mhurhangee/ep-ind-claims huggingface dataset:
A signal processor for providing a processed version of an input signal in dependence on the input signal, wherein the input signal is an audio signal or a video signal, the signal processor comprising: a windower configured to window a portion of the input signal, or of a pre-processed version thereof, in dependence on a signal processing window described by signal processing window values for a plurality of window value index values in order to obtain the processed version of the input signal; and a window provider for providing the signal processing window values (w(n); w 1 (n)) of a window function for processing the audio or video signal for the plurality of window value index values (n) in dependence on one or more window shape parameters (310; a f), wherein the window provider is configured to evaluate a sine function for a plurality of argument values associated with the window value index values (n), to obtain the signal processing window values, wherein the window provider is configured to compute a weighted sum of a linear term (c(n)), which is linearly dependent on the window value index values (n), and function values of more than one shaping functions, which more than one shaping functions map the window value index values (n) onto the corresponding function values and which more than one shaping functions are point-symmetric with respect to a center of a window slope, to obtain the argument values. a windower configured to window a portion of the input signal, or of a pre-processed version thereof, in dependence on a signal processing window described by signal processing window values for a plurality of window value index values in order to obtain the processed version of the input signal; and a window provider for providing the signal processing window values (w(n); w 1 (n)) of a window function for processing the audio or video signal for the plurality of window value index values (n) in dependence on one or more window shape parameters (310; a f), wherein the window provider is configured to evaluate a sine function for a plurality of argument values associated with the window value index values (n), to obtain the signal processing window values, wherein the window provider is configured to compute a weighted sum of a linear term (c(n)), which is linearly dependent on the window value index values (n), and function values of more than one shaping functions, which more than one shaping functions map the window value index values (n) onto the corresponding function values and which more than one shaping functions are point-symmetric with respect to a center of a window slope, to obtain the argument values.
A computer-implemented method, at an electronic device having a display and means for receiving user input, said method comprising: displaying on the display a graphical user interface comprising a plurality of selectable items; detecting an input selecting one or more selected items from the plurality of selectable items; characterised in displaying on the display, while maintaining at least a portion of the graphical user interface on the display, a menu containing one or more functions selectable by the user; and in response to detecting a menu expansion input, causing the menu to be displayed in an enlarged state having an increased width; further comprising, re-arranging the relative positioning of at least two of the plurality of selectable items (1211, 1212) on the display so as to reduce the obscuration of the one or more selected items by the menu at least when the menu is displayed in said enlarged state. displaying on the display a graphical user interface comprising a plurality of selectable items; detecting an input selecting one or more selected items from the plurality of selectable items; characterised in displaying on the display, while maintaining at least a portion of the graphical user interface on the display, a menu containing one or more functions selectable by the user; and in response to detecting a menu expansion input, causing the menu to be displayed in an enlarged state having an increased width; further comprising, re-arranging the relative positioning of at least two of the plurality of selectable items (1211, 1212) on the display so as to reduce the obscuration of the one or more selected items by the menu at least when the menu is displayed in said enlarged state.
An active material comprising a lithium niobium composite oxide represented by a general formula Li x Fe 1-y M1 y Nb 11-z M2 z O 29 and having an orthorhombic crystal structure, wherein in the general formula, 0 ≤ x ≤ 23, 0 ≤ y ≤ 1 and 0 < z ≤ 6 are satisfied and each of M1 and M2 independently comprises at least one element selected from a group consisting of Fe, Mg, Al, Cu, Mn, Co, Ni, Zn, Sn, Ti, Ta, V, and Mo.
Phase busbar having insulation and at least two conductors (3a, 3b) which are arranged in the insulation and have connecting tabs (30a, 30b), wherein the insulation has a bottom wall and separating walls which separate the conductors (3a, 3b) from one another, characterised in that the conductor (3a, 3b) has moulded-on portions which create a distance between the base body of the conductors (3a, 3b) and the bottom wall of the insulation.
A battery electrode structure, comprising: a substrate; a first material on the substrate, the first material having a binder and a first active material; periodically located trapezoidal voids that only partially extend from a top of the first active material towards the substrate; a second active material interdigitated with the first material, wherein the second active material has a lower density than the first active material and wherein the trapezoidal voids reside in the second active material; and an electrolyte material filling the trapezoidal voids. a substrate; a first material on the substrate, the first material having a binder and a first active material; periodically located trapezoidal voids that only partially extend from a top of the first active material towards the substrate; a second active material interdigitated with the first material, wherein the second active material has a lower density than the first active material and wherein the trapezoidal voids reside in the second active material; and an electrolyte material filling the trapezoidal voids.
