mhurhangee/ep-ind-claims huggingface dataset:
A polymer comprising one or more divalent units of formula I wherein Y 3 is N or CR 3, Y 4 is N or CR 4. R 1, R 2 denote independently of each other, and on each occurrence identically or differently, straight-chain, branched or cyclic alkyl with 1 to 30 C atoms, preferably 1 to 20 C atoms, in which one or more non-adjacent C atoms are optionally replaced by -O-, -S-, -C -, -C -O-, -O-C -, -CH=CH- or -C=C- and which are unsubstituted or substituted by F, Cl, Br, I or CN, R 3, R 4 denote independently of each other, and on each occurrence identically or differently, H, halogen, or an optionally substituted carbyl or hydrocarbyl group, wherein one or more C atoms are optionally replaced by a hetero atom. Y 3 is N or CR 3, Y 4 is N or CR 4. R 1, R 2 denote independently of each other, and on each occurrence identically or differently, straight-chain, branched or cyclic alkyl with 1 to 30 C atoms, preferably 1 to 20 C atoms, in which one or more non-adjacent C atoms are optionally replaced by -O-, -S-, -C -, -C -O-, -O-C -, -CH=CH- or -C=C- and which are unsubstituted or substituted by F, Cl, Br, I or CN, R 3, R 4 denote independently of each other, and on each occurrence identically or differently, H, halogen, or an optionally substituted carbyl or hydrocarbyl group, wherein one or more C atoms are optionally replaced by a hetero atom.
A production method for an ion exchange membrane for alkali chloride electrolysis, which is a method for producing an ion exchange membrane for alkali chloride electrolysis having a layer containing a fluorinated polymer having carboxylic acid type functional groups and further having a layer containing a fluorinated polymer having sulfonic acid type functional groups, by immersing an ion exchange membrane precursor film having a precursor layer containing a fluorinated polymer having groups convertible to carboxylic acid type functional groups and further having a precursor layer containing a fluorinated polymer having groups convertible to sulfonic acid type functional groups, in an alkaline aqueous solution containing an alkali metal hydroxide, a water-soluble organic solvent and water, and subjecting the groups convertible to carboxylic acid type functional groups to hydrolysis treatment to convert them to carboxylic acid type functional groups, and at the same time, subjecting the groups convertible to sulfonic acid type functional groups to hydrolysis treatment to convert them to sulfonic acid type functional groups, which is characterized in that the concentration of the water-soluble organic solvent is from 1 to 60 mass% in the alkaline aqueous solution (100 mass%), wherein the water-soluble organic solvent is dimethyl sulfoxide, the temperature of the alkaline aqueous solution is at least 40°C and less than 80°C, the proportion of structural units having the carboxylic acid type functional groups in the fluorinated polymer having the carboxylic acid type functional groups, is from 13.25 to 14.35 mol%, in all structural units (100 mol%) in the fluorinated polymer having the carboxylic acid type functional groups, and the proportion of structural units having the sulfonic acid type functional groups in the fluorinated polymer having the sulfonic acid type functional groups, is from 13.10 to 30.50 mol%, in all structural units (100 mol%) in the fluorinated polymer having the sulfonic acid type functional groups.
A method for managing operation of a conformal phased-array antenna, the method comprising: providing structural data about the antenna to be operated, said structural data comprising data indicative of a geometry of a curved radiating surface defined by an arrangement of N antenna elements of the phased array and data indicative of said arrangement of N antenna elements; utilizing input data indicative of a selected direction of antenna operation and processing said structural data about the antenna, said processing comprising: determining a selected set of M antenna elements out of the N antenna elements defining a desired radiation pattern of the antenna for said selected direction, wherein M ≤ N and wherein the selected set of M antenna elements are antenna elements which provide sufficient gain in the selected direction; determining beam forming data for said selected set of M antenna elements, the beam forming data comprising correction data for amplitude, phase and polarization of radiation for each of said M antenna elements, corresponding to coherent addition of radiation components of said M antenna elements in either transmitting or receiving modes of the antenna operation; and determining operational data indicative of said correction data for operation of each antenna element of said M antenna elements, to thereby provide phase and polarization pattern with maximized coherent addition corresponding to the desired radiation pattern of the set of M antenna elements. providing structural data about the antenna to be operated, said structural data comprising data indicative of a geometry of a curved radiating surface defined by an arrangement of N antenna elements of the phased array and data indicative of said arrangement of N antenna elements; utilizing input data indicative of a selected direction of antenna operation and processing said structural data about the antenna, said processing comprising: determining a selected set of M antenna elements out of the N antenna elements defining a desired radiation pattern of the antenna for said selected direction, wherein M ≤ N and wherein the selected set of M antenna elements are antenna elements which provide sufficient gain in the selected direction; determining beam forming data for said selected set of M antenna elements, the beam forming data comprising correction data for amplitude, phase and polarization of radiation for each of said M antenna elements, corresponding to coherent addition of radiation components of said M antenna elements in either transmitting or receiving modes of the antenna operation; and determining operational data indicative of said correction data for operation of each antenna element of said M antenna elements, to thereby provide phase and polarization pattern with maximized coherent addition corresponding to the desired radiation pattern of the set of M antenna elements.
