mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: connecting a nonlinear component (106, 142) between an output of a transmitter (74, 100, 136) and an input of a transmit observation receiver, TOR, (76, 102, 138) that is coupled to the output of the transmitter; training (1002, 1004, 1006) a combined model (108, 144) of a frequency response of the transmitter, a nonlinear characteristic of the nonlinear component, and a frequency response of the TOR using a signal generated from an input signal to the transmitter and an output signal of the TOR, the combined model comprising concatenation of a model of a first linear filter (110, 146) that corresponds to a model of the frequency response of the transmitter, a model of a quasi-memoryless nonlinearity (112, 148) that represents a model of the nonlinear characteristic of the nonlinear component, and a model of a second linear filter (114, 150) that represents a model of the frequency response of the TOR; and disconnecting the nonlinear component after training the combined model. connecting a nonlinear component (106, 142) between an output of a transmitter (74, 100, 136) and an input of a transmit observation receiver, TOR, (76, 102, 138) that is coupled to the output of the transmitter; training (1002, 1004, 1006) a combined model (108, 144) of a frequency response of the transmitter, a nonlinear characteristic of the nonlinear component, and a frequency response of the TOR using a signal generated from an input signal to the transmitter and an output signal of the TOR, the combined model comprising concatenation of a model of a first linear filter (110, 146) that corresponds to a model of the frequency response of the transmitter, a model of a quasi-memoryless nonlinearity (112, 148) that represents a model of the nonlinear characteristic of the nonlinear component, and a model of a second linear filter (114, 150) that represents a model of the frequency response of the TOR; and disconnecting the nonlinear component after training the combined model.
Thermoformable multilayer film comprising a laminate made of a) at least one layer which has a water-absorption capacity of at least 20 g/m 2 and is based on at least one moisture-absorbing plastics material and optionally has a plurality of sublayers, and b) a moisture-permeable, heat-sealable surface layer based on at least one biodegradable polymer, characterized in that the permeability of the layer b) to moisture does not derive from any weakening of the layer b), and the proportion of the biodegradable polymer in the moisture-permeable layer b) is at least 70% by weight, and is sufficiently high to provide a water vapour transmission rate of at least 100 g/m 2 ·d (23°C/90% r.h.) (measured in accordance with ASTM F1249) to the layer b). a) at least one layer which has a water-absorption capacity of at least 20 g/m 2 and is based on at least one moisture-absorbing plastics material and optionally has a plurality of sublayers, and b) a moisture-permeable, heat-sealable surface layer based on at least one biodegradable polymer,
Receiver in a communication system, the receiver being arranged to process a received signal (Rx Signal), said signal being modulated using a Quadrature Amplitude Modulation technique and comprising data symbols modulated with a relatively high constellation order and pilot symbols modulated with a relatively low constellation order, where the receiver comprises demodulator means arranged to demodulate said signal data symbols of said relatively high constellation order such that a demodulated signal (Data) is obtained, the demodulator means comprising a main carrier recovery Phase-Locked Loop, PLL, arranged to enable demodulation of the data and pilot symbols, the demodulator means further comprising phase calculation means (14, 18) arranged to provide phase information from the pilot symbols of said relatively low constellation order to the main carrier recovery PLL, characterized in that the phase calculation means (14, 18) comprises a pilot Phase-Locked Loop, PLL, arranged to extract the phase information from the pilot symbols based on demodulated symbols carrying data, wherein the pilot PLL comprises means arranged to determine a tracking error of the received signal (Rx Signal), said pilot PLL further comprising means arranged to combine the tracking error for all symbols with the extracted phase information from the pilot symbols into the phase information of the received signal (Rx Signal), said receiver further comprising means to pre-rotate the received signal, the means to pre-rotate the received signal being configured to use the estimated phase of the received signal phase in a pre-rotation of the received signal.