An operating variable-volume and extensible-wall construction to be transported and used as a field hospital, transmission center, observation post, control room and the like, said construction comprising a central body, having a size corresponding to that of a standard shipment container, and two withdrawable side bodies (3, 4), adapted to be brought from a withdrawn position, where said side bodies (3, 4) are substantially included in the central body, to an extended or projecting position where said side bodies (3, 4) are withdrawn from said central body, said construction further comprising swinging or tilting and telescopic raising means, for raising the construction from the ground, characterized in that said tilting telescopic raising means comprise four units, one for each corner of said construction, said four units including each a raising piston having a piston rod including a piston rod supporting foot, that said raising piston is coupled to said central body through an articulated parallelogram coupling frame driven by a hydraulic jack, with other hydraulic jacks being included in a hydraulic system allowing a single operator to perform, through a telecontrol panel, the withdrawing and closing of said side bodies (3, 4), loading and unloading of said container from the transport vehicles, even on uneven and unprepared ground, without using auxiliary means such as cranes, elevator carriages and loading bridges, thereby each said raising unit comprises a withdrawn position, where said raising unit is included in said shipment container, and an extended position, where said raising piston is spaced from said container and bears on the ground, that, in said extended position, said raising piston rod can be operated to be extended, thereby raising said construction, and that, in a raised position of said construction, said shipment container can be loaded on transport trucks.
A terminal comprising: a receiving section configured to receive information indicating a range of indexes of synchronization signal, SS, blocks for measurement in a measurement time duration of a predetermined periodicity, the SS blocks being transmitted by one or more neighbor cells or by each group including one or more neighbor cells; and a control section configured to control measurement, using at least one of the SS blocks indicated by the information, of at least one of a reference signal received power, RSRP, a reference signal received quality, RSRQ, and a signal to interference plus noise ratio, SINR. a receiving section configured to receive information indicating a range of indexes of synchronization signal, SS, blocks for measurement in a measurement time duration of a predetermined periodicity, the SS blocks being transmitted by one or more neighbor cells or by each group including one or more neighbor cells; and a control section configured to control measurement, using at least one of the SS blocks indicated by the information, of at least one of a reference signal received power, RSRP, a reference signal received quality, RSRQ, and a signal to interference plus noise ratio, SINR.
Method for producing an interior lining of a motor vehicle, in particular a motor vehicle door, comprising a support layer, to the outer surface of which, facing the motor vehicle interior, a heating foil is secured, and a decorative layer is secured to the outer surface of the heating foil, the heating foil having no conductor tracks nor conductor structures, but consisting of a self-conducting material, which generates heat due to its electrical resistance when voltage is applied, characterized in that the heating foil is placed in the mould of an injection moulding machine and plastic of the base layer is then injected on its back, and the heating foil is then provided with the decorative layer, which is injected or bonded, or in that the heating foil is shaped together with a not yet compacted natural fibre mat of the base layer in a press under pressure and heat supply.
A rotor for an IPM motor embedded in an IPM motor where a field-weakening control is performed when rotational speed exceeds a predetermined value, comprising: a rotor iron core, which is formed by laminating base steel sheets with a magnetic flux density B8000 of 1.65T or more as measured at a magnetic field strength of 8000 A/m and a coercivity of 100 A/m or more; a plurality of permanent magnet insertion holes which are formed spaced from each other on the rotor iron core in a circumferential direction of the rotor iron core; and permanent magnets which are embedded in the permanent magnet insertion holes respectively. a rotor iron core, which is formed by laminating base steel sheets with a magnetic flux density B8000 of 1.65T or more as measured at a magnetic field strength of 8000 A/m and a coercivity of 100 A/m or more; a plurality of permanent magnet insertion holes which are formed spaced from each other on the rotor iron core in a circumferential direction of the rotor iron core; and permanent magnets which are embedded in the permanent magnet insertion holes respectively.
