mhurhangee/ep-ind-claims huggingface dataset:
A load sharing system comprising: a plurality of power supplies (16a-16d) for powering a plurality of corresponding loads, each one of the plurality of power supplies being associated with at least one of the loads for powering its associated said load; a power bus (12, 14); a plurality of inductors (18a1-18d1, 18a2-18d2) connected to the power bus, each one of the plurality of inductors further being connected to at least one of the loads and at least one of the power supplies, such that each adjacent pair of the inductors is connected in parallel relative to at least one of the loads, and also in parallel with its associated power supply; and each of the inductors having an inductance value sufficient so that if a fault develops on the power bus, each said inductor operates to isolate the power supplies from the power bus; and the inductance value further being such that if any one of the power supplies fails, the specific pair of inductors coupled in parallel to the one of the loads associated with the failed power supply allows the one load to draw power over the power bus from other ones of the power supplies through the specific pair of inductors; and wherein the power bus is comprised of first and second (12, 14) independent power busses and further wherein the inductors of each said adjacent pair of inductors are connected so a first one of the adjacent pair is connected to the first power bus and the second one of the adjacent pair is connected to the second power bus. a plurality of power supplies (16a-16d) for powering a plurality of corresponding loads, each one of the plurality of power supplies being associated with at least one of the loads for powering its associated said load; a power bus (12, 14); a plurality of inductors (18a1-18d1, 18a2-18d2) connected to the power bus, each one of the plurality of inductors further being connected to at least one of the loads and at least one of the power supplies, such that each adjacent pair of the inductors is connected in parallel relative to at least one of the loads, and also in parallel with its associated power supply; and each of the inductors having an inductance value sufficient so that if a fault develops on the power bus, each said inductor operates to isolate the power supplies from the power bus; and the inductance value further being such that if any one of the power supplies fails, the specific pair of inductors coupled in parallel to the one of the loads associated with the failed power supply allows the one load to draw power over the power bus from other ones of the power supplies through the specific pair of inductors; and wherein the power bus is comprised of first and second (12, 14) independent power busses and further wherein the inductors of each said adjacent pair of inductors are connected so a first one of the adjacent pair is connected to the first power bus and the second one of the adjacent pair is connected to the second power bus.
Mobile station (5, 10, 15, 20) for operation in a mobile radio network in which multiple user classes (35, 40) are distinguished, characterized in that the mobile station (5, 10, 15, 20) is set up to read a user class (35, 40) from a SIM card, to use a broadcast control channel to receive information signals having access authorisation data that comprise access threshold value information (S3, S2, S1, S0) for an access threshold value and access class information (Z0 Z1, Z2, Z3), and to use an access class information (Z0 Z1, Z2, Z3) relevant to the user class (35, 40) to ascertain whether the mobile station (5, 10, 15, 20) can access a random access channel, for example RACH, independently of the access threshold value or whether the access authorisation for the random access channel, for example RACH, is to be ascertained on the basis of an access threshold value evaluation, and the mobile station (5, 10, 15, 20) is set up to compare, as an access threshold value evaluation, the access threshold value with a random number or a pseudorandom number, and the mobile station (5, 10, 15, 20) is set up to access the random access channel on the basis of the result of the ascertainment using the access class information relevant to the user class either independently of the access threshold value or on the basis of a comparison of the access threshold value with the random number or the pseudorandom number. to read a user class (35, 40) from a SIM card, to use a broadcast control channel to receive information signals having access authorisation data that comprise access threshold value information (S3, S2, S1, S0) for an access threshold value and access class information (Z0 Z1, Z2, Z3), and to use an access class information (Z0 Z1, Z2, Z3) relevant to the user class (35, 40) to ascertain whether the mobile station (5, 10, 15, 20) can access a random access channel, for example RACH, independently of the access threshold value or whether the access authorisation for the random access channel, for example RACH, is to be ascertained on the basis of an access threshold value evaluation, and whether the mobile station (5, 10, 15, 20) can access a random access channel, for example RACH, independently of the access threshold value or whether the access authorisation for the random access channel, for example RACH, is to be ascertained on the basis of an access threshold value evaluation, and to compare, as an access threshold value evaluation, the access threshold value with a random number or a pseudorandom number, and