A system, comprising: an industrial monitor configured to receive inputs from a plurality of sensors (20, 22, 24, 26, 28, 30, 32) coupled to a mechanical system, wherein the industrial monitor is configured to determine a plurality of measurements corresponding to operation of the mechanical system based, at least in part, on the received inputs; and a display device communicatively coupled to the industrial monitor, wherein the display device is configured to present a user interface comprising a plurality of screens, wherein each of the plurality of measurements is associated with at least one screen of the plurality of screens,; characterized in that the user interface is logically arranged to present the plurality of screens as a continuous loop of screens disposed one after another such that an operator may progressively navigate through the screens using an input (95, 96); and in that the input includes a navigational indicator (160, 162, 170, 172, 174, 176, 180, 184, 186) to indicate which direction the operator should proceed through the loop of screens to reach, with the shortest path, a screen associated with a measurement having the irregular status. an industrial monitor configured to receive inputs from a plurality of sensors (20, 22, 24, 26, 28, 30, 32) coupled to a mechanical system, wherein the industrial monitor is configured to determine a plurality of measurements corresponding to operation of the mechanical system based, at least in part, on the received inputs; and a display device communicatively coupled to the industrial monitor, wherein the display device is configured to present a user interface comprising a plurality of screens, wherein each of the plurality of measurements is associated with at least one screen of the plurality of screens,; characterized in that the user interface is logically arranged to present the plurality of screens as a continuous loop of screens disposed one after another such that an operator may progressively navigate through the screens using an input (95, 96); and in that the input includes a navigational indicator (160, 162, 170, 172, 174, 176, 180, 184, 186) to indicate which direction the operator should proceed through the loop of screens to reach, with the shortest path, a screen associated with a measurement having the irregular status.
A slide element, in particular a sliding door or a lift and slide door, comprising a frame; a leaf which can be displaced with respect to the frame; and a drive device for the motorized displacement of the leaf between an open position and a closed position, wherein the drive device is integrated into the frame and comprises an electric motor, wherein a receiver, in which the electric motor is completely received, is formed in a vertical section, namely a vertical frame part, of the frame, characterized in that the drive device comprises a deflection gear, which is integrally formed with the electric motor, to deflect a torque of the electric motor by at least substantially 90°. wherein the drive device is integrated into the frame and comprises an electric motor, wherein a receiver, in which the electric motor is completely received, is formed in a vertical section, namely a vertical frame part, of the frame, characterized in that the drive device comprises a deflection gear, which is integrally formed with the electric motor, to deflect a torque of the electric motor by at least substantially 90°.
A method for adapting at a user equipment a power level of a signal transmitted over a set of resource elements, REs, the method comprising: transmitting a first type signal with a first power level (412, 512, 612, 712) when the first type signal is an initial transmission (410, 510, 610, 710) of a transport block, TB, transmitted over a first set of REs included in a plurality of frequency resource units in a transmission symbol; and transmitting the first type signal with a second power level (422,522, 622, 722) when the first type signal is a non-adaptive HARQ retransmission (420, 520, 620, 720) of the same TB transmitted over a second set of REs included in a plurality of frequency resource units in the transmission symbol, wherein the second power level (422, 622) is higher than the first power level (412, 612) if the second set of REs is a sub-set of the first set of REs and the first power level (512, 712) is higher than the second power level (522, 722) if the first set of REs is a sub-set of the second set of REs. transmitting a first type signal with a first power level (412, 512, 612, 712) when the first type signal is an initial transmission (410, 510, 610, 710) of a transport block, TB, transmitted over a first set of REs included in a plurality of frequency resource units in a transmission symbol; and transmitting the first type signal with a second power level (422,522, 622, 722) when the first type signal is a non-adaptive HARQ retransmission (420, 520, 620, 720) of the same TB transmitted over a second set of REs included in a plurality of frequency resource units in the transmission symbol, wherein the second power level (422, 622) is higher than the first power level (412, 612) if the second set of REs is a sub-set of the first set of REs and the first power level (512, 712) is higher than the second power level (522, 722) if the first set of REs is a sub-set of the second set of REs.
A label printer for printing labels (54, 55) attached to a mount, comprising: a detection unit configured to detect a peel-off state of a label (54, 55) to be printed; and a printing unit configured to control printing of labels (54, 55) on the mount according to the detected peel-off state of the label (54, 55) to be printed, wherein if the detected peel-off state is total peel-off, the printing unit is configured to advance the mount to a next label (54, 55) on the mount, characterized in that if the detected peel-off state is partial peel-off, the printing unit is configured to not print on the label (54, 55). a detection unit configured to detect a peel-off state of a label (54, 55) to be printed; and a printing unit configured to control printing of labels (54, 55) on the mount according to the detected peel-off state of the label (54, 55) to be printed, wherein if the detected peel-off state is total peel-off, the printing unit is configured to advance the mount to a next label (54, 55) on the mount, characterized in that if the detected peel-off state is partial peel-off, the printing unit is configured to not print on the label (54, 55).
