mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a digital phase-locked loop, DPLL,, comprising a phase-to-digital converter and a loop filter operating in a loop, a first processing unit for a lowpass modulation path and operative to receive an input modulating signal and provide a first modulating signal to a first point inside the loop after the phase-to-digital converter and prior to the loop filter, and a second processing unit for a highpass modulation path and operative to receive the input modulating signal and provide a second modulating signal to a second point inside the loop after the loop filter, wherein the second processing unit comprises an adaptive scaling unit operative to scale the input modulating signal with a variable gain based on a phase error signal provided to the loop filter to match a gain of the lowpass modulation path, and an adaptive delay unit operative to delay the input modulating signal by a variable delay based on the phase error signal provided to the loop filter to match a delay of the lowpass modulation path. a digital phase-locked loop, DPLL,, comprising a phase-to-digital converter and a loop filter operating in a loop, a first processing unit for a lowpass modulation path and operative to receive an input modulating signal and provide a first modulating signal to a first point inside the loop after the phase-to-digital converter and prior to the loop filter, and a second processing unit for a highpass modulation path and operative to receive the input modulating signal and provide a second modulating signal to a second point inside the loop after the loop filter, wherein the second processing unit comprises an adaptive scaling unit operative to scale the input modulating signal with a variable gain based on a phase error signal provided to the loop filter to match a gain of the lowpass modulation path, and an adaptive delay unit operative to delay the input modulating signal by a variable delay based on the phase error signal provided to the loop filter to match a delay of the lowpass modulation path.
Power tool holder comprising at least two clamping parts (20, 21) mutually movably connected to each other by at least one adjustable connection part, the at least two clamping parts (20, 21) having each a clamping surface (20a, 21a), which clamping surfaces (20a, 21a) are facing each other to form a clamping space between them, wherein a power tool may be clamped by an adjustment of the connection part to move the clamping parts (20, 21) together, characterised in that at least one clamping part (20, 21) comprises at least one through hole located adjacent the clamping surface (20a, 21a) of said clamping part (20, 21), such that a wall is formed between the clamping surface (20a, 21a) and the through hole and such that the clamping surface (20a, 21a) will flex when subjected to pressure upon clamping a power tool.
Drive system for a ball mill which is driven by a motor with a slipring rotor, wherein the motor is assigned a family of characteristics relating the torque of the motor to a further characteristic variable and said family of characteristics has at least two different characteristics (40a-e,42), comprising a switching element that switches the drive system abruptly between both characteristics (40a-e,42) when the characteristic variable has a constant value, and comprising a control and analysis unit which recognises caking in a drum of the ball mill and actuates the switching element as a function of the recognition of caking.
A playing apparatus, comprising: a storage unit that has regions for storing a plurality of units of information indicating the state of the playing apparatus including preference information indicating the type of an HDR video to be preferentially played, out of a first type of HDR video that is essential for an HDR video as a video in a wider brightness range than a standard brightness range and a second type of HDR video; an acquisition unit that acquires encoded data of the HDR video to be preferentially played indicated by the preference information, out of encoded data of the first type of HDR video and encoded data of the second type of HDR video; and a decoding unit that decodes the encoded data acquired by the acquisition unit. a storage unit that has regions for storing a plurality of units of information indicating the state of the playing apparatus including preference information indicating the type of an HDR video to be preferentially played, out of a first type of HDR video that is essential for an HDR video as a video in a wider brightness range than a standard brightness range and a second type of HDR video; an acquisition unit that acquires encoded data of the HDR video to be preferentially played indicated by the preference information, out of encoded data of the first type of HDR video and encoded data of the second type of HDR video; and a decoding unit that decodes the encoded data acquired by the acquisition unit.
A method for stopping electroslag welding, comprising: detecting, during a welding phase of an electroslag welding operation feeding a first strip and a second trailing strip towards a molten slag pool formed on a work piece, initiation of a stop phase; stopping the feeding of the first strip towards the molten slag pool; and reversing a feed direction of the feeding of the second strip to retract the second strip away from the molten slag pool. detecting, during a welding phase of an electroslag welding operation feeding a first strip and a second trailing strip towards a molten slag pool formed on a work piece, initiation of a stop phase; stopping the feeding of the first strip towards the molten slag pool; and reversing a feed direction of the feeding of the second strip to retract the second strip away from the molten slag pool.
