mhurhangee/ep-ind-claims huggingface dataset:
An oxide superconducting wire (1, 2, 3, 4) comprising: an oxide superconducting laminate that includes a substrate, an interlayer, and an oxide superconducting layer, in which the interlayer is formed on a main surface of the substrate, and the oxide superconducting layer is formed on the interlayer; an undercoat stabilizing layer (20, 21) that includes a first undercoat stabilizing layer and a second undercoat stabilizing layer (14, 24) and is formed on an outer periphery of the oxide superconducting laminate, the first undercoat stabilizing layer being formed of Ag or an Ag alloy, the first undercoat stabilizing layer covering at least an upper surface and a side surface of the oxide superconducting laminate, the second undercoat stabilizing layer (14, 24) being formed of one of Cu, Ni, Pb, Bi, and an alloy containing Cu, Ni, Pb or Bi as a major component, the second undercoat stabilizing layer (14, 24) covering at least a back surface and the side surface of the oxide superconducting laminate; and a stabilizing layer (17, 18) that is formed on the undercoat stabilizing layer (20, 21) so as to cover at least a portion of the first undercoat stabilizing layer and a portion of the second undercoat stabilizing layer (14,24) in the undercoat stabilizing layer (20, 21), the stabilizing layer (17, 18) being formed of a highly conductive metal material, characterized in that the first undercoat stabilizing layer and the second undercoat stabilizing layer (14, 24) are formed to partially overlap each other on the side surface of the oxide superconducting laminate. an oxide superconducting laminate that includes a substrate, an interlayer, and an oxide superconducting layer, in which the interlayer is formed on a main surface of the substrate, and the oxide superconducting layer is formed on the interlayer; an undercoat stabilizing layer (20, 21) that includes a first undercoat stabilizing layer and a second undercoat stabilizing layer (14, 24) and is formed on an outer periphery of the oxide superconducting laminate, the first undercoat stabilizing layer being formed of Ag or an Ag alloy, the first undercoat stabilizing layer covering at least an upper surface and a side surface of the oxide superconducting laminate, the second undercoat stabilizing layer (14, 24) being formed of one of Cu, Ni, Pb, Bi, and an alloy containing Cu, Ni, Pb or Bi as a major component, the second undercoat stabilizing layer (14, 24) covering at least a back surface and the side surface of the oxide superconducting laminate; and a stabilizing layer (17, 18) that is formed on the undercoat stabilizing layer (20, 21) so as to cover at least a portion of the first undercoat stabilizing layer and a portion of the second undercoat stabilizing layer (14,24) in the undercoat stabilizing layer (20, 21), the stabilizing layer (17, 18) being formed of a highly conductive metal material, characterized in that the first undercoat stabilizing layer and the second undercoat stabilizing layer (14, 24) are formed to partially overlap each other on the side surface of the oxide superconducting laminate.
Dosing apparatus for an injection device for dispensing a dose of a product, which dosing apparatus comprises a housing having a longitudinal axis, a dose setting element for setting the dose, a holding element, and a coupling sleeve for driving a drive device for dispensing the dose, wherein the dose setting element, the holding element and the coupling sleeve are located in the housing, and wherein a) for setting and correcting the dose, the dose setting element and the coupling sleeve are movable relative to the housing in the direction of the longitudinal axis, and the coupling sleeve can be held in a rotationally fixed manner relative to the housing by means of a toothed engagement between the coupling sleeve and the holding element; characterized in that b) for dispensing the dose, the toothed engagement between the coupling sleeve and the holding element is disengaged by moving the coupling sleeve relative to the holding element in the direction of the longitudinal axis, so that the coupling sleeve can rotate relative to the housing, wherein the dosing apparatus in the housing comprises a guide means in which the holding element can be moved in the direction of the longitudinal axis relative to the housing when setting and correcting the dose, and in which the holding element is guided in a rotationally fixed manner relative to the housing. a housing having a longitudinal axis, a dose setting element for setting the dose, a holding element, and a coupling sleeve for driving a drive device for dispensing the dose, wherein the dose setting element, the holding element and the coupling sleeve are located in the housing, and wherein a) for setting and correcting the dose, the dose setting element and the coupling sleeve are movable relative to the housing in the direction of the longitudinal axis, and the coupling sleeve can be held in a rotationally fixed manner relative to the housing by means of a toothed engagement between the coupling sleeve and the holding element; characterized in that b) for dispensing the dose, the toothed engagement between the coupling sleeve and the holding element is disengaged by moving the coupling sleeve relative to the holding element in the direction of the longitudinal axis, so that the coupling sleeve can rotate relative to the housing,
A barrel holder for a firearm, in particular a straightpull repeating rifle, comprising a system box whose end portion directed to a barrel of the firearm is designed as a holding portion for the detachably fixable barrel, which is configured as a pipe clamp having substantially parallelly disposed and downwardly protruding projections each including a passage, and a front shaft capable of being detachably fixed to the system box, wherein the barrel holder is configured as a clamping device comprising a mandrel guided through the passages of the projections, a clamping jaw mounted on the mandrel on each of the outer sides of the projections, and a clamping lever pivotable about the mandrel, and wherein a clamping screw interacting with a stopper is provided on the end region of the mandrel facing away from the clamping lever.
