mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus comprising: communication means (101, 102, 103) for performing communication with a base station using one of a plurality of communication lines, a plurality of slots (3, 4, 5) to which a plurality of storage media are attached; and read-out means for reading out identification information from each of the plurality of storage media (6, 7, 8), attached to the plurality of slots, each storing identification information about a communication line; wherein the communication means is arranged to determine communication lines corresponding to the plurality of storage media based on the identification information read out from the plurality of storage media by said read-out means and perform communication with a base station using one of the plurality of determined communication lines; characterized by further comprising: control means for controlling said communication means to execute a search process of searching for a base station communicable with said communication means at an interval determined for each of the determined communication lines and to be in a standby state for an incoming call based on a result of the search process, wherein said control means is arranged to control said communication means to execute the search process for, of the plurality of communication lines determined based on the identification information of the plurality of storage media, a communication line that is not set in the standby state at the determined interval. communication means (101, 102, 103) for performing communication with a base station using one of a plurality of communication lines, a plurality of slots (3, 4, 5) to which a plurality of storage media are attached; and read-out means for reading out identification information from each of the plurality of storage media (6, 7, 8), attached to the plurality of slots, each storing identification information about a communication line; wherein the communication means is arranged to determine communication lines corresponding to the plurality of storage media based on the identification information read out from the plurality of storage media by said read-out means and perform communication with a base station using one of the plurality of determined communication lines; control means for controlling said communication means to execute a search process of searching for a base station communicable with said communication means at an interval determined for each of the determined communication lines and to be in a standby state for an incoming call based on a result of the search process, wherein said control means is arranged to control said communication means to execute the search process for, of the plurality of communication lines determined based on the identification information of the plurality of storage media, a communication line that is not set in the standby state at the determined interval.
A method of producing yeast-polyphenol ferment extract comprising the steps of: growing the cells of a yeast of Pichia genus in a growth media to late-logarithmic growth phase wherein the carbon source in said media is exhausted; exposing said cells to a non-cytotoxic dose of polyphenol; and extracting cytoplasmic and extra-cellular components of the exposed yeast cells from the growth media. growing the cells of a yeast of Pichia genus in a growth media to late-logarithmic growth phase wherein the carbon source in said media is exhausted; exposing said cells to a non-cytotoxic dose of polyphenol; and extracting cytoplasmic and extra-cellular components of the exposed yeast cells from the growth media.
System for supplying dense phase powder comprising: - a dosing device, suitable for dosing the powder according to a given average flow rate; - a device for injecting the powder by gravity in the form of a truncated cone, arranged under the dosing device so as to receive, by gravity, the powder dosed according to the given average flow rate; - a gas blowing tube, the tube being straight and having, at its bottom end, either a hole emerging on its axis, or a plurality of holes emerging radially to the axis of the tube substantially at the same longitudinal elevation thereof; the straight tube being arranged in the truncated cone with its longitudinal axis X coinciding with that of the truncated cone, so as to be able to locally inject a gas through the hole(s) into the flow of powder falling by gravity in the injection cone. - a dosing device, suitable for dosing the powder according to a given average flow rate; - a device for injecting the powder by gravity in the form of a truncated cone, arranged under the dosing device so as to receive, by gravity, the powder dosed according to the given average flow rate; - a gas blowing tube, the tube being straight and having, at its bottom end, either a hole emerging on its axis, or a plurality of holes emerging radially to the axis of the tube substantially at the same longitudinal elevation thereof; the straight tube being arranged in the truncated cone with its longitudinal axis X coinciding with that of the truncated cone, so as to be able to locally inject a gas through the hole(s) into the flow of powder falling by gravity in the injection cone.
A method for determining an operating point (BP actual, nominal) for an agricultural vehicle with ground engaging devices for supporting the vehicle against ground, a propulsion engine for driving the ground engaging device, sensors (30, 32, 36, 37) for producing sensor signals, wherein a sensor signal can be generated as a function of a measured vehicle parameter (P F), and an evaluation unit for executing the method and for acquiring and analysing sensor signals at least, characterized in that at least one input parameter (P E) is input into the evaluation unit, at least one performance characteristic (40, 47) for operating parameters (P B) of the vehicle is compiled by the evaluation unit based on the at least one input parameter (P E) and an optimal operating point (BP nominal) based on the performance characteristic (40, 47) is determined and/or is retrieved from a storage unit on the basis of a position of the vehicle, a current operating parameter (BP actual) based on acquired vehicle parameters (P F) is determined by the evaluation unit, and the current operating point (BP actual) is compared with the optimal operating point (BP nominal), whereupon an adjustment of the represented operating point (BP actual, nominal), the operating parameter (P B) and/or the vehicle parameter (P F) is carried out by interaction with the respective graphical representation of the operating point (BP actual, nominal) and/or of the respective parameter (P B,F).