Composition comprising a structured oil phase, wherein the oil phase comprises a. liquid oil b. hardstock fat; and c. a fibrous preparation of delaminated cell wall material dispersed in said oil phase, wherein the cell wall material is sourced from plant tissue; and wherein said fibrous preparation has a specific surface area corresponding to an S BET of at least 5 m 2 /g. a. liquid oil b. hardstock fat; and c. a fibrous preparation of delaminated cell wall material dispersed in said oil phase, wherein the cell wall material is sourced from plant tissue;
A heat exchanger comprising: a conduit defining an inlet flow path for a fluid; a header disposed to receive a flow from the inlet flow path; a heat exchanger matrix disposed to receive a flow from the header; and a swirler disposed within the conduit and the header, wherein the swirler is arranged to disperse a flow from the inlet flow path over the heat exchanger matrix; characterised in that the conduit, header, and swirler have been formed as a unitary piece by additive manufacturing. a conduit defining an inlet flow path for a fluid; a header disposed to receive a flow from the inlet flow path; a heat exchanger matrix disposed to receive a flow from the header; and a swirler disposed within the conduit and the header, wherein the swirler is arranged to disperse a flow from the inlet flow path over the heat exchanger matrix; characterised in that the conduit, header, and swirler have been formed as a unitary piece by additive manufacturing.
An annular combustion chamber arrangement comprising an upstream end wall structure, an outer annular wall and an inner annular wall spaced from the outer annular wall, the outer annular wall supporting the inner annular wall, the upstream end of the outer annular wall is secured to the upstream end wall structure, the outer annular wall has an inner surface facing towards the combustion zone within the annular combustion chamber, the inner annular wall comprising at least one row of circumferentially arranged tiles (48A, 48B, 48C), at least one tile in the at least one row of tiles having a L, or V, shaped downstream end (100, 200), the shaped downstream end of the at least one tile in the at least one row of tiles having a first portion extending from the shaped downstream end of the tile towards and sealing with the inner surface of the outer annular wall, the first portion of the shaped downstream end extends from the shaped downstream end of the tile at an angle of 30° to 90° to the inner surface of the outer annular wall, the shaped downstream end of the at least one tile in the at least one row of tiles having a second portion extending from the first portion in a downstream direction and away from the inner surface of the outer annular wall, the first portion of the shaped downstream end of the at least one tile having at least one aperture to supply coolant over an inner surface of the second portion of the shaped downstream end of the at least one tile, the inner surface of the second portion of the shaped downstream end of the at least one tile faces the combustion zone within the annular combustion chamber.
A mount for damping oscillations, comprising: - a first chamber that is deformable by action of said oscillations; - a second chamber; - a conduit that sets the first and the second chamber (40, 5) into communication; - an incompressible fluid suitable for moving between the first and the second chamber (40, 5) through said conduit;said fluid being a magnetorheological fluid; said mount comprising regulating means for regulating the dynamic behaviour of the mount and that, in turn, comprises means for generating a magnetic field for exciting the magnetorheological fluid; the means for generating a magnetic field for exciting the magnetorheological fluid comprises a first bobbin that, in turn, comprises a plurality of turns; the first bobbin also comprising a first ferromagnetic insert positioned at least partially within the turns; characterised in that the first bobbin is external to the conduit; the first insert crosses a wall of the conduit and projects internally to the conduit to come into contact with the fluid. - a first chamber that is deformable by action of said oscillations; - a second chamber; - a conduit that sets the first and the second chamber (40, 5) into communication; - an incompressible fluid suitable for moving between the first and the second chamber (40, 5) through said conduit;said fluid being a magnetorheological fluid;
A method for transmitting control information for a relay node by an eNode B in a wireless communication system, the method comprising: transmitting, information on resource region for relay-physical downlink control channel, R-PDCCH, transmission, to the relay node, the method being characterized by: transmitting a start orthogonal frequency division multiplexing, OFDM, symbol index of a physical downlink shared channel, PDSCH, for the relay node to the relay node; transmitting to the relay node R-PDCCH allocation information indicating an interleaving mode applied to R-PDCCH allocated to the relay node, the interleaving mode comprising interleaving at a physical resource block PRB level and interleaving at a resource element group REG level; transmitting an R-PDCCH on at least one physical resource block, PRB, to the relay node based on the information on resource region and the R-PDCCH allocation information, the R-PDCCH including resource assignment information of the PDSCH for the relay node; and transmitting the PDSCH for the relay node to the relay node based on the resource assignment information of the PDSCH for the relay node and the start OFDM symbol index of the PDSCH for the relay node. transmitting a start orthogonal frequency division multiplexing, OFDM, symbol index of a physical downlink shared channel, PDSCH, for the relay node to the relay node; transmitting to the relay node R-PDCCH allocation information indicating an interleaving mode applied to R-PDCCH allocated to the relay node, the interleaving mode comprising interleaving at a physical resource block PRB level and interleaving at a resource element group REG level; transmitting an R-PDCCH on at least one physical resource block, PRB, to the relay node based on the information on resource region and the R-PDCCH allocation information, the R-PDCCH including resource assignment information of the PDSCH for the relay node; and transmitting the PDSCH for the relay node to the relay node based on the resource assignment information of the PDSCH for the relay node and the start OFDM symbol index of the PDSCH for the relay node.
