mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling the transition between normal operation and overrun fuel cut-off operation in a spark ignition engine which is operated with direct fuel injection, wherein in order to avoid an unacceptable jump in torque which arises during the overrun fuel cut-off as a result of the fuel injection being switched off, the ignition angle is adjusted in the retarded direction (s), characterized in that at the transition from the normal operation to overrun fuel cut-off operation, the sucked-in mass of air is firstly reduced in order to further reduce the jump in torque, and the ignition angle is then decreased to a first minimum value which is predefined for this operation, and at which reliable combustion of the fuel/air mixture is still ensured, and after the first minimum value for the ignition angle has been reached during a compression phase fuel is injected into the cylinder with the valves closed, wherein at least a partial quantity of the fuel to be injected is released during the compression phase.
Ladle for scooping and casting liquid metal, wherein the ladle is a manual ladle, comprising a scoop bowl and a handle connected to the scoop bowl, which extends longitudinally from the scoop bowl as a grip, wherein the scoop bowl has a measuring unit comprising at least one sensor for measuring at least one physical parameter, wherein at least one sensor is designed as a temperature sensor, characterized in that the temperature sensor is arranged in contact for measuring to a surface of the scoop bowl facing the scoop chamber of the scoop bowl.
A header for an agricultural plant cutting machine, comprising: a floor having spaced apart first and second opposite side edge portions (40, 42), an elongate forward edge portion extending between the side edge portions, and an upwardly facing surface extending between the side and forward edge portions defining a cut plant material flow area thereabove; an elongate first knife assembly including a linear array of knives, the first knife assembly being supported so as to extend longitudinally adjacent to a first portion of the forward edge portion of the floor and so as to be movable longitudinally sidewardly relative thereto for severing plants from a field as the header is moved forwardly thereover; and a first epicyclic drive connected in driving relation to the first knife assembly and operable for reciprocatingly moving the first knife assembly longitudinally sidewardly relative to the forward edge portion of the floor, characterised in that the first epicyclic drive is incorporated, supported and disposed below the upwardly facing surface of the floor at a location between the first and second side edge portions (40, 42). a floor having spaced apart first and second opposite side edge portions (40, 42), an elongate forward edge portion extending between the side edge portions, and an upwardly facing surface extending between the side and forward edge portions defining a cut plant material flow area thereabove; an elongate first knife assembly including a linear array of knives, the first knife assembly being supported so as to extend longitudinally adjacent to a first portion of the forward edge portion of the floor and so as to be movable longitudinally sidewardly relative thereto for severing plants from a field as the header is moved forwardly thereover; and a first epicyclic drive connected in driving relation to the first knife assembly and operable for reciprocatingly moving the first knife assembly longitudinally sidewardly relative to the forward edge portion of the floor, characterised in that the first epicyclic drive is incorporated, supported and disposed below the upwardly facing surface of the floor at a location between the first and second side edge portions (40, 42).
A method for preloading an application in an Android-based terminal having a display screen for displaying a foreground application, wherein the foreground application is associated with a focus, comprising: determining (101, 501) a target application to be preloaded in response to triggering an event of preloading an application; creating (102, 504) an active window stack for preloading according to a predetermined rule, the active window stack for preloading having boundary coordinates located outside a coordinate range of the display screen; creating a target process for the target application and initiating the target process; creating, in the active window stack for preloading, a task stack for the target application; launching, in the task stack, an active window for the target application according to the target process; sending a notification of a forged focus to the target application, wherein the forged focus is independent of the focus of the foreground application; updating a focus flag of the target application according to the notification of the forged focus; and drawing and updating an application interface of the target application during a preset period according to the active window launched. determining (101, 501) a target application to be preloaded in response to triggering an event of preloading an application; creating (102, 504) an active window stack for preloading according to a predetermined rule, the active window stack for preloading having boundary coordinates located outside a coordinate range of the display screen; creating a target process for the target application and initiating the target process; creating, in the active window stack for preloading, a task stack for the target application; launching, in the task stack, an active window for the target application according to the target process; sending a notification of a forged focus to the target application, wherein the forged focus is independent of the focus of the foreground application; updating a focus flag of the target application according to the notification of the forged focus; and drawing and updating an application interface of the target application during a preset period according to the active window launched.
