mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic interference reduction method for a digital display device by means of a display driver clock deviation by software control, characterized in that it comprises steps of; - setting a clock frequency value to a predefined clock frequency value which is between a lower limit value and a higher limit value - changing said clock frequency value to new clock frequency values between said predefined lower or higher limit values by increasing or decreasing said clock frequency value by a predefined step value within every predefined frequency change interval - repeating preceding steps for each call of software routine, periodically; wherein said software routine is called after a predefined time following power on said digital display device and when a measured temperature is equal to or above a pre-defined temperature limit. - setting a clock frequency value to a predefined clock frequency value which is between a lower limit value and a higher limit value - changing said clock frequency value to new clock frequency values between said predefined lower or higher limit values by increasing or decreasing said clock frequency value by a predefined step value within every predefined frequency change interval - repeating preceding steps for each call of software routine, periodically; wherein said software routine is called after a predefined time following power on said digital display device and when a measured temperature is equal to or above a pre-defined temperature limit.
Cosmetic process for treating keratin fibres, preferably the hair, comprising at least the steps consisting in: a) applying to said keratin fibres a composition containing at least one substance chosen from surfactants, b) applying a mechanical tension to said keratin fibres, and c) exposing said keratin fibres under mechanical tension to microwaves, at a pressure ranging from 50 000 to 250 000 Pa, in the presence of at least one solvent in vapour form on contact with the keratin fibres and without there being complete drying of the keratin fibres throughout the entire exposure to the microwaves, the solvent(s) in vapour form being entirely generated by evaporating at least one compound present, before emission of the microwaves, on contact with the keratin fibres, step a) taking place prior to step c), characterized in that said composition is free of alkali metal or alkaline-earth metal hydroxides having a pH above 12 or of reducing agents for cleaving the disulfide bonds. a) applying to said keratin fibres a composition containing at least one substance chosen from surfactants, b) applying a mechanical tension to said keratin fibres, and c) exposing said keratin fibres under mechanical tension to microwaves, at a pressure ranging from 50 000 to 250 000 Pa, in the presence of at least one solvent in vapour form on contact with the keratin fibres and without there being complete drying of the keratin fibres throughout the entire exposure to the microwaves, the solvent(s) in vapour form being entirely generated by evaporating at least one compound present, before emission of the microwaves, on contact with the keratin fibres, step a) taking place prior to step c), characterized in that said composition is free of alkali metal or alkaline-earth metal hydroxides having a pH above 12 or of reducing agents for cleaving the disulfide bonds.
A viewing system having a two-layer film and television railcar comprising a first railcar for moving on a first rail track and a second rail track arranged above a second railcar, at a docking point of the first railcar and the second railcar, the first rail track and the second rail track are positioned on a same plane, wherein a locking apparatus is arranged on a bottom of the first railcar for locking the first railcar onto the second rail track after the first railcar moved on the second rail track, and the second railcar moves on a third rail track below itself; characterised in that the second railcar is provided with a sensing device for sensing the first railcar; the first railcar is provided with a synchronous mechanism which controls the first railcar to implement a synchronous action according to a film and television frame shown by screens arranged at two sides of the first rail track.
Optoelectronic apparatus having at least two optoelectronic circuits (2, 4a, 4b), an automatic control device (78a, 78b) for automatically controlling the delays of the optoelectronic circuits, a clock generation device for generating an optical clock signal, and at least two electronic components (40-47, 74a, 74b), wherein the at least two optoelectronic circuits are each designed to transmit the optical clock signal to each of the electronic components (40-47, 74a, 74b), wherein the at least two optoelectronic circuits each have: - a transducer element (30-37, 73a, 73b) for converting the optical clock signal into the electrical clock signal supplied to the electronic component (40-47, 74a, 74b), - an optical line (60, 72a, 72b) from the clock generation device to the transducer element (30-37, 73a, 73b), wherein each optical line (60, 72a, 72b) is an adjustable optical element for adjusting a delay between the clock generation device and the electronic component (40-47, 74a, 74b), characterized in that the optoelectronic apparatus (1, 3) has sample-and-hold elements as the electronic components (40-47, 74a, 74b), and in that the optoelectronic apparatus furthermore has a calibration device for supplying a calibration signal, which calibration device is connected to the sample-and-hold elements, and in that the optoelectronic apparatus is designed to determine calibration values on the basis of the supplied calibration signal as part of a calibration measurement and to take the calibration values as a basis for adjusting the adjustable optical elements (72a, 72b). - a transducer element (30-37, 73a, 73b) for converting the optical clock signal into the electrical clock signal supplied to the electronic component (40-47, 74a, 74b), - an optical line (60, 72a, 72b) from the clock generation device to the transducer element (30-37, 73a, 73b), wherein each optical line (60, 72a, 72b) is an adjustable optical element for adjusting a delay between the clock generation device and the electronic component (40-47, 74a, 74b),
An electrode for a lithium ion secondary battery, comprising a current collector being a porous foam made of metal, and an electrode layer (11, 21, 31, 41) comprising the current collector filled with an electrode mixture, wherein the electrode layer comprises a porous coating layer (12, 22, 32, 42), the coating layer is formed of at least one of carbon black and activated carbon, and the coating layer has a thickness of 1 to 20 μm when it is comprised in the negative electrode and 1 to 10 μm when it is comprised in the positive electrode. comprising a current collector being a porous foam made of metal, and an electrode layer (11, 21, 31, 41) comprising the current collector filled with an electrode mixture, wherein the electrode layer comprises a porous coating layer (12, 22, 32, 42), the coating layer is formed of at least one of carbon black and activated carbon, and the coating layer has a thickness of 1 to 20 μm when it is comprised in the negative electrode and 1 to 10 μm when it is comprised in the positive electrode.