A biodegradable polymer composition comprising: 30% to 50% (w/w) of an extrusion grade bio-degradable polymer; and 50% to 70% (w/w) of an injection molding grade bio-degradable polymer, wherein both the extrusion grade bio-degradable polymer and the injection grade bio-degradable polymer are starch based bio-degradable polymers. 30% to 50% (w/w) of an extrusion grade bio-degradable polymer; and 50% to 70% (w/w) of an injection molding grade bio-degradable polymer,
Metered dose inhaler for dispensing aerosol doses comprising: an actuation housing adapted to receive a canister which is configured to move from a rest position to an activation position in which a valve of the canister, positioned at a valve end of the canister, is depressed against a bottom portion of the actuation housing such that an aerosol dose is released, a mechanical dose counter comprising an indicator member which is constructed and arranged to undergo a predetermined count-indicating motion when an aerosol dose is released, a triggering unit (11, 11', 11'', 11''') for triggering at least one electrical switch when the canister is moved from the rest position to the activation position, whereby an electrical signal is generated, and a processing unit for processing the signal generated by the switch upon being triggered, wherein the actuation housing further comprises a mouthpiece for inhalation of the aerosol, characterized in that the triggering unit (11, 11', 11'', 11''') is positioned within the actuation housing opposite to the mouthpiece, wherein the actuation housing is adapted to receive the canister in between the triggering unit (11, 11', 11'', 11''') and the mouthpiece. an actuation housing adapted to receive a canister which is configured to move from a rest position to an activation position in which a valve of the canister, positioned at a valve end of the canister, is depressed against a bottom portion of the actuation housing such that an aerosol dose is released, a mechanical dose counter comprising an indicator member which is constructed and arranged to undergo a predetermined count-indicating motion when an aerosol dose is released, a triggering unit (11, 11', 11'', 11''') for triggering at least one electrical switch when the canister is moved from the rest position to the activation position, whereby an electrical signal is generated, and a processing unit for processing the signal generated by the switch upon being triggered, wherein the actuation housing further comprises a mouthpiece for inhalation of the aerosol, characterized in that the triggering unit (11, 11', 11'', 11''') is positioned within the actuation housing opposite to the mouthpiece, wherein the actuation housing is adapted to receive the canister in between the triggering unit (11, 11', 11'', 11''') and the mouthpiece.
Method for determining the state of wear of a sidewall of a tyre for a heavy-duty vehicle for urban use: - said sidewall comprising at least one wear indicator which is recessed in relation to an outer face of the sidewall, is in contact with the atmospheric air, and visually contrasts with the outer face of the sidewall, - said method for determining the state of wear of the sidewall being characterized by: - a step of sensing the state of the wear indicator on a given date Ti, - a step of determining the depth Pi of the wear indicator on the given date Ti, - a step of determining the mean rate of wear Vi of the wear indicator on the given date Ti, - a step of estimating the provisional date of maintenance Mi for the tyre when the depth of the wear indicator will be zero, - a step of outputting at least one item of information about the state of wear of the sidewall and about the provisional date of maintenance Mi for the tyre. - said sidewall comprising at least one wear indicator which is recessed in relation to an outer face of the sidewall, is in contact with the atmospheric air, and visually contrasts with the outer face of the sidewall, - said method for determining the state of wear of the sidewall being characterized by: - a step of sensing the state of the wear indicator on a given date Ti, - a step of determining the depth Pi of the wear indicator on the given date Ti, - a step of determining the mean rate of wear Vi of the wear indicator on the given date Ti, - a step of estimating the provisional date of maintenance Mi for the tyre when the depth of the wear indicator will be zero, - a step of outputting at least one item of information about the state of wear of the sidewall and about the provisional date of maintenance Mi for the tyre. - a step of sensing the state of the wear indicator on a given date Ti, - a step of determining the depth Pi of the wear indicator on the given date Ti, - a step of determining the mean rate of wear Vi of the wear indicator on the given date Ti, - a step of estimating the provisional date of maintenance Mi for the tyre when the depth of the wear indicator will be zero, - a step of outputting at least one item of information about the state of wear of the sidewall and about the provisional date of maintenance Mi for the tyre.