A hearing aid comprising a housing having an outer structure (31, 31') and a battery drawer configured to receive a battery and to be inserted into said housing from said outer structure (31, 31'), said battery drawer comprising a cover and a surrounding structure, wherein the surrounding structure is attached to the cover, said surrounding structure is configured to at least partly surround said battery, and said surrounding structure is configured as a film member made in a flexible and/or bendable material, wherein said battery drawer is configured to receive said battery in said surrounding structure, such that upon a user of the hearing aid gripping and pulling or pushing the cover, the battery drawer is configured to be inserted into or taken out from said housing, wherein the direction of insertion of said battery drawer is substantially perpendicular to a surface of said outer structure (31, 31') of said housing, characterized in that the surrounding structure is at least partly connected to the housing and/or to a structure arranged in the housing by means of a third attachment member, said third attachment member being configured as a magnetic element arranged in a free end of said surrounding structure.
An automobile ceiling material provisional placement structure comprising: a ceiling material that configures a lining of a ceiling of a passenger compartment; curtain airbags that are disposed between roof side rails of a vehicle body and the ceiling material in a state in which the curtain airbags are folded in long shapes along the roof side rails, with the curtain airbags inflating upon being supplied with gas generated by inflators, whereby the curtain airbags deploy downward while bending vehicle width direction end sides of the ceiling material; and resin covers that are formed in long shapes along the roof side rails, are disposed between the roof side rails and the curtain airbags, cover the curtain airbags in the folded state from the roof side rail sides, and have disposed thereon receiving portions capable of provisionally placing vehicle width direction end portions of the ceiling material when the ceiling material is installed in the vehicle body; wherein the receiving portions are disposed on vehicle rear side end portions of the resin covers; wherein the receiving portions are disposed on vehicle rear sides of vehicle rear side end portions of the curtain airbags in the folded state; and wherein the receiving portions are able to provisionally support the ceiling material. a ceiling material that configures a lining of a ceiling of a passenger compartment; curtain airbags that are disposed between roof side rails of a vehicle body and the ceiling material in a state in which the curtain airbags are folded in long shapes along the roof side rails, with the curtain airbags inflating upon being supplied with gas generated by inflators, whereby the curtain airbags deploy downward while bending vehicle width direction end sides of the ceiling material; and resin covers that are formed in long shapes along the roof side rails, are disposed between the roof side rails and the curtain airbags, cover the curtain airbags in the folded state from the roof side rail sides, and have disposed thereon receiving portions capable of provisionally placing vehicle width direction end portions of the ceiling material when the ceiling material is installed in the vehicle body; wherein the receiving portions are disposed on vehicle rear side end portions of the resin covers; wherein the receiving portions are disposed on vehicle rear sides of vehicle rear side end portions of the curtain airbags in the folded state; and wherein the receiving portions are able to provisionally support the ceiling material.
A cooking hob with at least two one-piece fastening elements arranged at outer portions of the cooking hob, wherein: - the fastening element comprises a first portion being permanently connected to an upper part of the cooking hob, - the fastening element comprises a second portion including at least one spring element at a side wall of the cooking hob in order to clamp the cooking hob within a cutout of a worktop enclosing circumferentially the cooking hob, and - at least two fastening elements are arranged at opposite sidewalls of the cooking hob, characterized in, that the second portion of the fastening element is detachably connected to a lower part of the cooking hob, wherein the fastening element comprises at least one latch element and the lower part of the cooking hob comprises at least one lug element detachably engaged with a recess in the latch element in order to secure the upper part to the lower part of the hob, and the elastic properties of the spring element cause it to act in a radial direction, i.e. perpendicular to the side wall of the lower part in order to secure the cooking hob in the cutout. - the fastening element comprises a first portion being permanently connected to an upper part of the cooking hob, - the fastening element comprises a second portion including at least one spring element at a side wall of the cooking hob in order to clamp the cooking hob within a cutout of a worktop enclosing circumferentially the cooking hob, and - at least two fastening elements are arranged at opposite sidewalls of the cooking hob, characterized in, that the second portion of the fastening element is detachably connected to a lower part of the cooking hob, wherein the fastening element comprises at least one latch element and the lower part of the cooking hob comprises at least one lug element detachably engaged with a recess in the latch element in order to secure the upper part to the lower part of the hob, and the elastic properties of the spring element cause it to act in a radial direction, i.e. perpendicular to the side wall of the lower part in order to secure the cooking hob in the cutout.