An article comprising: a substrate comprising a first surface and a second surface, the second surface in contact with an outside environment. wherein the substrate comprises a polymer comprising poly(trimethylene furandicarboxylate), and wherein the polymer provides an improvement in gas barrier properties of the substrate as compared to a substrate consisting of nascent poly(ethylene terephthalate), expressed as: % Improvement = G PET − G PTF G PET × 100 where G PTF is the measured gas barrier value for PTF and G PET is the measured gas barrier value for PET and the measured gas is oxygen, carbon dioxide or moisture, wherein oxygen, carbon dioxide and moisture barrier properties are measured according to ASTM D3985-05, ASTM F2476-05, and ASTM F1249-06 respectively, wherein the improvement for oxygen is in the range of 2-99%, an improvement for carbon dioxide is in the range of 11-99%, and an improvement for moisture is in the range of 3-99%, and wherein the polymer has a heat of crystallization_of less than 100 J/g, as measured by differential scanning calorimetry with heating rates of 10 °C/min, according to ASTM D3418-08. a substrate comprising a first surface and a second surface, the second surface in contact with an outside environment. wherein the substrate comprises a polymer comprising poly(trimethylene furandicarboxylate), and wherein the polymer provides an improvement in gas barrier properties of the substrate as compared to a substrate consisting of nascent poly(ethylene terephthalate), expressed as: % Improvement = G PET − G PTF G PET × 100 where G PTF is the measured gas barrier value for PTF and G PET is the measured gas barrier value for PET and the measured gas is oxygen, carbon dioxide or moisture, wherein oxygen, carbon dioxide and moisture barrier properties are measured according to ASTM D3985-05, ASTM F2476-05, and ASTM F1249-06 respectively, wherein the improvement for oxygen is in the range of 2-99%, an improvement for carbon dioxide is in the range of 11-99%, and an improvement for moisture is in the range of 3-99%, and wherein the polymer has a heat of crystallization_of less than 100 J/g, as measured by differential scanning calorimetry with heating rates of 10 °C/min, according to ASTM D3418-08.
A wireless communications access terminal, comprising: a communications interface including a receiver circuit configured to receive wireless communication signals from a base station of a wireless network; a storage medium; and a processing circuit coupled to the communications interface and the storage medium, the processing circuit characterised in that it is adapted to: analyse received wireless communication signals to determine that a preamble is not received during a slot when operating in a connected mode in which a physical traffic channel is actively employed between the wireless communications access terminal and the base station, wherein said preamble indicates that data is expected to be present in future signals for a period of time; and power down a low noise amplifier, LNA, of the receiver circuit for at least a portion of the slot in response to the determination. a communications interface including a receiver circuit configured to receive wireless communication signals from a base station of a wireless network; a storage medium; and a processing circuit coupled to the communications interface and the storage medium, the processing circuit characterised in that it is adapted to: analyse received wireless communication signals to determine that a preamble is not received during a slot when operating in a connected mode in which a physical traffic channel is actively employed between the wireless communications access terminal and the base station, wherein said preamble indicates that data is expected to be present in future signals for a period of time; and power down a low noise amplifier, LNA, of the receiver circuit for at least a portion of the slot in response to the determination. analyse received wireless communication signals to determine that a preamble is not received during a slot when operating in a connected mode in which a physical traffic channel is actively employed between the wireless communications access terminal and the base station, wherein said preamble indicates that data is expected to be present in future signals for a period of time; and power down a low noise amplifier, LNA, of the receiver circuit for at least a portion of the slot in response to the determination.