A machine implemented method for use in a content delivery network, CDN, that distributes content to a plurality of users, wherein the CDN comprises a central server and a plurality of gateway devices, wherein the central server is configured to manage content delivery services, wherein the plurality of gateway devices are located at or proximate to user locations and include data storage capability for use in caching at least some of the content to be distributed in the CDN, wherein the content comprises network coded file segments that are formed by generating a linear combination of different file segments weighted by random coding coefficients, and wherein the method is performed by the central server, the method comprising: collecting information about a present configuration of the CDN; assembling statistics of operation of the CDN corresponding to user content requirements; determining content to be cached at the plurality of gateway devices by minimizing a cost function associated with content delivery, wherein the cost function accounts for costs associated with content delivery from the server and costs associated with content delivery from the gateway devices, wherein determining content includes using the collected information and the assembled statistics, and wherein the process of minimizing the cost function takes into account the use of network coding in the CDN; and causing content to be sent to the plurality of gateway devices to be cached thereby in accordance with the results of said determining. collecting information about a present configuration of the CDN; assembling statistics of operation of the CDN corresponding to user content requirements; determining content to be cached at the plurality of gateway devices by minimizing a cost function associated with content delivery, wherein the cost function accounts for costs associated with content delivery from the server and costs associated with content delivery from the gateway devices, wherein determining content includes using the collected information and the assembled statistics, and wherein the process of minimizing the cost function takes into account the use of network coding in the CDN; and causing content to be sent to the plurality of gateway devices to be cached thereby in accordance with the results of said determining.
A method implemented by a computing device, the method comprising: probing a network, by the computing device, to identify proxy servers or subnets; examining a token, by the computing device, that is associated with a process executed on the computing device to determine whether access to a network capability is permitted for the process that is executed on the computing device, the token having one or more security identifiers that reference one or more network capabilities described in a manifest which lists capabilities made accessible and/or inaccessible to the process and that are permitted for use by the process; and managing the access of the process executed on the computer device to the network capabilities of the network based on the identification of the proxy servers or subnets and an examination of a token that is associated with the process. probing a network, by the computing device, to identify proxy servers or subnets; examining a token, by the computing device, that is associated with a process executed on the computing device to determine whether access to a network capability is permitted for the process that is executed on the computing device, the token having one or more security identifiers that reference one or more network capabilities described in a manifest which lists capabilities made accessible and/or inaccessible to the process and that are permitted for use by the process; and managing the access of the process executed on the computer device to the network capabilities of the network based on the identification of the proxy servers or subnets and an examination of a token that is associated with the process.
An axle assembly comprising: a housing assembly that receives a differential assembly and that at least partially defines a cavity that has a sump portion that receives lubricant; an electric motor module that is mounted to the housing assembly; a transmission module that includes: a first transmission housing that is mounted to the electric motor module and is fluidly connected to the housing assembly via a first lubricant passage; and a second transmission housing that is mounted to the first transmission housing, wherein the first and second transmission housings (200, 202) cooperate to define a transmission housing cavity that receives a transmission, and a lubricant catcher is received in the transmission housing cavity, the lubricant catcher being mounted to the second transmission housing and extending from the second transmission housing toward the first transmission housing. a housing assembly that receives a differential assembly and that at least partially defines a cavity that has a sump portion that receives lubricant; an electric motor module that is mounted to the housing assembly; a transmission module that includes: a first transmission housing that is mounted to the electric motor module and is fluidly connected to the housing assembly via a first lubricant passage; and a second transmission housing that is mounted to the first transmission housing, wherein the first and second transmission housings (200, 202) cooperate to define a transmission housing cavity that receives a transmission, and a lubricant catcher is received in the transmission housing cavity, the lubricant catcher being mounted to the second transmission housing and extending from the second transmission housing toward the first transmission housing. a first transmission housing that is mounted to the electric motor module and is fluidly connected to the housing assembly via a first lubricant passage; and a second transmission housing that is mounted to the first transmission housing, wherein the first and second transmission housings (200, 202) cooperate to define a transmission housing cavity that receives a transmission, and a lubricant catcher is received in the transmission housing cavity, the lubricant catcher being mounted to the second transmission housing and extending from the second transmission housing toward the first transmission housing.