Filter device, comprising a filter housing for a filter medium, wherein the filter housing has an inlet for a liquid to be filtered and a suction opening for the filtered liquid, and the filter housing is divided by means of an inner separating plate, which is provided with passage openings for the liquid, into an inlet-side pre-chamber and an inlet-side filter chamber having the inlet, wherein the pre-chamber has a cross-section widened in comparison with the suction opening or a cross-section widening from the suction opening to the separating plate, and the suction opening can be connected to a pump to ensure a suction effect in the suction opening, wherein a suction section effecting a liquid flow from the inlet to the suction opening is provided having a suction propagating via the pre-chamber and the passage openings of the separating plate into the filter chamber and from there to the inlet of the filter chamber for sucking in the liquid to be filtered from the outer space of the filter housing, characterized in that the filter chamber is filled with a filter medium formed from fiber material, and the passage openings of the separating plate are realized with the aid of a perforated separating plate, wherein the fiber material is compressed polyester fibers in the form of small balls, each of which is larger than the passage openings of the separating plate.
A method for a remote terminal comprising an application for providing a service at the remote terminal, the method comprising: receiving information broadcast by a commercial radio station in a broadcast radio channel; discriminating an identifier of the application within the received broadcast information; initiating an authentication process for authenticating broadcast information received via the broadcast channel; and in response to a positive authentication, enabling use of said information received via the broadcast radio channel by the application identified by the identifier to provide a service at the remote terminal, wherein a digital key, for authenticating the broadcast information, is provided to the remote terminal using bi-directional communication means other than the broadcast radio channel, wherein the application is a JAVA application and is downloaded within a MIDlet, the MIDlet defining the digital key and wherein the service is provided via the radio data service open data application and the identifier of an application within the received broadcast information is the application identifier and wherein the broadcast information further comprises an Application Group Type Code that indicates the group type used in the broadcast to carry the broadcast information used by the identified application. receiving information broadcast by a commercial radio station in a broadcast radio channel; discriminating an identifier of the application within the received broadcast information; initiating an authentication process for authenticating broadcast information received via the broadcast channel; and in response to a positive authentication, enabling use of said information received via the broadcast radio channel by the application identified by the identifier to provide a service at the remote terminal, wherein a digital key, for authenticating the broadcast information, is provided to the remote terminal using bi-directional communication means other than the broadcast radio channel, wherein the application is a JAVA application and is downloaded within a MIDlet, the MIDlet defining the digital key and wherein the service is provided via the radio data service open data application and the identifier of an application within the received broadcast information is the application identifier and wherein the broadcast information further comprises an Application Group Type Code that indicates the group type used in the broadcast to carry the broadcast information used by the identified application.
A bearing unit incorporating an outer race ring having a circumferential groove provided in the inner envelope surface, and an inner race ring having an outer envelope surface with a circumferential groove and an inner envelope surface with a tapering saw-tooth profile extending in the axial direction of the inner race ring, a thin-walled sleeve, which is slotted by means of an axially extending slot and has a tapering saw-tooth profile on its outer envelope surface, cooperating with the saw-tooth profile in the inner envelope surface of the inner race ring for increasing and decreasing the grip of the thin-walled sleeve against a shaft, when the inner race ring and the thin-walled sleeve are displaced axially relative to each other, a flange member being connected to the exterior of the thin-walled sleeve and provided with a tightening member operable to cause the mutual displacement between sleeve and inner race ring, the grooves (3, 5) in the outer and inner race rings (1, 4) being positioned in such a manner relative to each other so as to form together a race track for a number of rolling bodies positioned between the grooves, characterized in that the surface of the inner race ring presenting the tapering saw-tooth profile is a surface which has been subjected to a soft turning operation followed by a hardening operation, whereby the surface of the inner race ring presenting the tapering saw-tooth profile has not been subjected to any further grinding operation after the hardening operation.
