mhurhangee/ep-ind-claims huggingface dataset:
Device for driving at three speeds a fan for cooling the coolant in a motor vehicle, comprising: - a fixed axial sleeve designed to be fastened to a base of the vehicle engine; - a fan support for carrying the fan during use; - a first electromagnetic coupling comprising a first fixed electromagnet; - a second electromagnetic coupling; - a Foucault or eddy current coupling, the first coupling, the second coupling and the Foucault coupling being arranged between means for taking up a rotational movement and the said fan support for the fan; wherein the first coupling comprises a first rotor and the second coupling comprises a second rotor, the first rotor and the second rotor being mounted on a respective bearing (121,221) keyed onto the fixed axial sleeve; said second electromagnetic coupling comprises a fixed electromagnet mounted on the axial sleeve and an armature axially arranged on the opposite side to the second electromagnet relative to the second rotor and rotationally integral with the rotor of the first coupling, and wherein a driving part of the Foucault coupling is mounted on the second rotor and a driven part of the Foucault coupling is integral with the support of the fan, so that the excitation of only the electromagnet of the second coupling causes rotational driving of the support of the fan at a speed slower than that of the first rotor, by means of the Foucault coupling. - a fixed axial sleeve designed to be fastened to a base of the vehicle engine; - a fan support for carrying the fan during use; - a first electromagnetic coupling comprising a first fixed electromagnet; - a second electromagnetic coupling; - a Foucault or eddy current coupling, the first coupling, the second coupling and the Foucault coupling being arranged between means for taking up a rotational movement and the said fan support for the fan; wherein the first coupling comprises a first rotor and the second coupling comprises a second rotor, the first rotor and the second rotor being mounted on a respective bearing (121,221) keyed onto the fixed axial sleeve; said second electromagnetic coupling comprises a fixed electromagnet mounted on the axial sleeve and an armature axially arranged on the opposite side to the second electromagnet relative to the second rotor and rotationally integral with the rotor of the first coupling, and wherein a driving part of the Foucault coupling is mounted on the second rotor and a driven part of the Foucault coupling is integral with the support of the fan, so that the excitation of only the electromagnet of the second coupling causes rotational driving of the support of the fan at a speed slower than that of the first rotor, by means of the Foucault coupling.
A method for adjusting picture quality of displayer, characterized in that, the method comprises: adjusting a core of a to-be-adjusted-displayer to make Gamma-value of the to-be-adjusted-displayer reach a target value under a preset gray scale, and taking the current Gamma-value of the core as the value of γ n under the preset value; computing the value of γ n ' corresponding to the to-be-adjusted-displayer by a preset algorithm based on the value of γ n, and the values of γ 0 and γ 0 ' corresponding to a standard-PQ-displayer under one same gray scale; and adjusting picture quality of the to-be-adjusted-displayer according to the value of γ n '; wherein, the value of γ 0 is the Gamma-value of a core of the standard-PQ-displayer when the Gamma-value of the standard-PQ-displayer reaches the target value, the value of yo' is the Gamma-value of the core of the standard-PQ-displayer when picture quality of the standard-PQ-displayer reaches a target, the value of γ n is the Gamma-value of the core of the to-be-adjusted-displayer when the Gamma-value of the to-be-adjusted-displayer reaches the target value, and the value of γ n ' is the Gamma-value of the core of the to-be-adjusted-displayer when the picture quality of the to-be-adjusted-displayer reaches the target. adjusting a core of a to-be-adjusted-displayer to make Gamma-value of the to-be-adjusted-displayer reach a target value under a preset gray scale, and taking the current Gamma-value of the core as the value of γ n under the preset value; computing the value of γ n ' corresponding to the to-be-adjusted-displayer by a preset algorithm based on the value of γ n, and the values of γ 0 and γ 0 ' corresponding to a standard-PQ-displayer under one same gray scale; and adjusting picture quality of the to-be-adjusted-displayer according to the value of γ n '; wherein, the value of γ 0 is the Gamma-value of a core of the standard-PQ-displayer when the Gamma-value of the standard-PQ-displayer reaches the target value, the value of yo' is the Gamma-value of the core of the standard-PQ-displayer when picture quality of the standard-PQ-displayer reaches a target, the value of γ n is the Gamma-value of the core of the to-be-adjusted-displayer when the Gamma-value of the to-be-adjusted-displayer reaches the target value, and the value of γ n ' is the Gamma-value of the core of the to-be-adjusted-displayer when the picture quality of the to-be-adjusted-displayer reaches the target.