System for laser surgery with a radiation source in the form of a femtosecond laser and a scanning apparatus for focussing a beam (3, 3") into specified regions of the cornea of an eye, comprising an input optical unit (6, 6"), which is entered first by the beam (3, 3") and which has at least one first optical element, a focussing optical unit (8, 8', 8"), by means of which the beam (3, 3") that has emerged from the input optical unit (6, 6") is able to be focussed, and, arranged between the first optical element and the focussing optical unit (8, 8', 8"), a deflection device (7, 7', 7") for deflecting the beam (3, 3") after passing the first optical element in accordance with a position to be set of the focus in the lateral direction, wherein at least the one optical element of the input optical unit (6, 6") is able to be moved relative to the deflection device (7, 7', 7") for the purposes of setting the position of the focus of the beam (3, 3") in the direction of the beam, wherein the system has a contact glass with a concave contact surface, the contact glass being suitable for resting against the cornea of the eye with the concave contact surface, wherein, in the case of the scanning apparatus, the optical elements of the input and focussing optical units (6, 6", 8, 8', 8") are chromatically corrected over the spectral width of the femtosecond pulses emitted by the radiation source such that fs pulses passing therethrough are focussed by the focussing optical unit with a dispersion-related temporal broadening of less than 30% and wherein, in the case of the scanning device, the input optical unit (6, 6') comprises a lens or lens group with negative refractive power as the first optical element and the input optical unit moreover comprises a convergent lens or lens group with positive refractive power downstream thereof in the direction of the beam (3, 3").
A touch sensor for use in a display device, and adhereable to a component of the display device, the touch sensor comprising: a touch substrate; a plurality of first touch electrodes over the touch substrate and extending in a first direction; a plurality of second touch electrodes over the touch substrate and extending in a second direction crossing the first direction; and a plurality of protrusions (413, 423) on at least one of the plurality of first and second touch electrodes, wherein, each of the first and second touch electrodes comprises a first surface facing the touch substrate and a second surface located on the opposite side of the first surface, the plurality of protrusions are formed on the second surface, and are shaped to adhere the second surface to the component, the plurality of protrusions have a cilia shape, the plurality of protrusions are inclined at a set angle relative to the touch substrate, and an end of each protrusion is divided into a plurality of strands. a touch substrate; a plurality of first touch electrodes over the touch substrate and extending in a first direction; a plurality of second touch electrodes over the touch substrate and extending in a second direction crossing the first direction; and a plurality of protrusions (413, 423) on at least one of the plurality of first and second touch electrodes, wherein, each of the first and second touch electrodes comprises a first surface facing the touch substrate and a second surface located on the opposite side of the first surface, the plurality of protrusions are formed on the second surface, and are shaped to adhere the second surface to the component, the plurality of protrusions have a cilia shape, the plurality of protrusions are inclined at a set angle relative to the touch substrate, and an end of each protrusion is divided into a plurality of strands.
Method for producing a decorative workpiece with a structured surface comprising the following steps: applying a first liquid lacquer having a coarse; applying a second liquid, at least partially transparent lacquer for producing a fine structuring in some regions, characterized in that the first liquid lacquer is applied over the entire surface, at the coarse structuring a difference in thickness between thicker regions and thinner regions is at least 50 μm, in particular at least 100 μm, and a liquid lacquer is first applied to produce the second lacquer layer and then lacquer droplets are sprayed into the still liquid material to produce a fine structuring. applying a first liquid lacquer having a coarse; applying a second liquid, at least partially transparent lacquer for producing a fine structuring in some regions, characterized in that the first liquid lacquer is applied over the entire surface, at the coarse structuring a difference in thickness between thicker regions and thinner regions is at least 50 μm, in particular at least 100 μm, and a liquid lacquer is first applied to produce the second lacquer layer and then lacquer droplets are sprayed into the still liquid material to produce a fine structuring.