A label-free method of quantifying a glycosylation profile of a recombinant protein, comprising: (a) releasing one or more N-linked glycans from the recombinant protein by an enzyme prior to analysis; (b) separating the released N-linked glycans using a chromatography column; and (c) measuring the separated N-linked glycans by ELSD, NQAD, refractive index detector, or a charged aerosol detector. (a) releasing one or more N-linked glycans from the recombinant protein by an enzyme prior to analysis; (b) separating the released N-linked glycans using a chromatography column; and (c) measuring the separated N-linked glycans by ELSD, NQAD, refractive index detector, or a charged aerosol detector.
A method of reducing bioburden of a chromatography resin comprising: exposing a container comprising a composition comprising (i) the chromatography resin and (ii) a liquid comprising mannitol, sodium ascorbate, histidine, and methionine to a dose of gamma-irradiation that results in a reduction of the bioburden of the container and the chromatography resin, wherein the mannitol, sodium ascorbate, histidine, and methionine is present in the liquid in an amount that reduces the loss of binding capacity of the chromatography resin after exposure to the dose of gamma-irradiation as compared to the level of reduction in the binding capacity of the chromatography resin treated with the same dose of gamma-irradiation in the absence of mannitol, sodium ascorbate, histidine, and methionine. exposing a container comprising a composition comprising (i) the chromatography resin and (ii) a liquid comprising mannitol, sodium ascorbate, histidine, and methionine to a dose of gamma-irradiation that results in a reduction of the bioburden of the container and the chromatography resin, wherein the mannitol, sodium ascorbate, histidine, and methionine is present in the liquid in an amount that reduces the loss of binding capacity of the chromatography resin after exposure to the dose of gamma-irradiation as compared to the level of reduction in the binding capacity of the chromatography resin treated with the same dose of gamma-irradiation in the absence of mannitol, sodium ascorbate, histidine, and methionine.
A system for diverting deoxygenated blood from the right atrium to the left atrium, through the atrial septum and further comprising a multi-lumen catheter (1, 20) and a blood pump adapted for simultaneously pumping blood to and from a patient's heart.
A suspension sub-assembly, comprises: a fiber reinforced polymeric thermoplastic composite upper control arm/spring assembly having a control arm portion and a spring member portion, wherein said control arm/spring assembly can be used to tune the roll stiffness of a vehicle during cornering, wherein the FRP thermoplastic composite comprises a thermoplastic matrix material reinforced with fibers embedded and aligned in the matrix of the control arm/spring assembly, and the spring member portion comprises at least two control arm pivots; and being characterized by a linkage and a central pivoting mechanism, the linkage coupling the at least two control arm pivots through the central pivoting mechanism, and the linkage is configured to resist pivoting action of the at least two control arms causing the at least two control arms to bend during cornering. a fiber reinforced polymeric thermoplastic composite upper control arm/spring assembly having a control arm portion and a spring member portion, wherein said control arm/spring assembly can be used to tune the roll stiffness of a vehicle during cornering, wherein the FRP thermoplastic composite comprises a thermoplastic matrix material reinforced with fibers embedded and aligned in the matrix of the control arm/spring assembly, and the spring member portion comprises at least two control arm pivots; and being characterized by a linkage and a central pivoting mechanism, the linkage coupling the at least two control arm pivots through the central pivoting mechanism, and the linkage is configured to resist pivoting action of the at least two control arms causing the at least two control arms to bend during cornering.