An aerosol transferring adapter for an aerosol generating device, comprising: a liquid storage component comprising: a liquid reservoir for holding a liquid used to generate an aerosol, an airflow channel leading from the liquid reservoir, and a connector fitting arranged around the airflow channel; and a mouthpiece comprising at least two mouthpiece compartments (9a; 9b; 9c; 9d) being fluidly separated from each other and each leading from at least one mouthpiece inlet to at least one mouthpiece outlet, wherein at least one of the at least two mouthpiece compartments (9a; 9b; 9c; 9d) is provided with an aerosol-modifying medium, and a mouthpiece fitting arranged around the mouthpiece inlet, the mouthpiece fitting being configured to be alignably connected to the connector fitting of the liquid storage component, and the mouthpiece being further configured to be alignable with respect to the liquid storage compartment such that an airflow may be selectively directed towards one of the at least two mouthpiece compartments (9a, 9b; 9c; 9d). a liquid reservoir for holding a liquid used to generate an aerosol, an airflow channel leading from the liquid reservoir, and a connector fitting arranged around the airflow channel; and a mouthpiece comprising at least two mouthpiece compartments (9a; 9b; 9c; 9d) being fluidly separated from each other and each leading from at least one mouthpiece inlet to at least one mouthpiece outlet, wherein at least one of the at least two mouthpiece compartments (9a; 9b; 9c; 9d) is provided with an aerosol-modifying medium, and a mouthpiece fitting arranged around the mouthpiece inlet, the mouthpiece fitting being configured to be alignably connected to the connector fitting of the liquid storage component, and the mouthpiece being further configured to be alignable with respect to the liquid storage compartment such that an airflow may be selectively directed towards one of the at least two mouthpiece compartments (9a, 9b; 9c; 9d).
A non-oriented electrical steel sheet having a chemical composition comprising C: not more than 0.005 mass%, Si: 1.5-6.0 mass%, Mn: 0.05-2.0 mass%, P: 0.03-0.15 mass%, S: not more than 0.005 mass%, N: not more than 0.005 mass%, Al: not more than 0.005 mass%, optionally Sn: 0.005-0.2 mass%, Sb: 0.005-0.2 mass%, and the remainder being Fe and inevitable impurities, wherein a ratio (P 120 /Fe 700) of a peak to peak height P 120 of P near to an electronic energy of 120 eV to a peak to peak height Fe 700 of Fe near to an electronic energy of 700 eV in an Auger differential spectrum obtained by analyzing a surface of the steel sheet after a finish annealing by an Auger electron spectroscopy is not less than 0.02.
A gas turbine engine comprising: a compressor section having at least one rotatable blade; and a case (26,28,30) located radially outwards from the at least one rotatable blade, characterised by: the case (26,28,30) comprising a composite having at least one composite layer and at least one burn resistance layer adjacent the at least one composite layer, the at least one burn resistance layer being a radially innermost layer of the case (26,28,30) and the at least one composite layer being radially outwards of the at least one burn resistance layer; and by the at least one composite layer including first fibers within a first organic resin matrix and the burn resistance layer including second fibers within a second organic resin matrix, wherein the composite layer has a first burn resistance and the burn resistance layer has a second burn resistance that is greater than the first burn resistance; and by the second fibers being inorganic fibres, aramid fibres, or combinations thereof and the second fibers including a burn resistant coating comprising a silicate material. a compressor section having at least one rotatable blade; and a case (26,28,30) located radially outwards from the at least one rotatable blade, characterised by: the case (26,28,30) comprising a composite having at least one composite layer and at least one burn resistance layer adjacent the at least one composite layer, the at least one burn resistance layer being a radially innermost layer of the case (26,28,30) and the at least one composite layer being radially outwards of the at least one burn resistance layer; and by the at least one composite layer including first fibers within a first organic resin matrix and the burn resistance layer including second fibers within a second organic resin matrix, wherein the composite layer has a first burn resistance and the burn resistance layer has a second burn resistance that is greater than the first burn resistance; and by the second fibers being inorganic fibres, aramid fibres, or combinations thereof and the second fibers including a burn resistant coating comprising a silicate material. the case (26,28,30) comprising a composite having at least one composite layer and at least one burn resistance layer adjacent the at least one composite layer, the at least one burn resistance layer being a radially innermost layer of the case (26,28,30) and the at least one composite layer being radially outwards of the at least one burn resistance layer; and by the at least one composite layer including first fibers within a first organic resin matrix and the burn resistance layer including second fibers within a second organic resin matrix, wherein the composite layer has a first burn resistance and the burn resistance layer has a second burn resistance that is greater than the first burn resistance; and by the second fibers being inorganic fibres, aramid fibres, or combinations thereof and the second fibers including a burn resistant coating comprising a silicate material.
