mhurhangee/ep-ind-claims huggingface dataset:
A non-therapeutic aroma substance delivery device adapted to deliver an aroma substance exclusively to the nasal cavities of an individual, comprising the following elements: (i) a source of carrier gas flow; (ii) regulating means which receives the carrier gas flow, the regulating means comprising a plurality of channels (4, 6) through which the gas flows and through which the gas flow is regulated by the regulating means; (iii) downstream of the regulating means one aroma substance-containing cartridge, one on each channel, and (iv) disseminating means located in close proximity to the cartridges and adapted to deliver the individual aroma substances from the cartridges to nasal cavities by means of a conduit; characterised in that there is positioned in each channel on the upstream side and in close proximity to the origin of the channel a flow restrictor, the flow restrictor being configured such that the pressure drop across the flow restrictor is higher than the pressure drop across the rest of the device; and in that each aroma substance-containing cartridge comprises a reservoir containing an aroma substance and inlet and outlet channels to permit ingress of carrier gas into the reservoir and egress of aroma substance-containing carrier gas from the reservoir, the channels being defined by capillaries having internal diameter and length dimensions such that, when the carrier gas flow is interrupted, leakage of aroma substance from the reservoir into a head space external of the cartridge is below the detection level of a user. (i) a source of carrier gas flow; (ii) regulating means which receives the carrier gas flow, the regulating means comprising a plurality of channels (4, 6) through which the gas flows and through which the gas flow is regulated by the regulating means; (iii) downstream of the regulating means one aroma substance-containing cartridge, one on each channel, and (iv) disseminating means located in close proximity to the cartridges and adapted to deliver the individual aroma substances from the cartridges to nasal cavities by means of a conduit; characterised in that there is positioned in each channel on the upstream side and in close proximity to the origin of the channel a flow restrictor, the flow restrictor being configured such that the pressure drop across the flow restrictor is higher than the pressure drop across the rest of the device; and in that each aroma substance-containing cartridge comprises a reservoir containing an aroma substance and inlet and outlet channels to permit ingress of carrier gas into the reservoir and egress of aroma substance-containing carrier gas from the reservoir, the channels being defined by capillaries having internal diameter and length dimensions such that, when the carrier gas flow is interrupted, leakage of aroma substance from the reservoir into a head space external of the cartridge is below the detection level of a user.
A joining device for the laser beam-based joining of at least two components (B1, B2), having: a first laser radiation source comprising a predetermined power configuration, a first radiation guide, which is connected to the first laser radiation source, in order to couple first laser radiation emitted by the first laser radiation source into the first radiation guide, a second laser radiation source comprising a predetermined power configuration, at least one second radiation guide (21, 25), which is connected to the second laser radiation source, in order to couple second laser radiation emitted by the second laser radiation source into the at least one second radiation guide (21, 25), and focusing means, which are coupled to the first and second radiation guides (11, 21, 25) and which are configured to focus the first laser radiation and the second laser radiation spaced apart from one another into a joining zone of the two components (B1, B2), characterized in that the focusing means are configured to focus the first and the second laser radiation (LS1, LS2) via a common beam path, and that a coupling device is provided, which is connected on the input side to the first and second radiation guides (11, 21, 25) and on the output side to the focusing means, and which is configured to couple the first and the second laser radiation (LS1, LS2) into the common beam path of the focusing means. a first laser radiation source comprising a predetermined power configuration, a first radiation guide, which is connected to the first laser radiation source, in order to couple first laser radiation emitted by the first laser radiation source into the first radiation guide, a second laser radiation source comprising a predetermined power configuration, at least one second radiation guide (21, 25), which is connected to the second laser radiation source, in order to couple second laser radiation emitted by the second laser radiation source into the at least one second radiation guide (21, 25), and focusing means, which are coupled to the first and second radiation guides (11, 21, 25) and which are configured to focus the first laser radiation and the second laser radiation spaced apart from one another into a joining zone of the two components (B1, B2), characterized in that the focusing means are configured to focus the first and the second laser radiation (LS1, LS2) via a common beam path, and that a coupling device is provided, which is connected on the input side to the first and second radiation guides (11, 21, 25) and on the output side to the focusing means, and which is configured to couple the first and the second laser radiation (LS1, LS2) into the common beam path of the focusing means.