An apparatus of a 5G enhanced Node B, gNB, comprising: a radio frequency, RF, interface; and baseband circuitry, including one or more baseband processors (204A-D) to: generate a reference signal, RS, sequence from a Gold code based on a pair of generating polynomials and an initialization value, wherein the initialization value comprises: a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and send the reference signal to the RF interface. a radio frequency, RF, interface; and baseband circuitry, including one or more baseband processors (204A-D) to: generate a reference signal, RS, sequence from a Gold code based on a pair of generating polynomials and an initialization value, wherein the initialization value comprises: a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and send the reference signal to the RF interface. generate a reference signal, RS, sequence from a Gold code based on a pair of generating polynomials and an initialization value, wherein the initialization value comprises: a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and send the reference signal to the RF interface.
A media content channel system for providing a plurality of media content channels to a mobile user, the media content channel system comprising: a first network element configured to provide primary content to a mobile terminal via a primary media content channel; a second network element configured to provide secondary content to the mobile terminal via a secondary media content channel, different to the primary media content channel; and a mobile terminal configured to select the primary media content channel, wherein the mobile terminal comprises a media channel controller configured to detect the selection of the primary media content channel and configured to instantiate a secondary media content channel to receive the secondary content in response to the selection of the primary media content channel wherein the first primary media content channel comprises a signal transmitted by a broadcasting station and the secondary media content channel comprises a wireless communication link. a first network element configured to provide primary content to a mobile terminal via a primary media content channel; a second network element configured to provide secondary content to the mobile terminal via a secondary media content channel, different to the primary media content channel; and a mobile terminal configured to select the primary media content channel, wherein the mobile terminal comprises a media channel controller configured to detect the selection of the primary media content channel and configured to instantiate a secondary media content channel to receive the secondary content in response to the selection of the primary media content channel wherein the first primary media content channel comprises a signal transmitted by a broadcasting station and the secondary media content channel comprises a wireless communication link.
An operating system with several; switches, each having a switch base, a cap carrier and a switch cap whereby the switch caps are replaceable on the cap carriers and can be placed on different switches, characterized by the fact that, each of the switch caps has an RFID transponder, an RFID reading device or a location-oriented logging antenna system of a joint RFID reading device is fitted to the switches, in each RFID transponder information which can be read out is stored and this information is assigned to a function within the operating system.
A system for producing block ice that is treated with nitrogen substitution comprising: (a) a nitrogen gas supplying unit provided with a feeder (14, 15) for supplying nitrogen gas under a predetermined pressure; (b) a nitrogen-dissolved water producing unit for producing nitrogen-dissolved water, the unit is provided with a water receiving tank for storing material water, a cooler for cooling the water stored in the water receiving tank, and a nitrogen gas injector for injecting nitrogen gas supplied from the nitrogen gas supplying unit into the water stored in the water receiving tank; and (c) a nitrogen-substitution block ice producing unit provided with a plurality of ice cans immersed in a brine tank that is kept at a freezable temperature for water, a filling device (32, 35) for filling each of the ice cans with the nitrogen-dissolved water supplied from the nitrogen-dissolved water producing unit, and a gas injector for injecting nitrogen gas supplied from the nitrogen gas supplying unit into an unfrozen portion of the nitrogen-dissolved water. (a) a nitrogen gas supplying unit provided with a feeder (14, 15) for supplying nitrogen gas under a predetermined pressure; (b) a nitrogen-dissolved water producing unit for producing nitrogen-dissolved water, the unit is provided with a water receiving tank for storing material water, a cooler for cooling the water stored in the water receiving tank, and a nitrogen gas injector for injecting nitrogen gas supplied from the nitrogen gas supplying unit into the water stored in the water receiving tank; and (c) a nitrogen-substitution block ice producing unit provided with a plurality of ice cans immersed in a brine tank that is kept at a freezable temperature for water, a filling device (32, 35) for filling each of the ice cans with the nitrogen-dissolved water supplied from the nitrogen-dissolved water producing unit, and a gas injector for injecting nitrogen gas supplied from the nitrogen gas supplying unit into an unfrozen portion of the nitrogen-dissolved water.