Method for monitoring a storage state of a fuel cell or a stack of fuel cells connected electrically in series, which has/have an electrolyte and the gas chambers (15, 16) of which are subjected to hydrogen during the storage, wherein the storage state is a state in which the fuel cell and the fuel cells are not connected to supply devices for reactants, characterised in that impedances of the fuel cell or the fuel cell stack are determined with at least a first and a second frequency (f1 and f2), wherein the first frequency is greater than the second frequency, and wherein a moisture content of the electrolyte is monitored from the determined impedance at the first frequency (f) and a hydrogen concentration in the gas chambers (15, 16) is monitored with the impedances determined at both frequencies (f1, f2), wherein an electrolyte-specific impedance increase determined at the first frequency is deducted with the impedance determined at the second frequency.
Arrangement for creating ambient lighting for a vehicle, comprising - an ambient lighting unit having - a light element for creating ambient lighting, and - a touch-sensitive input element for modifying a light intensity and/or a hue of the ambient lighting, wherein - the touch-sensitive input element is arranged in the immediate vicinity of the light element, and - a control unit, wherein - the control unit is configured, in response to a signal of the touch-sensitive input element, - to control a screen for displaying a menu for adjusting the ambient lighting, and to adjust - a light intensity, and/or - a light color, and/or - a light color change rate and/or - a light color change characteristic of the ambient lighting, characterized in that the screen is configured to display information about the possibility of adjusting the ambient lighting by means of the touch-sensitive input element. - an ambient lighting unit having - a light element for creating ambient lighting, and - a touch-sensitive input element for modifying a light intensity and/or a hue of the ambient lighting, wherein - the touch-sensitive input element is arranged in the immediate vicinity of the light element, and - a control unit, wherein - the control unit is configured, in response to a signal of the touch-sensitive input element, - to control a screen for displaying a menu for adjusting the ambient lighting, and to adjust - a light intensity, and/or - a light color, and/or - a light color change rate and/or - a light color change characteristic of the ambient lighting, characterized in that the screen is configured to display information about the possibility of adjusting the ambient lighting by means of the touch-sensitive input element.
Method of producing a foam-molded part, wherein first a sealing tray for partly limiting and for sealing a cavity is produced, having a foam mold side and a tool carrier side, the sealing tray being made of a material which compresses during a closing of the cavity, the sealing tray being produced by means of an injection molding method; the sealing tray being made of a material which contains a polyolefin, in particular a polyethylene, or a thermoplastic elastomer, the sealing tray having a graining on the foam mold side, and this sealing tray being subsequently used for forming a sealed cavity by fixing the sealing tray in a foaming tool on the tool carrier side such that a foaming tool with a sealing tray is formed, fixation taking place by means of an extensive vacuum such that the sealing tray forms and seals the cavity within the foaming tool so that the shape of the sealing tray is reproduced by the introduced expanding foam, the sealing tray being at least partially covered with a lacquer on polyurethane basis, a counterpiece to the sealing tray in the form of a plastic carrier being pressed onto the sealing tray, the plastic carrier being pressed into the sealing tray in the direction of the arrow with a defined force F, a contact contour being formed at the points of contact and before or after pressing, a foam being introduced in the cavity such that the sealed cavity is formed and the foam introduced in the cavity expands merely inside the cavity without any release agent, the foam-molded part consisting of plastic carrier, foam which has completely foamed and coated lacquer being demolded subsequently, this demolding taking place without residue due to the selection of material of the sealing tray; manufacturing of an additional foam-molded part taking place subsequently; characterized in that the plastic carrier edge elastically deforms the contact edge of the sealing tray and a foam-tight cavity is provided.
A sensor for measuring a target component in gaseous or aqueous samples, the sensor comprising: a) a housing, b) an electrolyte being contained in the housing, wherein the electrolyte includes an oxidizable metal ion, which is Mn 2+ c) a measuring electrode including a support layer and a catalyst effective for catalyzing the oxidation of said stable oxidizable metal ion in the presence of said target component in contact with the electrolyte, and d) a counter electrode in contact with the electrolyte, wherein the counter electrode when in contact with the electrolyte is effective for reducing oxygen to water. a) a housing, b) an electrolyte being contained in the housing, wherein the electrolyte includes an oxidizable metal ion, which is Mn 2+ c) a measuring electrode including a support layer and a catalyst effective for catalyzing the oxidation of said stable oxidizable metal ion in the presence of said target component in contact with the electrolyte, and d) a counter electrode in contact with the electrolyte, wherein the counter electrode when in contact with the electrolyte is effective for reducing oxygen to water.