A welding system comprising: - a welding-related device coupled to a power supply via power cables, wherein the welding-related device receives power from the power supply via the power cables, and the welding-related device comprises sensing circuitry configured to determine a parameter indicative of a delay between when the power is output from the power supply and when the power is received by the welding-related device through the power cables, wherein the welding-related device comprises a welding wire feeder, a plasma cutter, an induction heater, a power generator or a welding power source, characterized in that the sensing circuitry is configured: - to determine the parameter indicative of the delay based at least in part on a delay in a voltage of the received power changing to a threshold voltage after a change in a current of the received power; or - to determine the parameter indicative of the delay based at least in part on a ramp rate of a current of the received power; or - to determine the parameter indicative of the delay based at least in part on a comparison of a voltage of the received power to a current of the received power after a change in the current; or - to determine the parameter indicative of the delay based at least in part on a delay in a current of the received power changing to a demand current, and wherein the sensing circuitry is configured to determine inductance of the power cables as the parameter indicative of the delay based at least in part on said monitored values. - a welding-related device coupled to a power supply via power cables, wherein the welding-related device receives power from the power supply via the power cables, and the welding-related device comprises sensing circuitry configured to determine a parameter indicative of a delay between when the power is output from the power supply and when the power is received by the welding-related device through the power cables, - to determine the parameter indicative of the delay based at least in part on a delay in a voltage of the received power changing to a threshold voltage after a change in a current of the received power; or - to determine the parameter indicative of the delay based at least in part on a ramp rate of a current of the received power; or - to determine the parameter indicative of the delay based at least in part on a comparison of a voltage of the received power to a current of the received power after a change in the current; or - to determine the parameter indicative of the delay based at least in part on a delay in a current of the received power changing to a demand current,
A rodent whose genome comprises an endogenous Slc30a8 locus comprising a mutated Slc30a8 gene, wherein the mutated Slc30a8 gene comprises a nonsense mutation at the 3' end of the third exon of the Slc30a8 gene and results in the rodent having an enhanced capacity for insulin secretion relative to a rodent without the mutation.
A system operable to migrate a source virtual machine from a source computer system to a target computer system, the system comprising: a source computer system including at least one logical processor coupled to a computer-readable storage medium, the computer-readable storage medium comprising: instructions that when executed by the source computer system cause each page of guest physical memory allocated to the source virtual machine to be mapped read-only while a guest operating system executes in the source virtual machine; instructions that when executed by the source computer system cause each page mapped as read-only to be sent to the target computer system while the guest operating system executes; instructions that when executed by the source computer system cause a group of pages to be mapped as writable in response to detecting that the guest operating system attempted to change a specific page, wherein the group includes the specific page and a number of pages contiguous to the specific page; instructions that when executed by the source computer system cause the pages mapped as writeable to be re-sent to the target computer system; and instructions that when executed by the source computer system cause stopping the source virtual machine and sending any remaining pages to the target computing system. instructions that when executed by the source computer system cause each page of guest physical memory allocated to the source virtual machine to be mapped read-only while a guest operating system executes in the source virtual machine; instructions that when executed by the source computer system cause each page mapped as read-only to be sent to the target computer system while the guest operating system executes; instructions that when executed by the source computer system cause a group of pages to be mapped as writable in response to detecting that the guest operating system attempted to change a specific page, wherein the group includes the specific page and a number of pages contiguous to the specific page; instructions that when executed by the source computer system cause the pages mapped as writeable to be re-sent to the target computer system; and instructions that when executed by the source computer system cause stopping the source virtual machine and sending any remaining pages to the target computing system.