Polymers of the polyaryl ether ketone family or polyether sulfone polymers containing grafted bis(sulfonyl)imide lithium or sodium salts satisfying formulas I, II, III, IV, V, VI, VII, VIII, IX, X, XI, XII, XIII, XIV and XV wherein: - M represents a lithium or sodium atom - R represents a group or different groups chosen from: -- an alkyl or cycloalkyl group having 1 to 30 linear or branched carbon atoms optionally substituted by a cycloalkyl, aryl, perfluoroalkyl, polyfluoroalkyl, mono or polyethoxylated motif; -- a perfluoro- or polyfluoroalkyl group optionally substituted by aromatic groups; -- an aryl or polyaryl group optionally substituted by alkyl, cycloalkyl, polyfluoro- or perfluoroalkyl motifs, nitrile functions, alkyl or alkylsulfonyl functions, fluorine atoms; - m represents the percentage of polymer units having an oxoaryl or dioxoaryl motif having a grafted bis(sulfonyl)imidide salt, this percentage varying between 50 and 100%, more preferably varying between 90 and 100%, - n represents the percentage of polymer units having no oxoaryl or dioxoaryl motif functionalized by a bis(sulfonyl)imide motif, this percentage varying between 0 and 50%, more preferably varying between 0 and 10%, - p represents the number of polymer units of the polymer; p varying from 40 to 300. - M represents a lithium or sodium atom - R represents a group or different groups chosen from: -- an alkyl or cycloalkyl group having 1 to 30 linear or branched carbon atoms optionally substituted by a cycloalkyl, aryl, perfluoroalkyl, polyfluoroalkyl, mono or polyethoxylated motif; -- a perfluoro- or polyfluoroalkyl group optionally substituted by aromatic groups; -- an aryl or polyaryl group optionally substituted by alkyl, cycloalkyl, polyfluoro- or perfluoroalkyl motifs, nitrile functions, alkyl or alkylsulfonyl functions, fluorine atoms; -- an alkyl or cycloalkyl group having 1 to 30 linear or branched carbon atoms optionally substituted by a cycloalkyl, aryl, perfluoroalkyl, polyfluoroalkyl, mono or polyethoxylated motif; -- a perfluoro- or polyfluoroalkyl group optionally substituted by aromatic groups; -- an aryl or polyaryl group optionally substituted by alkyl, cycloalkyl, polyfluoro- or perfluoroalkyl motifs, nitrile functions, alkyl or alkylsulfonyl functions, fluorine atoms; - m represents the percentage of polymer units having an oxoaryl or dioxoaryl motif having a grafted bis(sulfonyl)imidide salt, this percentage varying between 50 and 100%, more preferably varying between 90 and 100%, - n represents the percentage of polymer units having no oxoaryl or dioxoaryl motif functionalized by a bis(sulfonyl)imide motif, this percentage varying between 0 and 50%, more preferably varying between 0 and 10%, - p represents the number of polymer units of the polymer; p varying from 40 to 300.
A medical apparatus for regulating delivery of irreversible electroporation pulses, the apparatus comprising: a probe configured for insertion into a body of a patient and comprising a plurality of electrodes configured to contact tissue within the body; an electrical signal generator coupled to apply bipolar trains of pulses having a voltage amplitude of at least 200 V and having a duration of each of the bipolar pulses less than 20 μs between at least one pair of the electrodes in contact with the tissue, thereby causing irreversible electroporation of the tissue between the at least one pair of the electrodes; one or more electrical sensors coupled to an output of the electrical signal generator and configured to sense a cumulative energy dissipated between each pair of the electrodes during the trains of the pulses; and a controller coupled to control electrical and temporal parameters of the trains of the pulses applied by the electrical signal generator, responsively to the one or more electrical sensors, so that the dissipated energy satisfies a predefined criterion. a probe configured for insertion into a body of a patient and comprising a plurality of electrodes configured to contact tissue within the body; an electrical signal generator coupled to apply bipolar trains of pulses having a voltage amplitude of at least 200 V and having a duration of each of the bipolar pulses less than 20 μs between at least one pair of the electrodes in contact with the tissue, thereby causing irreversible electroporation of the tissue between the at least one pair of the electrodes; one or more electrical sensors coupled to an output of the electrical signal generator and configured to sense a cumulative energy dissipated between each pair of the electrodes during the trains of the pulses; and a controller coupled to control electrical and temporal parameters of the trains of the pulses applied by the electrical signal generator, responsively to the one or more electrical sensors, so that the dissipated energy satisfies a predefined criterion.