A packet switched communications system for transmitting synchronous data from a source module to a terminating module over a network, the network comprising plurality of modules (5, 7) interconnected via transmission links, characterised by each module in the network having a data clock of nominal frequency that is independent of the data clocks of the other modules in the network and having a single input and one or more outputs where all the outputs of each module are phase locked to each other but are unsynchronised with respect to the input, and further comprising: means (405, 504) for determining an accumulated phase difference between an input data clock and an output data clock of each module, means for transmitting the accumulated phase difference to the terminating module, and means for utilising the received accumulated phase difference at the terminating module to lock an output data clock at the terminating module to the input data clock at the source module.
A bipolar electrosurgical probe including an elongated probe shaft, the probe being configured for applying electrical energy to tissue, the probe comprising: a first tubular electrode carried by the probe shaft and having a distal end; a second tubular electrode carried by the probe shaft and having a proximal end; and an insulation member, wherein at least a portion of the insulation member is disposed between overlapping ends of the first and second tubular electrodes, wherein the overlapping distal end of the first tubular electrode and proximal end of the second tubular electrode provide support to the insulation member. a first tubular electrode carried by the probe shaft and having a distal end; a second tubular electrode carried by the probe shaft and having a proximal end; and an insulation member, wherein at least a portion of the insulation member is disposed between overlapping ends of the first and second tubular electrodes, wherein the overlapping distal end of the first tubular electrode and proximal end of the second tubular electrode provide support to the insulation member.
Vapour extraction device, in particular ceiling-mountable vent hood, having an inner flue housing, which, in the assembled state, is encased by at least one casing part, in particular a stainless steel sheet metal part, and inserted into the one fan box for a blower of the vapour extraction device, characterised in that a rear wall of the inner flue housing has at least one hook element, on which the fan box is suspended, preferably in a tool-free detachable manner.
A microchip in which a channel is formed comprising: a resinous substrate in which a channel groove is formed, and a resinous film to form the channel (3B, 3A) by being bonded via thermal bonding onto a surface of the resinous substrate on which the channel groove is formed, wherein when the channel (3B, 3A) is disaggregated into a first channel representing an element parallel to a first side of a virtual rectangle surrounding the resinous substrate defined to be in contact with a periphery of the resinous substrate and a second channel representing an element parallel to a second channel perpendicular to the first side, a total length of the first channel is longer than a total length of the second channel, wherein the resinous substrate and the resinous film are bonded in a way that the first side and a TD direction of the resinous film are parallel and the second side and a MD direction of the resinous film are parallel, wherein the MD direction denotes a flowing direction of the resinous film at manufacturing the resinous film and the TD direction denotes a direction perpendicular to the MD direction. a resinous substrate in which a channel groove is formed, and a resinous film to form the channel (3B, 3A) by being bonded via thermal bonding onto a surface of the resinous substrate on which the channel groove is formed, wherein when the channel (3B, 3A) is disaggregated into a first channel representing an element parallel to a first side of a virtual rectangle surrounding the resinous substrate defined to be in contact with a periphery of the resinous substrate and a second channel representing an element parallel to a second channel perpendicular to the first side, a total length of the first channel is longer than a total length of the second channel, wherein the resinous substrate and the resinous film are bonded in a way that the first side and a TD direction of the resinous film are parallel and the second side and a MD direction of the resinous film are parallel, wherein the MD direction denotes a flowing direction of the resinous film at manufacturing the resinous film and the TD direction denotes a direction perpendicular to the MD direction.
An apparatus for generating a stereo side signal having a first side channel and a second side channel from a stereo input signal having a first input channel and a second input channel, comprising: a modification information generator (110; 610; 710; 810; 910; 1310) for generating modification information, the modification information generator (110; 610; 710; 810; 910; 1310) comprising a spectral subtractor (115; 210) for generating the modification information by generating a first difference value indicating a difference in a magnitude spectrum between a mono mid signal of the stereo input signal and the first input channel and by generating a second difference value indicating a difference in the magnitude spectrum between the mono mid signal of the stereo input signal and the second input channel, and a signal manipulator (120; 620; 720; 820; 1320) being adapted to manipulate the first input channel based on the first difference value to obtain the first side channel and being adapted to manipulate the second input channel based on the second difference value to obtain the second side channel. a modification information generator (110; 610; 710; 810; 910; 1310) for generating modification information, the modification information generator (110; 610; 710; 810; 910; 1310) comprising a spectral subtractor (115; 210) for generating the modification information by generating a first difference value indicating a difference in a magnitude spectrum between a mono mid signal of the stereo input signal and the first input channel and by generating a second difference value indicating a difference in the magnitude spectrum between the mono mid signal of the stereo input signal and the second input channel, and a signal manipulator (120; 620; 720; 820; 1320) being adapted to manipulate the first input channel based on the first difference value to obtain the first side channel and being adapted to manipulate the second input channel based on the second difference value to obtain the second side channel.