A component comprising: a light intensity receiver configured to receive a plurality of light intensity signals from a plurality of beam receivers of a receiver unit of a light curtain, the light curtain comprising: a transmitter unit comprising a plurality of beam transmitters arranged linearly on the transmitter unit, each beam transmitter configured to transmit a narrow beam of light; and the receiver unit comprising the plurality of beam receivers arranged linearly, each beam receiver configured to receive light from a corresponding beam transmitter of the plurality of beam transmitters; a light intensity transmitter configured to transmit, from the light curtain, the plurality of light intensity signals received by the light intensity receiver, each light intensity signal from one or more beam receivers of the plurality of beam receivers; a trip transmitter configured to transmit a trip signal in response to determining that a light intensity signal from a beam receiver of the plurality of beam receivers is below a trip threshold; and characterized that the component further comprises: a safe module configured to activate the light intensity transmitter to transmit the plurality of light intensity signals during a safe mode and to prevent the trip transmitter from transmitting the trip signal during the safe mode. a light intensity receiver configured to receive a plurality of light intensity signals from a plurality of beam receivers of a receiver unit of a light curtain, the light curtain comprising: a transmitter unit comprising a plurality of beam transmitters arranged linearly on the transmitter unit, each beam transmitter configured to transmit a narrow beam of light; and the receiver unit comprising the plurality of beam receivers arranged linearly, each beam receiver configured to receive light from a corresponding beam transmitter of the plurality of beam transmitters; a transmitter unit comprising a plurality of beam transmitters arranged linearly on the transmitter unit, each beam transmitter configured to transmit a narrow beam of light; and the receiver unit comprising the plurality of beam receivers arranged linearly, each beam receiver configured to receive light from a corresponding beam transmitter of the plurality of beam transmitters; a light intensity transmitter configured to transmit, from the light curtain, the plurality of light intensity signals received by the light intensity receiver, each light intensity signal from one or more beam receivers of the plurality of beam receivers; a trip transmitter configured to transmit a trip signal in response to determining that a light intensity signal from a beam receiver of the plurality of beam receivers is below a trip threshold; and
Apparatus for removing and installing components of a first valve cover assembly having an extending tubular portion with transverse throughbores, the system comprising: a first tool comprising: a generally cylindrical body adapted to mate with the extending portion of the first valve cover assembly; characterized by a multi-faceted segment on said tool body adapted to receive a torque-supplying wrench; a pair of aligned holes in said tool body, said holes adapted to align with the throughbores in the extending portion of the first valve cover assembly; and a first pin member disposed through said aligned holes of said tool body and the transverse throughbores in the first valve cover assembly. a first tool comprising: a generally cylindrical body adapted to mate with the extending portion of the first valve cover assembly; characterized by a multi-faceted segment on said tool body adapted to receive a torque-supplying wrench; a pair of aligned holes in said tool body, said holes adapted to align with the throughbores in the extending portion of the first valve cover assembly; and a first pin member disposed through said aligned holes of said tool body and the transverse throughbores in the first valve cover assembly. a generally cylindrical body adapted to mate with the extending portion of the first valve cover assembly; characterized by a multi-faceted segment on said tool body adapted to receive a torque-supplying wrench; a pair of aligned holes in said tool body, said holes adapted to align with the throughbores in the extending portion of the first valve cover assembly; and a first pin member disposed through said aligned holes of said tool body and the transverse throughbores in the first valve cover assembly.
A method of attaching a first part and a second part of mechanical assembly to one another, the method comprising spraying a powder of a ductile material on said first part and on said second part causing, by agglomeration of this powder, the attachment the first part and the second part to one another, the method being characterized in that it comprises texturing at least one surface of the first part or of the second part on which the spraying is then carried out, in that the mechanical resistance of the ductile material from which the powder is formed is less than or equal to that of the first and second parts, and in that the texturing comprising manufacturing an array (R1, R2) of holes via a series of several impacts in the same location by laser radiation followed by a movement of the laser radiation, said manufacturing of the array (R1, R2) is done based on the spraying of the powder so that the density (dpa) of the holes or lines of the array (R1, R2) per surface unit is greater than: e Stpa × L with: - (e) a thickness of the agglomeration of the powder in a direction perpendicular to said surface of the first part or the second part; - (Stpa) the section of said holes or said lines of said array; - a length of the agglomeration of the powder in a direction parallel to the direction of a traction force (Ft) between the first part and the second part. - (e) a thickness of the agglomeration of the powder in a direction perpendicular to said surface of the first part or the second part; - (Stpa) the section of said holes or said lines of said array; - a length of the agglomeration of the powder in a direction parallel to the direction of a traction force (Ft) between the first part and the second part.
A method performed by a mobile equipment comprising a smart card for system selection of air-interface/access technologies, the method comprising: accessing a multimode system selection scheme from a plurality of multimode system selection schemes each for selecting a radio access technology from a plurality of radio access technologies; determining a capability constraint of the mobile equipment for using the plurality of radio access technologies; performing handshaking between the mobile equipment and the smart card, wherein each indicate which multimode system selection scheme each supports; selecting a multimode system selection scheme based on matching the supported multimode system selection schemes indicated in the handshaking; and communicating with a radio access network using a selected radio access technology selected according to the selected multimode system selection scheme and the capability constraint. accessing a multimode system selection scheme from a plurality of multimode system selection schemes each for selecting a radio access technology from a plurality of radio access technologies; determining a capability constraint of the mobile equipment for using the plurality of radio access technologies; performing handshaking between the mobile equipment and the smart card, wherein each indicate which multimode system selection scheme each supports; selecting a multimode system selection scheme based on matching the supported multimode system selection schemes indicated in the handshaking; and communicating with a radio access network using a selected radio access technology selected according to the selected multimode system selection scheme and the capability constraint.