Socket module for an electrosurgical device, wherein the socket module has a housing, at least two connectors (11, 12) each with two contacts (11a, 11b, 12a, 12b), and at least one first connection means which electrically connects a first contact of the first connector to a first contact of the second connector, characterized in that - the first connection means has two contact regions (13a, 13b), a first contact region of which is connected to the first contact of the first connector and a second contact region of which is connected to the first contact of the second connector, in each case in a form-fitting and/or force-fitting manner, and - a circuit board is arranged in the housing and is electrically connected to the first connector, wherein the circuit board has a third contact region (15a, 15b) which connects the first connector to the circuit board in a form-fitting or force-fitting manner, and - a second connection means electrically connects a second contact of the first connector to a second contact of the second connector, wherein the second connection means has two contact regions (14a, 14b), a first contact region of which is connected to the second contact of the first connector in a form-fitting and/or force-fitting manner and a second contact region of which is connected to the second contact of the second connector in a form-fitting and/or force-fitting manner or with a material bond, and wherein the first connection means is connected to a removable cover of the housing and the second connection means is connected to a base of the housing. - the first connection means has two contact regions (13a, 13b), a first contact region of which is connected to the first contact of the first connector and a second contact region of which is connected to the first contact of the second connector, in each case in a form-fitting and/or force-fitting manner, and - a circuit board is arranged in the housing and is electrically connected to the first connector, wherein the circuit board has a third contact region (15a, 15b) which connects the first connector to the circuit board in a form-fitting or force-fitting manner, and - a second connection means electrically connects a second contact of the first connector to a second contact of the second connector, wherein the second connection means has two contact regions (14a, 14b), a first contact region of which is connected to the second contact of the first connector in a form-fitting and/or force-fitting manner and a second contact region of which is connected to the second contact of the second connector in a form-fitting and/or force-fitting manner or with a material bond, and wherein the first connection means is connected to a removable cover of the housing and the second connection means is connected to a base of the housing.
A method of calibrating a multi-channel radio frequency, RF, transmitter, the method comprising: for each of a set of different compensation values for a particular phase-influencing factor: a) applying (504, 506, 902) an intermediate frequency, IF, signal with the compensation value on a first phase rotator in a first channel transmitter module of the multi-channel RF transmitter; b) applying (508, 904) phase codes for different phases on a second phase rotator in a second channel transmitter module of the multi-channel RF transmitter; and c) for each of the phase codes, measuring (510, 906) a resultant phase error due to phase errors of the first and second channel transmitter modules; and based on the resultant phase errors, selecting (518, 908) one compensation value from the set of different compensation values, to be used as a calibrated compensation value for each of the first phase rotator in the first channel transmitter module and the second phase rotator in the second channel transmitter module to compensate for the first phase-influencing factor. for each of a set of different compensation values for a particular phase-influencing factor: a) applying (504, 506, 902) an intermediate frequency, IF, signal with the compensation value on a first phase rotator in a first channel transmitter module of the multi-channel RF transmitter; b) applying (508, 904) phase codes for different phases on a second phase rotator in a second channel transmitter module of the multi-channel RF transmitter; and c) for each of the phase codes, measuring (510, 906) a resultant phase error due to phase errors of the first and second channel transmitter modules; and a) applying (504, 506, 902) an intermediate frequency, IF, signal with the compensation value on a first phase rotator in a first channel transmitter module of the multi-channel RF transmitter; b) applying (508, 904) phase codes for different phases on a second phase rotator in a second channel transmitter module of the multi-channel RF transmitter; and c) for each of the phase codes, measuring (510, 906) a resultant phase error due to phase errors of the first and second channel transmitter modules; and based on the resultant phase errors, selecting (518, 908) one compensation value from the set of different compensation values, to be used as a calibrated compensation value for each of the first phase rotator in the first channel transmitter module and the second phase rotator in the second channel transmitter module to compensate for the first phase-influencing factor.
The use of an influenza virus or antigenic preparation thereof and an oil-in-water emulsion adjuvant in the preparation of an immunogenic composition for vaccination of human elderly aged 65 years old and over against influenza, wherein said oil-in-water emulsion comprises a metabolisable oil, alpha-tocopherol and an emulsifying agent.