A gasket arrangement for a plate heat exchanger comprising a gasket, which is arranged to be positioned between first and second aligned heat transfer plates (4, 8) of the plate heat exchanger with a lower side of the gasket abutting the first heat transfer plate and an opposing upper side of the gasket abutting the second heat transfer plate, and a projection (34, 36a) projecting from an outside of the gasket, which projection (34, 36a) comprises an outer part (44, 46) having a length extension and being arranged to extend outside the first and second heat transfer plates (4, 8), and a first connection part (48, 50), connecting the gasket and the outer part (44, 46) of the projection (34, 36a), characterized in that it further comprises an RFID tag which at least partly is embedded in at least said outer part (44, 46) of the projection (34, 36a).
Riding saddle having a saddle tree and a seat disposed thereon, and a stirrup mount on each side of the saddle, having by damping devices arranged between the saddle and each stirrup mount and/or damping devices arranged between the saddle tree and a saddle flap carrying a knee roll, said damping devices comprising a first carrier connected to the saddle and a second carrier which is pivotally connected to the first carrier by a first lever, the stirrup holder and/or the saddle flap being attached to the second carrier, with an energy accumulator which is arranged to counteract the movement of the second carrier from a first position over the apex of the pivoting movement of the first lever into a second position at a greater distance from the first carrier.
Vacuum cleaner with the following features: a component to be cooled; an auxiliary air duct, which extends in the air flow direction from a housing opening of the vacuum cleaner, via the component to be cooled, to a main air duct or to a fan of the vacuum cleaner, and a second component to be cooled, wherein the second component to be cooled is a cable drum of the vacuum cleaner, wherein the auxiliary air duct has a narrowing upstream from an air flow perspective of the component to be cooled, wherein the narrowing is arranged and embodied such that, during operation of the vacuum cleaner, an air flow that flows through the narrowing is oriented in the direction of the component to be cooled, wherein the second component to be cooled is arranged upstream of the narrowing from an air flow perspective, in the auxiliary air duct, characterised in that the narrowing is connected to a core of the cable drum upstream from an air flow perspective via a vacuum hose. a component to be cooled; an auxiliary air duct, which extends in the air flow direction from a housing opening of the vacuum cleaner, via the component to be cooled, to a main air duct or to a fan of the vacuum cleaner, and a second component to be cooled, wherein the second component to be cooled is a cable drum of the vacuum cleaner, wherein the auxiliary air duct has a narrowing upstream from an air flow perspective of the component to be cooled, wherein the narrowing is arranged and embodied such that, during operation of the vacuum cleaner, an air flow that flows through the narrowing is oriented in the direction of the component to be cooled, wherein the second component to be cooled is arranged upstream of the narrowing from an air flow perspective, in the auxiliary air duct, characterised in that the narrowing is connected to a core of the cable drum upstream from an air flow perspective via a vacuum hose.
An electrode arrangement for the defined rounding or deburring of edges of electrically conductive components, in particular, turbine parts, by means of electrochemical machining with at least one working electrode, said working electrode comprises a tubular electrode carrier, through which an electrolyte inflow line is provided, wherein the electrode carrier has, on a front end thereof, a closure (13, 18) that is arranged such that the electrolyte inflow line is closed in an axial direction of the electrode carrier, wherein at least one outlet opening is arranged in a radial direction, characterized in that the tubular electrode carrier of the working electrode having also arranged thereon a shaped electrode having a negative shape of the component to be machined, and the closure (13, 18) has a sealing and guiding piece and an attachment element that is attached in the axial extension of the closure to the sealing and guiding element and that comprises a centering aid for guiding the working electrode into a cavity to be machined.