A method, comprising: Receiving (105; 410), by a device, historical data that relates to user access rights associated with multiple cloud applications, wherein the historical data includes features that relate to permissions and attributes associated with multiple users within the multiple cloud applications; using (110; 420), by the device, an unsupervised machine learning technique to cluster the historical data based on the features that relate to the permissions and the attributes associated with the multiple users within the multiple cloud applications; using (115; 430), by the device, a supervised machine learning technique to train an access rights data model based on the clustered historical data; performing (130; 440), by the device, one or more actions that relate to current access rights assigned to at least one user within one or more of the multiple cloud applications based on a score representing a probability that an access level assigned to the at least one user within the one or more of the multiple cloud applications is correct, wherein the score is determined based on the access rights data model and a set of features that relate to the at least one user; and applying (140; 450), by the device, a reinforcement learning technique to update the access rights data model based on data providing feedback on the one or more actions. Receiving (105; 410), by a device, historical data that relates to user access rights associated with multiple cloud applications, wherein the historical data includes features that relate to permissions and attributes associated with multiple users within the multiple cloud applications; using (110; 420), by the device, an unsupervised machine learning technique to cluster the historical data based on the features that relate to the permissions and the attributes associated with the multiple users within the multiple cloud applications; using (115; 430), by the device, a supervised machine learning technique to train an access rights data model based on the clustered historical data; performing (130; 440), by the device, one or more actions that relate to current access rights assigned to at least one user within one or more of the multiple cloud applications based on a score representing a probability that an access level assigned to the at least one user within the one or more of the multiple cloud applications is correct, wherein the score is determined based on the access rights data model and a set of features that relate to the at least one user; and applying (140; 450), by the device, a reinforcement learning technique to update the access rights data model based on data providing feedback on the one or more actions.
A diesel particulate filter comprising: a. a wall-flow filter substrate having a mean pore size, an inlet side, an outlet side, and a porous interior between the inlet and outlet sides; and b. a catalyst composition coated from the inlet side of the substrate, wherein the catalyst composition has a d 50 particle size distribution, wherein said d 50 particle size distribution is less than the mean pore size divided by 4.9, and wherein the outlet side is substantially free of a catalyst coating. a. a wall-flow filter substrate having a mean pore size, an inlet side, an outlet side, and a porous interior between the inlet and outlet sides; and b. a catalyst composition coated from the inlet side of the substrate, wherein the catalyst composition has a d 50 particle size distribution,
Fluid pump, in particular liquid pump having a rotor with at least one rotor blade (20, 21) for conveying fluid, the rotor being variable with respect to its diameter between a first, compressed state and a second expanded state, wherein the at least one rotor blade (20, 21) is deformable between a first state which it assumes in the compressed state of the rotor and a second state which it assumes in the expanded state of the rotor by means of a fluid counterpressure during a rotation of the rotor during pump operation, wherein the at least one rotor blade (20, 21) has a leading and a trailing side in the direction of movement during the conveying operation, characterised in that said sides have different configurations in the form of different material properties and/or constructional assembly at least along a part of the distance between the radially outer tip of the blade and the radially inner end of the blade.
A low drag garment having a front region, a rear region and at least one side region, the low drag garment comprising a textured fabric in said at least one side region, wherein the textured fabric has a texture pattern with a substantially uniform texture height wherein the textured fabric in the side region has a texture pattern that comprises a plurality of isolated texture formations separated by regions with substantially no surface texture, and the texture formations are arranged in a plurality of rows and each said row extends transverse to a direction of airflow from the front region to the rear region of the garment, characterised in that the texture pattern has a substantially uniform texture height in the range of 0.2 to 0.8 mm and the rows have a mean spacing D in a direction of airflow in the range 1mm to 10mm.