A steel sheet comprising, as a chemical composition, by mass%: C: 0.020% to 0.090%; Si: 0.200% or less; Mn: 0.45% to 2.10%; P: 0.030% or less; S: 0.020% or less; sol. Al: 0.50% or less; N: 0.0100% or less; B: 0% to 0.0050%; Mo: 0% to 0.40%; Ti: 0% to 0.10%; Nb: 0% to 0.10%; Cr: 0% to 0.55%; Ni: 0% to 0.25%; and a remainder of Fe and impurities, wherein a metallographic structure in a surface layer region ranging from a surface to a position of 20 μm from the surface in a sheet thickness direction consists of ferrite and a secondary phase having a volume fraction of 0.01% to 5.0%, a metallographic structure in an internal region ranging from a position of more than 20 μm from the surface in the sheet thickness direction to a 1/4 thickness position from the surface in the sheet thickness direction consists of ferrite and a secondary phase having a volume fraction of 2.0% to 10.0%, the volume fraction of the secondary phase in the surface layer region is less than the volume fraction of the secondary phase in the internal region, and in the surface layer region, an average grain size of the secondary phase is 0.01 μm to 4.0 μm, and a texture in which an X ODF / as a ratio of an intensity of orientation to an intensity of orientation in the ferrite is 0.60 or more and less than 2.00 is included, a tensile strength is 400 MPa or higher, and the tensile strength is obtained by a method described in JIS Z 2241 using a JIS No. 5 test piece cut from the direction orthogonal to the rolling direction, wherein the metallographic structure and the texture are analyzed as outlined in the description. C: 0.020% to 0.090%; Si: 0.200% or less; Mn: 0.45% to 2.10%; P: 0.030% or less; S: 0.020% or less; sol. Al: 0.50% or less; N: 0.0100% or less; B: 0% to 0.0050%; Mo: 0% to 0.40%; Ti: 0% to 0.10%; Nb: 0% to 0.10%; Cr: 0% to 0.55%; Ni: 0% to 0.25%; and a remainder of Fe and impurities, wherein a metallographic structure in a surface layer region ranging from a surface to a position of 20 μm from the surface in a sheet thickness direction consists of ferrite and a secondary phase having a volume fraction of 0.01% to 5.0%, a metallographic structure in an internal region ranging from a position of more than 20 μm from the surface in the sheet thickness direction to a 1/4 thickness position from the surface in the sheet thickness direction consists of ferrite and a secondary phase having a volume fraction of 2.0% to 10.0%, the volume fraction of the secondary phase in the surface layer region is less than the volume fraction of the secondary phase in the internal region, and in the surface layer region, an average grain size of the secondary phase is 0.01 μm to 4.0 μm, and a texture in which an X ODF / as a ratio of an intensity of orientation to an intensity of orientation in the ferrite is 0.60 or more and less than 2.00 is included, a tensile strength is 400 MPa or higher, and the tensile strength is obtained by a method described in JIS Z 2241 using a JIS No. 5 test piece cut from the direction orthogonal to the rolling direction, wherein the metallographic structure and the texture are analyzed as outlined in the description.
A method for managing over-the-air software download operations on a wireless communication device, the method characterized by arranging a dynamic instruction set execution system in a code storage section of a nonvolatile memory, comprising forming system software into symbol libraries (310, 312, 314, 316) in the code storage section, wherein each symbol library includes symbols having related functionality; arranging the symbol libraries into code sections (302, 304, 306); storing code sections at start addresses (318, 320, 322, 324); maintaining a code section address table, "CSAT", in a patch manager code section that cross-references code section identifiers with corresponding start addresses; maintaining a symbol offset address table, "SOAT", in the patch manager code section that cross-references symbol identifiers with corresponding offset addresses and corresponding code section identifiers; executing the system software; launching a runtime engine comprising invoking a run-time library a first code section in a file system section (110, 906); receiving dynamic instruction sets via an air link interface, the dynamic instruction sets including a patch manager runtime instruction, "PMRTI", wherein receiving the "PMRTI" includes receiving conditional operation codes and data items; storing the received dynamic instruction sets in the file system section of the non-volatile memory; the runtime engine processing the dynamic instruction sets in response to the conditional operation codes and data items comprising: reading (1506a1) the operation codes; and locating (1506a2) the symbols corresponding to the received symbol identifiers by using the CSAT and the SOAT; the runtime engine performing a sequence of operations comprising at least one of: executing (1506b2) symbols when the located symbols are instructions; and extracting (1506b1) data when the located symbols are data items, capturing (1506b1a) a length of PMRTI using the runtime engine, extracting (1506b1b) data items from the PMRTI, using (1506b1c) the data items in performing the sequence of operations responsive to the conditional operation, codes; operating (15/08) on system software and system data using the executed symbols and the extracted data; and controlling execution of the system software. executing (1506b2) symbols when the located symbols are instructions; and extracting (1506b1) data when the located symbols are data items, capturing (1506b1a) a length of PMRTI using the runtime engine, extracting (1506b1b) data items from the PMRTI, using (1506b1c) the data items in performing the sequence of operations responsive to the conditional operation, codes;