A microelectronic assembly, comprising: a first element comprising at least one of semiconductor or inorganic dielectric material; a microelectronic element attached to the first element such that a first surface of the first element faces a major surface of the microelectronic element, the microelectronic element having a plurality of conductive pads exposed at the major surface, the microelectronic element having active semiconductor devices therein, the microelectronic element having a rear surface opposite the major surface; a first opening extending from an exposed second surface of the first element towards the first surface thereof, and a second opening extending from the first opening through a first one of the conductive pads to the rear surface of the microelectronic element, wherein where the first and second openings meet at a first location, interior surfaces of the first and second openings extend at different angles relative to the major surface of the microelectronic element; a conductive element (1114, 1154) extending within the first and second openings and contacting the at least one conductive pad, and wherein a first portion of the conductive element within the first opening tapers uniformly from a first width adjacent the exposed surface of the first element to a second width at the first location, and a second portion of the conductive element tapers uniformly from a third width adjacent the rear surface of the microelectronic element to a fourth width at the first location extending through the conductive pad. a first element comprising at least one of semiconductor or inorganic dielectric material; a microelectronic element attached to the first element such that a first surface of the first element faces a major surface of the microelectronic element, the microelectronic element having a plurality of conductive pads exposed at the major surface, the microelectronic element having active semiconductor devices therein, the microelectronic element having a rear surface opposite the major surface; a first opening extending from an exposed second surface of the first element towards the first surface thereof, and a second opening extending from the first opening through a first one of the conductive pads to the rear surface of the microelectronic element, wherein where the first and second openings meet at a first location, interior surfaces of the first and second openings extend at different angles relative to the major surface of the microelectronic element; a conductive element (1114, 1154) extending within the first and second openings and contacting the at least one conductive pad, and wherein a first portion of the conductive element within the first opening tapers uniformly from a first width adjacent the exposed surface of the first element to a second width at the first location, and a second portion of the conductive element tapers uniformly from a third width adjacent the rear surface of the microelectronic element to a fourth width at the first location extending through the conductive pad.
Method for operation of an electrical supply device, which is connected on the network side to an electrical supply network and has: - a frequency converter, which has a network-side power converter, an intermediate circuit, and a load-side power converter as well as - a network filter, which is connected upstream of the network-side power converter, wherein - during a pulse-blocking operating state of the frequency converter, a check is carried out as to whether a dangerous state is present for the network filter, and - only the network-side power converter is actuated, only in the case where the dangerous state, is present in such a way that a network perturbation causing the dangerous state of the network filter is at least damped, so the network filter is protected from the dangerous state, without cancelling the pulse-blocking operating state as a whole. - a frequency converter, which has a network-side power converter, an intermediate circuit, and a load-side power converter as well as - a network filter, which is connected upstream of the network-side power converter, - during a pulse-blocking operating state of the frequency converter, a check is carried out as to whether a dangerous state is present for the network filter, and - only the network-side power converter is actuated, only in the case where the dangerous state, is present in such a way that a network perturbation causing the dangerous state of the network filter is at least damped, so the network filter is protected from the dangerous state, without cancelling the pulse-blocking operating state as a whole.
A non-naturally occurring microbial organism having a pathway from acetyl-CoA and pyruvate to butadiene, crotyl alcohol, or 3-buten-2-ol, wherein said pathway includes 4-hydroxy-2-oxovalerate as a pathway intermediate compound, said microbial organism comprising at least one heterologous nucleic acid encoding an enzyme of said pathway, the enzyme comprising 3-hydroxybutyraldehyde dehydratase, and wherein said pathway comprises acetyl-CoA reductase, 4-hydroxy 2-oxovalerate aldolase, 4-hydroxy 2-oxovalerate decarboxylase selected from pyruvate decarboxylase (EC 4.1.1.1), benzoylformate decarboxylase (EC 4.1.1.7), alpha-ketoglutarate decarboxylase and branched-chain alpha-ketoacid decarboxylase (EC 4.1.1.71), 3-hydroxybutyraldehyde dehydratase, and crotyl aldehyde reductase, and optionally crotyl alcohol vinylisomerase, or 1K and 3-buten-2-ol dehydratase, or crotyl alcohol dehydratase/vinylisomerase.
A computer-implemented method for correcting artifacts in computed tomography,CT, data from a CT system, comprising: obtaining the CT data from a CT scan based on measuring a series of views or projections from many different angles around a patient or object; combining projections acquired at different view angles into a sinogram; inputting the sinogram into a trained sinogram correction network, wherein the sinogram is missing a pixel value for at least one pixel, wherein the sinogram is a combination of multiple projections acquired at different view angles; processing the sinogram via one or more layers of the trained sinogram correction network, wherein processing the sinogram comprises deriving complementary information from the sinogram and estimating the pixel value for the at least one pixel based on the complementary information; and outputting from the trained sinogram correction network a corrected sinogram having the estimated pixel value. obtaining the CT data from a CT scan based on measuring a series of views or projections from many different angles around a patient or object; combining projections acquired at different view angles into a sinogram; inputting the sinogram into a trained sinogram correction network, wherein the sinogram is missing a pixel value for at least one pixel, wherein the sinogram is a combination of multiple projections acquired at different view angles; processing the sinogram via one or more layers of the trained sinogram correction network, wherein processing the sinogram comprises deriving complementary information from the sinogram and estimating the pixel value for the at least one pixel based on the complementary information; and outputting from the trained sinogram correction network a corrected sinogram having the estimated pixel value.