Operating device with a movable actuating member for actuating at least one switch element for generating a switch signal, with a sensor surface being arranged on the actuating member and with an optical reflection sensor device, which has at least one illuminating diode and at least one photodiode for optical radiation, wherein the optical radiation is infrared radiation and wherein the optical reflection sensor device has at least one infrared illuminating diode and/or at least one infrared photodiode, such that upon approaching the sensor surface and/or upon contact with the sensor surface a signal can be produced, wherein the optical reflection sensor device has a number of illuminating diodes and/or a number of photodiodes, and wherein the illuminating diodes and/or the photodiodes are arranged in a matrix, characterised in that the sensor surface is designed as a placard made of a light-permeable first plastic layer and an opaque and infrared -permeable second layer.
Flexible pipe body for a flexible pipe for transporting fluids from a subsea location, comprising: an internal pressure sheath; at least one armour layer over the sheath comprising a wound tape of composite material, wherein said tape comprises a plurality of reinforcement fibres in a pultruded body portion, characterised in that each reinforcement fibre extends in a substantially longitudinal direction along the tape, wherein clusters of the reinforcement fibres are concentrated in areas of the tape which correspond to regions of high stress in the armour layer, compared with surrounding regions of the armour layer, and wherein the clusters of the reinforcement fibres comprise reinforcement fibres of a different diameter, material or cross-sectional shape compared to reinforcement fibres in other regions. an internal pressure sheath; at least one armour layer over the sheath comprising a wound tape of composite material, wherein said tape comprises a plurality of reinforcement fibres in a pultruded body portion, characterised in that each reinforcement fibre extends in a substantially longitudinal direction along the tape, wherein clusters of the reinforcement fibres are concentrated in areas of the tape which correspond to regions of high stress in the armour layer, compared with surrounding regions of the armour layer, and wherein the clusters of the reinforcement fibres comprise reinforcement fibres of a different diameter, material or cross-sectional shape compared to reinforcement fibres in other regions.
A method of testing tire performance using a wheel, the method comprising the steps of: providing a single wheel configured to rotate, the wheel having a tire operating surface arranged along an outer annular side of the wheel and configured to engage a tire during operation, engaging forcefully a tread of a tire against the tire operating surface of the wheel; and, rotating the tire and the wheel while engaged according to the prior step for a duration to evaluate the tire; characterised in that the tire operating surface has a width extending laterally relative a circumferential direction of the wheel and along a non-linear path and includes a convex portion wherein the tire operating surface is symmetrical relative a plane bisecting the width of the tire operating surface and extending radially outward and normal to the rotational axis of the wheel and where the non-linear path defines the convex portion arranged between a pair of counter-curvature portions in an axial direction of the wheel, a pair of counter-curvature portions forming a concave side of the wheel. providing a single wheel configured to rotate, the wheel having a tire operating surface arranged along an outer annular side of the wheel and configured to engage a tire during operation, engaging forcefully a tread of a tire against the tire operating surface of the wheel; and, rotating the tire and the wheel while engaged according to the prior step for a duration to evaluate the tire; characterised in that the tire operating surface has a width extending laterally relative a circumferential direction of the wheel and along a non-linear path and includes a convex portion wherein the tire operating surface is symmetrical relative a plane bisecting the width of the tire operating surface and extending radially outward and normal to the rotational axis of the wheel and where the non-linear path defines the convex portion arranged between a pair of counter-curvature portions in an axial direction of the wheel, a pair of counter-curvature portions forming a concave side of the wheel.
Protective mesh, in particular for securing slopes, which is laid upon a soil surface and is fixated thereon by a number of spaced-apart fixation means, said fixation means comprising longitudinal elements which are anchored in the soil and spike plates (21, 25, 31) which are embodied on their outside each with at least one downward-angled spike (23, 35) and are provided with reinforcing ribs (24, 26, 27, 33, 34), characterised in that the spike plates (21, 25, 31) lie upon the protective mesh and are dimensioned and/or designed to permit reduction of the number of fixation means per area unit and/or increased rigidity of the laid-upon protective mesh, for which purpose the spike plates (21, 25, 31) are each configured with an elongate exterior shape having ends tapering to form a blunt tip, and are provided with the reinforcing ribs (24, 26, 27, 33, 34) at least along said elongate exterior shape, wherein the protective mesh is implemented as a wire netting with rhomboid-shaped meshes, the spike plates covering a certain number of meshes and engaging in said meshes with their angled spikes (23, 35).
Power distributor suited for distributing the substantially constant power of a direct current generator sequentially and without interruption of power delivery to more than two targets (A,B,C,...,X) of a coating apparatus, wherein the power distributor comprises a circuit, which connects an output of the direct current generator with a first connector of a capacitor, and the other output of the direct current generator is connected with a second connector of the capacitor and branches at a branching point after an ohmic resistor (R T) according to the number of targets and each target (A,B,C,...,X) is connected with one of the branches, wherein the branches feature a respective switch (S A, S B, S C,..., S X) associated with the corresponding target (A,B,C,...,X), through which the conductor to the corresponding target (A,B,C,...,X) can be interrupted, characterised in that an ohmic resistor (R D) is provided, which is connected via a switch (S D) to the outputs of the direct current generator as a power sink whenever the direct current generator is connected, and in that the circuit of an RC element is provided in the power distributor, which element is connected via a switch (S RC) to the outputs of the direct current generator whenever the direct current generator is connected for smoothing power variations.