Structural roof of a motor car vehicle, including at least one front bodywork part and one rear bodywork part that are designed to engage respectively with an upper frame of a body structure, characterized in that at least one of said front and rear bodywork parts (11, 12) is connected to at least the other one of said front and rear bodywork parts (11, 12) via two side rails, each of the side rails being offset transversely by a distance D from a lateral edge (11a, 11b, 12a, 12b) of said bodywork parts (11, 12) towards an opposing lateral edge so that the structural roof forms a modular assembly capable of being added as a single part to the upper frame of a body structure.
Method for monitoring the driving behavior of a rail vehicle, in which at least one measurement variable characterizing the vibration behavior of at least one wheel set of the rail vehicle, such as the fluctuation, the speed or the acceleration of the wheel set or the force acting on the wheel set, is captured by at least one sensor supplying a corresponding measurement signal, comprising the following steps: - identification of at least one significant event within the time profile of the measurement signal, in which the measurement variable exceeds a predefined minimum value, as well as identification of the event time at which this significant event took place, - formation of the frequency response from the time profile of the measurement signal from the event time onward, wherein the frequency response is formed for a defined time period (t a) starting from the event time, - comparison of the formed frequency response with at least one stored reference frequency response, - evaluation of the oscillation behavior of the wheel set as a function of the deviation of the formed frequency response from the at least one stored reference frequency response, characterized in that - the acceleration of the wheel set in the vertical direction is used as the measurement variable characterizing the oscillation behavior of the wheel set of the rail vehicle, wherein a significant event within the time profile of the acceleration is identified by virtue of the fact that the measured acceleration of the wheel set has exceeded a defined minimum value (amin), wherein - the absolute value of the defined minimum value (a min) for the vertical acceleration is at least 10 g. - identification of at least one significant event within the time profile of the measurement signal, in which the measurement variable exceeds a predefined minimum value, as well as identification of the event time at which this significant event took place, - formation of the frequency response from the time profile of the measurement signal from the event time onward, wherein the frequency response is formed for a defined time period (t a) starting from the event time, - comparison of the formed frequency response with at least one stored reference frequency response, - evaluation of the oscillation behavior of the wheel set as a function of the deviation of the formed frequency response from the at least one stored reference frequency response, characterized in that - the acceleration of the wheel set in the vertical direction is used as the measurement variable characterizing the oscillation behavior of the wheel set of the rail vehicle, wherein a significant event within the time profile of the acceleration is identified by virtue of the fact that the measured acceleration of the wheel set has exceeded a defined minimum value (amin), wherein - the absolute value of the defined minimum value (a min) for the vertical acceleration is at least 10 g.
A baseplate trial holding apparatus which holds a baseplate trial disposed in a proximal tibia during total knee arthroplasty or revision total knee arthroplasty, the baseplate trial holding apparatus comprising: a keel location setting part configured to set an insertion location of a keel punch, the keel location setting part comprising: a central through portion, through which a keel stem portion of the keel punch passes; and a guide slit configured to guide insertion of a keel wing portion of the keel punch, characterized in that the baseplate trial holding apparatus further comprises a keel location fixing part, the keel location fixing part configured to determine an insertion limit of the keel punch, the keel location fixing part comprising a stopper formed being able to be fixed forwards and fixed rearwards and to be brought into a state of being introduced into the central through portion during forward fixing. a central through portion, through which a keel stem portion of the keel punch passes; and a guide slit configured to guide insertion of a keel wing portion of the keel punch, characterized in that the baseplate trial holding apparatus further comprises a keel location fixing part, the keel location fixing part configured to determine an insertion limit of the keel punch, the keel location fixing part comprising a stopper formed being able to be fixed forwards and fixed rearwards and to be brought into a state of being introduced into the central through portion during forward fixing.