A method comprising: filtering incident light by an infrared cut-off filter disposed in an optical path between a lens and an image sensor to generate filtered light, the IR cut-off filter comprising a plurality of pixels (306, 308, 310) with pass-band characteristics for visible light wavelengths associated with the incident light, the plurality of pixels configured to perform stop-band attenuation of near infrared wavelengths associated with the incident light for filtering of the incident light, the stop-band attenuation of the NIR wavelengths configured to vary based on a cosine function of spatial location of pixels of the plurality of pixels within the IR cut-off filter; sensing the filtered light received from the IR cut-off filter by the image sensor to generate sensed light; determining a baseband signal and a modulated NIR signal by performing a Fourier transformation or a discrete cosine based transformation of the sensed light; determining a NIR spectrum associated with the incident light by demodulating the modulated NIR signal; and determining a visible spectrum associated with the incident light by removing the NIR spectrum from the baseband signal. filtering incident light by an infrared cut-off filter disposed in an optical path between a lens and an image sensor to generate filtered light, the IR cut-off filter comprising a plurality of pixels (306, 308, 310) with pass-band characteristics for visible light wavelengths associated with the incident light, the plurality of pixels configured to perform stop-band attenuation of near infrared wavelengths associated with the incident light for filtering of the incident light, the stop-band attenuation of the NIR wavelengths configured to vary based on a cosine function of spatial location of pixels of the plurality of pixels within the IR cut-off filter; sensing the filtered light received from the IR cut-off filter by the image sensor to generate sensed light; determining a baseband signal and a modulated NIR signal by performing a Fourier transformation or a discrete cosine based transformation of the sensed light; determining a NIR spectrum associated with the incident light by demodulating the modulated NIR signal; and determining a visible spectrum associated with the incident light by removing the NIR spectrum from the baseband signal.
A key management method, applicable to a security chip, wherein the security chip is disposed in a service server in an information system, and the information system further comprises a key management center, the method comprising: sending, by the security chip, a request to the key management center, for obtaining a service key from the key management center; receiving, by the security chip, a service key ciphertext sent by the key management center, wherein the service key ciphertext is obtained by encrypting the service key by the key management center based on a migration key; decrypting, by the security chip, the service key ciphertext based on the migration key to obtain the service key; storing, by the security chip, the service key in the security chip; and providing, by the security chip, the service key to an application program of the service server when the application program needs to encrypt service data based on the service key; characterised in that, after the security chip securely stores the service key, the method further comprises: performing, by the security chip, invalidation on the service key after a preset time period; and resending, by the security chip, a request to the key management center to obtain a new service key from the key management center. sending, by the security chip, a request to the key management center, for obtaining a service key from the key management center; receiving, by the security chip, a service key ciphertext sent by the key management center, wherein the service key ciphertext is obtained by encrypting the service key by the key management center based on a migration key; decrypting, by the security chip, the service key ciphertext based on the migration key to obtain the service key; storing, by the security chip, the service key in the security chip; and providing, by the security chip, the service key to an application program of the service server when the application program needs to encrypt service data based on the service key; characterised in that, after the security chip securely stores the service key, the method further comprises: performing, by the security chip, invalidation on the service key after a preset time period; and resending, by the security chip, a request to the key management center to obtain a new service key from the key management center. performing, by the security chip, invalidation on the service key after a preset time period; and resending, by the security chip, a request to the key management center to obtain a new service key from the key management center.