A tunable electro-optic lens device, comprising: a first transparent substrate having a first transparent conductive electrode layer operatively connected thereto, the first electrode layer being patterned and having a plurality of ring electrodes; a second transparent substrate having a second transparent conductive electrode layer operatively connected thereto, the second electrode layer being patterned and having a plurality of ring electrodes: and an electroactive liquid crystal material layer present between the first and second transparent substrates, wherein: each ring electrode from the plurality of ring electrodes of the first electrode layer is a continuous ring; each ring electrode from the plurality of ring electrodes of the second electrode layer is a continuous ring; at least one ring electrode on the second substrate completely overlaps at least two co-planar ring electrodes of the first substrate. a first transparent substrate having a first transparent conductive electrode layer operatively connected thereto, the first electrode layer being patterned and having a plurality of ring electrodes; a second transparent substrate having a second transparent conductive electrode layer operatively connected thereto, the second electrode layer being patterned and having a plurality of ring electrodes: and an electroactive liquid crystal material layer present between the first and second transparent substrates, wherein: each ring electrode from the plurality of ring electrodes of the first electrode layer is a continuous ring; each ring electrode from the plurality of ring electrodes of the second electrode layer is a continuous ring; at least one ring electrode on the second substrate completely overlaps at least two co-planar ring electrodes of the first substrate. each ring electrode from the plurality of ring electrodes of the first electrode layer is a continuous ring; each ring electrode from the plurality of ring electrodes of the second electrode layer is a continuous ring; at least one ring electrode on the second substrate completely overlaps at least two co-planar ring electrodes of the first substrate.
An autocatalytic process for producing fatty acids from fatty acids methyl esters with an overall conversion higher than 90% characterized in that it comprises multiple hydrolysis reactions in series, in purely thermal conditions, with intermediate separation of phases after each hydrolysis reaction and before the subsequent, operating in excess of water, in order to separate the methanol/water phases from the equilibrium phase and favor the formation of fatty acids product, wherein the ratio by weight water/methyl ester in each hydrolysis reaction is keeping in the range of 0,4-1,5 and wherein the number of reactors and the number of Vapor/Liquid/Liquid separators are at least three.
A PG-coated product comprising a body and a PG coat formed on a surface thereof, characterized by an indication of traceability made of graphite at any place on the body surface, said indication of traceability being visible from the outside through the PG coat having a thickness of 100 μ m or less.
Fuel cell stack consisting of a plurality of stacked fuel cell units and at least one stack terminating element, wherein the stacked fuel cell units and the stack terminating element are clamped by means of a clamping device and wherein the clamped fuel cell units are enclosed by a housing, characterised in that a continuous seal, in particular a lip seal (6.1), having recesses (6.2) for the accommodation of the clamping device is located between the housing and the at least one stack terminating element, the clamping device being electrically insulated at least in the region of the recesses (6.2).
A system for treating a patient comprising: a stimulator for stimulating brain tissue; a controller for setting stimulation parameters comprising at least one test stimulation parameter of the stimulator and at least one treatment stimulation parameter of the stimulator; and a diagnostic tool for measuring at least one patient parameter and producing diagnostic data representing the at least one measured patient parameter; wherein the controller is configured to analyze the diagnostic data and compare the diagnostic data to a threshold characteristic of an adverse event; wherein the stimulator is constructed and arranged to deliver test stimulation energy to the brain tissue based on the at least one test stimulation parameter and to deliver treatment stimulation energy to the brain tissue based on the at least one treatment stimulation parameter; wherein the at least one treatment stimulation parameter is determined based on the diagnostic data; wherein the controller is configured to set the at least one treatment stimulation parameter based on a safety margin based on the comparison of the diagnostic data to the threshold characteristic; and wherein the system is constructed and arranged to treat at least one of a neurological disease or a neurological disorder. a stimulator for stimulating brain tissue; a controller for setting stimulation parameters comprising at least one test stimulation parameter of the stimulator and at least one treatment stimulation parameter of the stimulator; and a diagnostic tool for measuring at least one patient parameter and producing diagnostic data representing the at least one measured patient parameter; wherein the controller is configured to analyze the diagnostic data and compare the diagnostic data to a threshold characteristic of an adverse event; wherein the stimulator is constructed and arranged to deliver test stimulation energy to the brain tissue based on the at least one test stimulation parameter and to deliver treatment stimulation energy to the brain tissue based on the at least one treatment stimulation parameter; wherein the at least one treatment stimulation parameter is determined based on the diagnostic data; wherein the controller is configured to set the at least one treatment stimulation parameter based on a safety margin based on the comparison of the diagnostic data to the threshold characteristic; and wherein the system is constructed and arranged to treat at least one of a neurological disease or a neurological disorder.