A method of controlling reactive power of a power system, the power system comprising a power supply unit, PSU, with a power input connected to a power grid, the PSU having a power output connected to a power input of a power distribution unit, PDU, that distributes power to a processing arrangement, whereby the power system serves the processing arrangement with power via the PDU, the processing arrangement having a data traffic workload, the power system further comprising a super capacitor unit being connected to the power output of the PSU, the method being performed by a controller connected to the processing arrangement, the PDU and the super capacitor unit, the controller being configured to schedule the data traffic workload of the processing arrangement, whereby the controller is configured to have information at time t(n) about the data traffic workload of the processing arrangement at a subsequent time t(n+1), where the time t(n+1) is one time interval from, and next to, the time t(n), the method comprising: - obtaining (502, 602) at time t(n), information about data traffic workload to be processed by the processing arrangement at time t(n+1); - estimating (504, 604) a power required by the processing arrangement for processing the data traffic workload scheduled at time t(n+1), based on the obtained information about the data traffic load at time t(n); and - upon determining that the required power is higher than a power threshold, - retrieving (508, 608) super capacitor data from a memory, where said super capacitor data corresponds to the required power; and - triggering (510, 610) discharge of the super capacitor unit based on the super capacitor data at time t(n+1), causing power from the super capacitor unit to be fed to the power input of the power distribution unit at time t(n+1), whereby transients in a voltage at the power input of the power distribution unit are, at least in part, smoothed out at time t(n+1), which reduces the reactive power of the power system, where said transients are related to the data traffic workload of the processing arrangement. - obtaining (502, 602) at time t(n), information about data traffic workload to be processed by the processing arrangement at time t(n+1); - estimating (504, 604) a power required by the processing arrangement for processing the data traffic workload scheduled at time t(n+1), based on the obtained information about the data traffic load at time t(n); and - upon determining that the required power is higher than a power threshold, - retrieving (508, 608) super capacitor data from a memory, where said super capacitor data corresponds to the required power; and - triggering (510, 610) discharge of the super capacitor unit based on the super capacitor data at time t(n+1), - retrieving (508, 608) super capacitor data from a memory, where said super capacitor data corresponds to the required power; and - triggering (510, 610) discharge of the super capacitor unit based on the super capacitor data at time t(n+1),
Hand-held applicator (10, 70) for applying paint, lacquer, glaze, primer, stain or wood preservative to an object, comprising a handle (12, 72), an applicator part (16, 76) held thereon and in the form of a paint roller, a reservoir (18, 78) that is fluidically connectable to the applicator part (16, 76) and defines a receiving space (20, 80) for receiving the material to be applied, a pressing element (30, 90) which acts on the receiving space (20, 80) and with which the material can be pushed through a reservoir opening (38, 98) in the direction of the applicator part (16, 76), and a motor (36, 96), characterized in that a threaded spindle (26, 86) that is rotatable with the motor (36, 96) is provided, said threaded spindle (26, 86) selectively moving the pressing element (30, 90) forward or back in order to deliver the material to the applicator part (16, 76) or to fill the reservoir (18, 78) with new material.
A charger (50; 150; 250; 350; 450; 550) configured to charge a battery pack that is configured to be detachably attached to a tool main body of an electric power tool system, comprising: at least one rechargeable battery adapted to supply current to at least one rechargeable battery housed in the battery pack, a first unit (350a; 450a; 550a) and a second unit (350b; 450b; 550b), the first unit (350a; 450a; 550a) being configured to be detachably attached to the second unit (350b; 450b; 550b) and being adapted to detachably attach to the tool main body when the second unit is detached from the first unit, wherein the first unit houses the at least one rechargeable battery, and the second unit includes an interface adapted to connect with the battery pack, characterized in that the at least one rechargeable battery of the charger (50; 150; 250; 350; 450; 550) has a charge storage capacity that is larger than the charge storage capacity of the battery pack, and the charger (50; 150; 250; 350; 450; 550) is configured to charge the battery pack using power stored in the rechargeable battery. at least one rechargeable battery adapted to supply current to at least one rechargeable battery housed in the battery pack, a first unit (350a; 450a; 550a) and a second unit (350b; 450b; 550b), the first unit (350a; 450a; 550a) being configured to be detachably attached to the second unit (350b; 450b; 550b) and being adapted to detachably attach to the tool main body when the second unit is detached from the first unit, wherein the first unit houses the at least one rechargeable battery, and the second unit includes an interface adapted to connect with the battery pack, characterized in that the at least one rechargeable battery of the charger (50; 150; 250; 350; 450; 550) has a charge storage capacity that is larger than the charge storage capacity of the battery pack, and the charger (50; 150; 250; 350; 450; 550) is configured to charge the battery pack using power stored in the rechargeable battery.
A method for treating gases containing refrigerant and/or propellant by means of at least one combustion chamber, wherein refrigerant- and/or propellant-containing gas is supplied to the combustion chamber from at least one first source of a refrigeration recycling system, wherein upstream of the combustion chamber a concentration of the at least one refrigerant and/or propellant is determined in the gas to be supplied to the combustion chamber by means of at least one sensor, wherein downstream of the combustion chamber a concentration of the at least one refrigerant and/or propellant in an exhaust gas of the combustion chamber is determined by means of at least one sensor, wherein in addition to the gas from the first source the combustion chamber is supplied with refrigerant- and/or propellant-containing gas from at least one additional source, wherein dosing of the gas from the at least one additional source is performed by measurement of CFC (chlorofluorocarbon) and/or HFC (hydrofluorocarbon).