A device comprising: a control unit configured to receive information on a dose of a primary medicament, characterized in that said control unit is further configured to determine at least one value of a dose of a fluid agent based at least in part on said dose of said primary medicament and a therapeutic dose profile, wherein the therapeutic dose profile is a non-linear profile (820, 860, 880, 900, 920) of the primary medicament and the fluid agent. a control unit configured to receive information on a dose of a primary medicament, characterized in that said control unit is further configured to determine at least one value of a dose of a fluid agent based at least in part on said dose of said primary medicament and a therapeutic dose profile, wherein the therapeutic dose profile is a non-linear profile (820, 860, 880, 900, 920) of the primary medicament and the fluid agent.
An apparatus comprising means for performing: configuring, at an access device of a network, resources for a proxy-based random access operation to the network; determining, by the access device, an overload situation of the network if a group paging request has been received from the network; and transmitting, by the access device in response to determining an overload situation of the network, an indication of the configured resources and of at least one identified support device and of a plurality of identified terminal devices to use the proxy-based random access operation, wherein the at least one support device is instructed by the indication to act as a proxy for the proxy-based random access operation. configuring, at an access device of a network, resources for a proxy-based random access operation to the network; determining, by the access device, an overload situation of the network if a group paging request has been received from the network; and transmitting, by the access device in response to determining an overload situation of the network, an indication of the configured resources and of at least one identified support device and of a plurality of identified terminal devices to use the proxy-based random access operation, wherein the at least one support device is instructed by the indication to act as a proxy for the proxy-based random access operation.
A negative electrode for a lithium ion secondary battery, the negative electrode comprising: a negative electrode electricity collector; and a negative electrode mixture layer formed over the negative electrode electricity collector, wherein the negative electrode mixture layer includes a first layer disposed over the negative electrode electricity collector, and a second layer disposed over the first layer, the second layer includes graphite particles A having a particle internal porosity of 10% or lower, and the first layer includes graphite particles B having a particle internal porosity of greater than 10%, when the particle internal porosity is measured using scanning electron microscopy as indicated in the description, a water contact angle of the second layer is 50° or lower, when the water contact angle is measured using a contact angle meter as indicated in the description, and a volume ratio of the graphite particles A in the second layer with respect to a total volume of the second layer is 29 volume% or greater. a negative electrode electricity collector; and a negative electrode mixture layer formed over the negative electrode electricity collector, wherein the negative electrode mixture layer includes a first layer disposed over the negative electrode electricity collector, and a second layer disposed over the first layer, the second layer includes graphite particles A having a particle internal porosity of 10% or lower, and the first layer includes graphite particles B having a particle internal porosity of greater than 10%, when the particle internal porosity is measured using scanning electron microscopy as indicated in the description, a water contact angle of the second layer is 50° or lower, when the water contact angle is measured using a contact angle meter as indicated in the description, and a volume ratio of the graphite particles A in the second layer with respect to a total volume of the second layer is 29 volume% or greater.
Method for the preparation of a finely crumbled growing medium for the production of flower soil or potting soil, or for spreading onto or working into topsoil in horticulture and landscaping or in agriculture, in which preparation is realised using an input material in the form of excavated soil from a soil deposit or excavation pit and the input material contains mineral and organic constituents, and in which the input material or at least a fraction of the input material is supplied to a screening machine that separates the input material or the fraction into a first grain fraction and a second grain fraction forming the finely crumbled growing medium with a grain size that is largely smaller than 2 mm, by means of transporting the input material or the fraction in the screening machine over a vibrating screen surface that, at least in sections, is tilted downward in a working direction and comprises at least a first screening section with a first perforation or mesh size and a second screening section located downstream in the working direction with a second perforation or mesh size, the holes or mesh of which, in at least one direction, have a smaller size than the holes or mesh of the first perforation, and in which the prepared growing medium is subsequently used as an additive for the production of flower soil or potting soil, or for spreading onto or working into topsoil.
Motor vehicle which has at least one front seat and/or one rear seat made up of a substantially horizontal seat cushion and a substantially vertical backrest that is substantially transverse to the longitudinal direction of the vehicle, at least one seat having a backrest that is mounted so as to be movable, independently of the seat cushion, between a first, substantially vertical travel position, in which the backrest is substantially transverse to the longitudinal direction of the vehicle and a second, retracted position, in which the backrest forms an angle ( α) with respect to the first position, characterized in that the backrest combines a rotation and a movement in lateral translation as it moves between the first position and the second position such that, in its second position, the backrest is offset laterally.