Assembly tool for moveable side door window of a motor vehicle to align upper window glass edge parallel to a header profile, eliminating the fact that the window glass during mounting condition, when the glass is not yet locked to its drive mechanism, is tiltable to some extent within the side rails which could cause misalignment, characterised in that the assembly tool comprises: - a main body which is configured to be positioned on the upper glass edge, and - a hook element which is configured to interpose into one side gap between window side edge and one side rail with a spacer portion of the hook element in order to eliminate the tilting degree of freedom during the mounting process, but still enabling vertical movement of the glass within the side rails during mounting process. - a main body which is configured to be positioned on the upper glass edge, and - a hook element which is configured to interpose into one side gap between window side edge and one side rail with a spacer portion of the hook element in order to eliminate the tilting degree of freedom during the mounting process, but still enabling vertical movement of the glass within the side rails during mounting process.
A catheter comprising: a control end; a working end having a first balloon; a first minor lumen extending from the control end to the first balloon, the first minor lumen in fluid communication with the first balloon such that the first balloon is selectively inflated by way of the first minor lumen; a first major lumen extending from the control end to a location at the working end which is distal with respect to the first balloon; and a second major lumen extending from the control end to a location at the working end which is distal with respect to the first balloon, wherein the working end comprises a second balloon in fluid communication with a second minor lumen and configured to be selectively inflated, the second balloon distally located with respect to the first balloon, wherein the working end comprises an accessory orifice located between the first balloon and the second balloon, and wherein the first major lumen extends to a location between the first balloon and the second balloon. a control end; a working end having a first balloon; a first minor lumen extending from the control end to the first balloon, the first minor lumen in fluid communication with the first balloon such that the first balloon is selectively inflated by way of the first minor lumen; a first major lumen extending from the control end to a location at the working end which is distal with respect to the first balloon; and a second major lumen extending from the control end to a location at the working end which is distal with respect to the first balloon, wherein the working end comprises a second balloon in fluid communication with a second minor lumen and configured to be selectively inflated, the second balloon distally located with respect to the first balloon, wherein the working end comprises an accessory orifice located between the first balloon and the second balloon, and wherein the first major lumen extends to a location between the first balloon and the second balloon.
Process for forming a gel within an underground formation, which comprises the following steps: a basic compound C is added to a fluid latex L comprising dispersed particles of a polymer P, bearing ester side functions, said basic compound C being added in an amount suitable for hydrolyzing at least one part of said ester side functions into carboxylic acid and/or alcohol functions, as a result of which a modified latex L' is obtained, the viscosity of which gradually increases with time from the addition of the compound C up to the formation of a gel; then the resulting modified latex is introduced into the underground formulation before the formation of the gel and the gel is left to form within the underground formulation, all or part of this step being carried out at a temperature above or equal to 150°C, and/or the gel formed during this step being used at a temperature above or equal to 150°C. a basic compound C is added to a fluid latex L comprising dispersed particles of a polymer P, bearing ester side functions, said basic compound C being added in an amount suitable for hydrolyzing at least one part of said ester side functions into carboxylic acid and/or alcohol functions, as a result of which a modified latex L' is obtained, the viscosity of which gradually increases with time from the addition of the compound C up to the formation of a gel; then the resulting modified latex is introduced into the underground formulation before the formation of the gel and the gel is left to form within the underground formulation, all or part of this step being carried out at a temperature above or equal to 150°C, and/or the gel formed during this step being used at a temperature above or equal to 150°C.