayed first module; enabling docking of a calendar preview pane displaying the temporary preview to a location on the user interface for permanent display, the calendar preview pane including a summary view of a user's calendar and a summary listing of items on the calendar; and in response to detecting selection of one of the navigation bar items, modifying the user interface to display content associated with a module represented by the navigation bar item. displaying the navigation bar comprising a plurality of items representing individual modules of the communication application within a user interface of the communication application, the plurality of items comprising a calendar item and the user interface displaying content associated with a first module, wherein the first module is different from the module represented by the calendar item; in response to detecting a hover action over the calendar item, displaying a temporary preview of content associated with a module represented by the calendar item without leaving the currently displayed first module; enabling docking of a calendar preview pane displaying the temporary preview to a location on the user interface for permanent display, the calendar preview pane including a summary view of a user's calendar and a summary listing of items on the calendar; and in response to detecting selection of one of the navigation bar items, modifying the user interface to display content associated with a module represented by the navigation bar item.
Expansion valve comprising a housing having in inlet port and an outlet port, a valve seat arranged between the inlet port and the outlet port, a valve element movable over an operating stroke between a fully open position away from the valve seat and a first position, which is a closed position at the valve seat, and an actuator connected to the housing, wherein the actuator comprises an electric rotary motor acting on the valve element, characterized in that in a disassembled condition of housing and actuator the actuator has a mounting stroke between the fully open position away from the valve seat and a second position, which is a position beyond the first position, such that the mounting stroke extends the operating stroke, and wherein the mounting stroke is at least two times the operating stroke.