Method for operating a monitoring system for monitoring physiological data of a patient, comprising the steps: obtaining motion activity data of the patient indicative of a motion activity of the patient, and performing a non-continuous measurement of physiological data of the patient with a physiological data detector, said non-continuous measurement comprising: - omitting initiating the measurement of physiological data of the patient if the motion activity is zero by switching off or to stand-by mode one or more electronic parts of the physiological data detector between measurements, and - initiating the measurement of physiological data of the patient if the motion activity is non-zero and below a selected threshold, wherein the measured amount of physiological data is adapted to the motion activity. obtaining motion activity data of the patient indicative of a motion activity of the patient, and performing a non-continuous measurement of physiological data of the patient with a physiological data detector, said non-continuous measurement comprising: - omitting initiating the measurement of physiological data of the patient if the motion activity is zero by switching off or to stand-by mode one or more electronic parts of the physiological data detector between measurements, and - initiating the measurement of physiological data of the patient if the motion activity is non-zero and below a selected threshold, - omitting initiating the measurement of physiological data of the patient if the motion activity is zero by switching off or to stand-by mode one or more electronic parts of the physiological data detector between measurements, and - initiating the measurement of physiological data of the patient if the motion activity is non-zero and below a selected threshold, wherein the measured amount of physiological data is adapted to the motion activity.
A liquid nitric oxide releasing solution (NORS) comprised of at least one nitric oxide releasing compound and at least one acidifying agent, wherein the NORS provides an extended release of a therapeutically effective amount of nitric oxide gas (gNO), wherein the gNO is released over a period of at least 30 minutes, wherein the amount of the at least one nitric oxide releasing compound is not greater than 0.5% w/v, and wherein the amount of the at least one acidifying agent is not greater than 0.5% w/v.
Soldering iron comprising a soldering tip which can be heated by means of a laser beam extending at least in part along a laser path in the soldering iron, the soldering iron comprising an energy converter which is designed to absorb the laser beam and is coupled to the soldering tip in order to heat it, characterized in that a laser source for generating the laser beam is arranged inside the soldering iron; a laser source generating the laser beam being designed to adjust the focus of the laser beam at different distances relative to the surface of the energy converter to be heated so that the heating times of the soldering iron can be varied; it being possible to transport the laser beam by means of a light guide arranged in the soldering iron, the light guide extending along the laser path; there being a distance between an outlet opening of the light guide and the energy converter, which distance is kept constant, the laser source comprising a laser outlet opening which is coupled to one end of the light guide.
Composition in the form of an oil-in-water emulsion containing, in a cosmetically acceptable medium, a mixture of composite particles comprising: a) at least spherical composite particles A with a mean size of between 0.1 and 30 μm comprising a matrix and an inorganic UV-screening agent, the content of inorganic screening agent in a particle ranging from 1% to 70% by weight, b) at least non-spherical composite particles B with a mean size of between 0.3 and 30 μm comprising a matrix and an inorganic UV-screening agent, the content of inorganic screening agent in a particle ranging from 1% to 70% by weight. a) at least spherical composite particles A with a mean size of between 0.1 and 30 μm comprising a matrix and an inorganic UV-screening agent, the content of inorganic screening agent in a particle ranging from 1% to 70% by weight, b) at least non-spherical composite particles B with a mean size of between 0.3 and 30 μm comprising a matrix and an inorganic UV-screening agent, the content of inorganic screening agent in a particle ranging from 1% to 70% by weight.
A structure (100, 200, 300, 400) intended to be used for the making of at least one interconnection with at least one electric contact (114, 120, 122) including: - at least one first substrate, whereof at least one first face is made integral with at least one face of at least one second substrate, - at least one blind via passing through the first substrate and emerging at the first face of the first substrate and at a second face, opposite the first face, of the first substrate, - the electric contact (114, 120, 122) arranged against said face of the second substrate and facing the blind via, and/or against the first face and/or against the second face of the first substrate, - at least one channel (116, 208, 214, 304) putting the inner volume of the blind via in communication with an environment outside the structure (100, 200, 300, 400) and/or with at least one cavity formed in the structure (100, 200, 300, 400), adapted to create a circulation of air or of a fluid present in the inner volume of the via through this channel (116, 208, 214, 304), and whereof at least a part extends substantially parallel to at least one of said faces (110, 111, 112) of the first and/or second substrate. - at least one first substrate, whereof at least one first face is made integral with at least one face of at least one second substrate, - at least one blind via passing through the first substrate and emerging at the first face of the first substrate and at a second face, opposite the first face, of the first substrate, - the electric contact (114, 120, 122) arranged against said face of the second substrate and facing the blind via, and/or against the first face and/or against the second face of the first substrate, - at least one channel (116, 208, 214, 304) putting the inner volume of the blind via in communication with an environment outside the structure (100, 200, 300, 400) and/or with at least one cavity formed in the structure (100, 200, 300, 400), adapted to create a circulation of air or of a fluid present in the inner volume of the via through this channel (116, 208, 214, 304), and whereof at least a part extends substantially parallel to at least one of said faces (110, 111, 112) of the first and/or second substrate.