Lice treatment system for marine organisms, such as fish, where the system is a closed system comprising: - an inlet for fish that shall be treated, - a first separator to separate fish and water, and which is arranged after the inlet, - a pipeline for transport of the fish, in which, at least, one part of the pipeline constitutes a liquid bath for the fish and which is arranged to receive a treatment liquid, - a second separator to separate the fish and the treatment liquid, - an outlet for the discharge of treated fish, and which is arranged after the second separator, and - a circulation pump for circulation of the treatment liquid in the closed system, characterised i n that the part of the pipeline which constitutes the liquid bath is formed in a U-shape so that a liquid bath with respective liquid surfaces that lie higher than a lower part of the liquid bath is formed, and in that the pipeline, before the second separator, is tilted at an angle and directed upwards from the liquid bath, whereby the fish is arranged to be transported in the pipeline due to the liquid flow of the treatment liquid supplied by the circulation pump and by the stream of the fish through the inlet. - an inlet for fish that shall be treated, - a first separator to separate fish and water, and which is arranged after the inlet, - a pipeline for transport of the fish, in which, at least, one part of the pipeline constitutes a liquid bath for the fish and which is arranged to receive a treatment liquid, - a second separator to separate the fish and the treatment liquid, - an outlet for the discharge of treated fish, and which is arranged after the second separator, and - a circulation pump for circulation of the treatment liquid in the closed system, characterised i n that
Ring spinning machine having drafting systems, which are formed by roller pairs (21, 22, 23), which rotate at different peripheral speeds and have bottom roller lines (21u, 22u, 23u) running the length of the machine, which are formed by partially ribbed roller segments (34, 48) and are each equipped with a length compensation device, characterised in that the length compensation devices incorporated in the bottom roller lines (21u, 22u, 23u) are each designed and arranged in such a way that, with respect to the bottom roller lines (21u, 22u, 23u), both length compensation and torque transfer are possible, the length compensation devices comprise a compensation shaft and a receptacle which form a positive shaft-to-hub connection, and the roller segments (34, 48) of the bottom roller lines (21u, 22u, 23u) are each axially slidably connected to the compensating shaft by means of the receptacle. the length compensation devices incorporated in the bottom roller lines (21u, 22u, 23u) are each designed and arranged in such a way that, with respect to the bottom roller lines (21u, 22u, 23u), both length compensation and torque transfer are possible, the length compensation devices comprise a compensation shaft and a receptacle which form a positive shaft-to-hub connection, and the roller segments (34, 48) of the bottom roller lines (21u, 22u, 23u) are each axially slidably connected to the compensating shaft by means of the receptacle.
A method for operating an elevator installation for transporting elevator users in a building area, the method comprising the steps: a) detecting the position of elevator users in the building area, b) granting access authorization to the elevator users to building regions, c) triggering a destination call by a detected elevator user, d) allocating an elevator cab serving the destination call, e) boarding an elevator cab by at least one detected elevator user, g) comparing whether the position of the elevator user who has boarded the elevator cab corresponds with the position of the elevator user who has triggered the destination call; and h) determining whether the elevator user who has boarded the elevator cab has an access authorization for a destination location corresponding with the destination call, or, instead of these steps, comprising the following steps: a) detecting the position of elevator users in the building area, b) granting access authorization to the elevator users to building regions, c) triggering an elevator call by a detected elevator user, d) allocating an elevator cab serving the elevator call, e) boarding an elevator cab by at least one detected elevator user, f) triggering a cab call by a detected elevator user, g) comparing whether the position of the elevator user who has boarded the elevator cab corresponds with the position of the elevator user who has triggered the elevator call; and h) determining whether the elevator user who has boarded the elevator cab has an access authorization for a destination location corresponding with the elevator call. a) detecting the position of elevator users in the building area, b) granting access authorization to the elevator users to building regions, c) triggering a destination call by a detected elevator user, d) allocating an elevator cab serving the destination call, e) boarding an elevator cab by at least one detected elevator user, g) comparing whether the position of the elevator user who has boarded the elevator cab corresponds with the position of the elevator user who has triggered the destination call; and h) determining whether the elevator user who has boarded the elevator cab has an access authorization for a destination location corresponding with the destination call, a) detecting the position of elevator users in the building area, b) granting access authorization to the elevator users to building regions, c) triggering an elevator call by a detected elevator user, d) allocating an elevator cab serving the elevator call, e) boarding an elevator cab by at least one detected elevator user, f) triggering a cab call by a detected elevator user, g) comparing whether the position of the elevator user who has boarded the elevator cab corresponds with the position of the elevator user who has triggered the elevator call; and h) determining whether the elevator user who has boarded the elevator cab has an access authorization for a destination location corresponding with the elevator call.