A method for cleaning flue gas by means of a filter unit, wherein the flue gas is supplied to a filtering separator, and wherein the filtering separator is received in a housing, and the housing comprises a pre-filter side before the filtering separator and a clean side after the filtering separator, wherein prior to entrance of the flue gas into the housing an adsorbent is injected into the flue gas, so that the part of the harmful substances before passing the filtering separator is adsorbed by the adsorbent and separated in the filtering separator, characterised in that on the clean side of the housing a filter element with an adsorbent formed from activated carbon made from dust-free spherical carbon is arranged, wherein the filter element is configured as a flat filter cartridge through which flue gas exiting the filtering separator flows evenly across its surface, and which can be inserted into and removed from a reception on the clean side of the housing, and that the flue gas flows through the adsorbent in the filter element, whereby harmful substances from the group at least comprising mercury and/or dioxin and/or furan and/or further heavy metals are separated from the flue gas.
An exterior vision unit fastening construction for a motor vehicle, comprising a base part which can be fixedly connected with a vehicle, and a rotation part which is couplable with the base part and which in coupled condition forms a central shaft for pivotally bearing-mounting a housing of an exterior vision unit, wherein the base part and the rotation part are provided with at least one cam and groove pair (7,8) cooperating as a bayonet catch, such that in a first angular position (α1) of the rotation part with respect to the base part, the rotation part for the purpose of coupling can be displaced along a geometric axis to the base part to align the cam and groove pair for cooperation and the rotation part is pivotable about the geometric axis from the first angular position (α1) to a second angular position (α2) in which the cam and groove pair (7,8) cooperate, characterised in that the cam and groove pair (7,8) cooperate via a forcible filling element, so that the rotation part can rotate under forced displacement of material of the filling element from the second angular position (α2) about the geometric axis to a third angular position (α3), and the rotation part is locked with respect to the base part axially along the geometric axis.
An apparatus comprising: a loop style rotor yoke (300; 400) comprising: two longitudinal side portions interconnected by and spanning between two outboard portions at each longitudinal end of the rotor yoke, wherein a center portion of each longitudinal side portion comprises a build-up of material that forms a contoured surface, and wherein in use the center portion is adjacent to an axis of rotation of the rotor yoke and the build-up of material protrudes in a direction parallel to said axis of rotation. a loop style rotor yoke (300; 400) comprising: two longitudinal side portions interconnected by and spanning between two outboard portions at each longitudinal end of the rotor yoke, wherein a center portion of each longitudinal side portion comprises a build-up of material that forms a contoured surface, and wherein in use the center portion is adjacent to an axis of rotation of the rotor yoke and the build-up of material protrudes in a direction parallel to said axis of rotation. two longitudinal side portions interconnected by and spanning between two outboard portions at each longitudinal end of the rotor yoke, wherein a center portion of each longitudinal side portion comprises a build-up of material that forms a contoured surface, and wherein in use the center portion is adjacent to an axis of rotation of the rotor yoke and the build-up of material protrudes in a direction parallel to said axis of rotation.
A shaving razor comprising: a handle having a body with a head and a pair of integral resilient arms (420, 422) extending outward from the head to a distal end (454, 456), each integral resilient arm defining a slot (424, 425) having a slot width; a cartridge mounted to the handle, the cartridge having a top surface and an opposing bottom surface, the top surface having a guard, a cap, at least one blade between the cap and the guard, characterized by the bottom surface having a pair of cam faces (104, 106) each slidingly engaging one of the integral resilient arms, the cartridge having a rest position and a pivot position wherein each of the cam faces forces the respective integral resilient arm inward toward the opposing integral resilient arm biasing the cartridge from the pivot position back to the rest position; and each of the slots is filled with a material that is softer than a material of the handle. a handle having a body with a head and a pair of integral resilient arms (420, 422) extending outward from the head to a distal end (454, 456), each integral resilient arm defining a slot (424, 425) having a slot width; a cartridge mounted to the handle, the cartridge having a top surface and an opposing bottom surface, the top surface having a guard, a cap, at least one blade between the cap and the guard, characterized by the bottom surface having a pair of cam faces (104, 106) each slidingly engaging one of the integral resilient arms, the cartridge having a rest position and a pivot position wherein each of the cam faces forces the respective integral resilient arm inward toward the opposing integral resilient arm biasing the cartridge from the pivot position back to the rest position; and each of the slots is filled with a material that is softer than a material of the handle.