A light to white wood-base board which is an MDF board, HDF board or particleboard, wherein the light to white wood-base board has been beater dyed with a white pigment and optical brighteners have been added thereto.
A device for targeted delivery of a substance to an airway, the device comprising: a conduit comprising a proximal end and a bifurcated distal portion (1703, 1704) having two separate distal ends, wherein the proximal end is configured to be coupled with a source of the substance; and at least two applicators (2223, 2224), each applicator coupled with one of the distal ends of the conduit, wherein each applicator is configured to direct the substance out of the applicator toward one of two sides of an airway, and wherein the applicators (2223, 2224) are made at least partially of a material configured to allow the substance to weep out of the applicators. a conduit comprising a proximal end and a bifurcated distal portion (1703, 1704) having two separate distal ends, wherein the proximal end is configured to be coupled with a source of the substance; and at least two applicators (2223, 2224), each applicator coupled with one of the distal ends of the conduit, wherein each applicator is configured to direct the substance out of the applicator toward one of two sides of an airway, and wherein the applicators (2223, 2224) are made at least partially of a material configured to allow the substance to weep out of the applicators.
Kit designed to form a capping device for a ceiling lamp once assembled, said kit comprising a plurality of branches for capping the lamp, wherein said kit comprises fixing means (4, 5, 6) for at least one branch of said plurality of branches, said branch being fixable to at least one other branch of the plurality of branches, said fixable branch being conformed to sit on a bottom ceiling layer when the capping device is assembled and fitted on said ceiling layer, characterised in that: - the fixing means are clip-on means, - for at least one branch, said branch comprises at least one tab (9a, 9b) designed to be pushed through the thickness of the edge of the orifice in the bottom layer of the ceiling, and said branch defines at least one breaking point which can be snapped off by hand or with the aid of a simple tool enabling the tab (9a, 9b) to be easily severed from the rest of said branch. - the fixing means are clip-on means, - for at least one branch, said branch comprises at least one tab (9a, 9b) designed to be pushed through the thickness of the edge of the orifice in the bottom layer of the ceiling, and said branch defines at least one breaking point which can be snapped off by hand or with the aid of a simple tool enabling the tab (9a, 9b) to be easily severed from the rest of said branch.
A surface treatment liquid comprising: a polymer; and a solvent, the polymer comprising a constituent unit having a hydrophilic group and a constituent unit derived from a monomer giving a homopolymer having a glass transition temperature (Tg) of 120°C or higher,the monomer being a monomer having a polycyclic hydrocarbon group, which group may be substituted with a linear or branched alkyl group, the constituent unit being derived from a monomer represented by formula and and having a Log P value of 0.5 or less: CH 2 =CR 5 -CO-NH-R 1 -N + (R 2)(R 3)-R 4 -SO 3 - ··· wherein R 1 and R 4 are each independently a divalent hydrocarbon group having 1 or more and 10 or less carbon atoms, R 2 and R 3 are each independently an optionally substituted hydrocarbon group having 1 or more and 10 or less carbon atoms, and R 5 is a hydrogen atom or a methyl group, and the polymer having a weight average molecular weight of 500 or more and 20,000 or less. a polymer; and a solvent, the polymer comprising a constituent unit having a hydrophilic group and a constituent unit derived from a monomer giving a homopolymer having a glass transition temperature (Tg) of 120°C or higher,the monomer being a monomer having a polycyclic hydrocarbon group, which group may be substituted with a linear or branched alkyl group, the constituent unit being derived from a monomer represented by formula and and having a Log P value of 0.5 or less: CH 2 =CR 5 -CO-NH-R 1 -N + (R 2)(R 3)-R 4 -SO 3 - ··· wherein R 1 and R 4 are each independently a divalent hydrocarbon group having 1 or more and 10 or less carbon atoms, R 2 and R 3 are each independently an optionally substituted hydrocarbon group having 1 or more and 10 or less carbon atoms, and R 5 is a hydrogen atom or a methyl group, and the polymer having a weight average molecular weight of 500 or more and 20,000 or less. wherein R 1 and R 4 are each independently a divalent hydrocarbon group having 1 or more and 10 or less carbon atoms, R 2 and R 3 are each independently an optionally substituted hydrocarbon group having 1 or more and 10 or less carbon atoms, and R 5 is a hydrogen atom or a methyl group, and the polymer having a weight average molecular weight of 500 or more and 20,000 or less.