mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by one or more processors within a security zone, comprising: receiving, at an automated assistant client implemented by one or more of the processors of a client device within the security zone, a free form natural language query from a user, wherein the free form natural language query is answerable based on private information that is available from one or more resources within the security zone, wherein the security zone comprises a coordinated ecosystem of computing devices that are associated with a user profile of the user and that includes the client device, and wherein one or more of the resources is hosted by a different computing device of the ecosystem; providing first data indicative of the free form natural language query to a semantic processor, wherein the semantic processor is outside of the security zone; receiving, at one or more of the processors within the security zone, from the semantic processor, second data indicative of a state machine, wherein the state machine is implementable to obtain the private information from one or more of the resources within the security zone; implementing, by one or more of the processors within the security zone, the state machine to obtain the private information from one or more of the resources within the security zone; generating, based on the state machine and the obtained private information, natural language output that conveys information responsive to the free form natural language query; and providing, by the automated assistant client, at one or more output components, the natural language output. receiving, at an automated assistant client implemented by one or more of the processors of a client device within the security zone, a free form natural language query from a user, wherein the free form natural language query is answerable based on private information that is available from one or more resources within the security zone, wherein the security zone comprises a coordinated ecosystem of computing devices that are associated with a user profile of the user and that includes the client device, and wherein one or more of the resources is hosted by a different computing device of the ecosystem; providing first data indicative of the free form natural language query to a semantic processor, wherein the semantic processor is outside of the security zone; receiving, at one or more of the processors within the security zone, from the semantic processor, second data indicative of a state machine, wherein the state machine is implementable to obtain the private information from one or more of the resources within the security zone; implementing, by one or more of the processors within the security zone, the state machine to obtain the private information from one or more of the resources within the security zone; generating, based on the state machine and the obtained private information, natural language output that conveys information responsive to the free form natural language query; and providing, by the automated assistant client, at one or more output components, the natural language output.
A non-aqueous electrolyte electricity-storage element comprising: a positive electrode including a positive-electrode active material capable of inserting and eliminating anions; a negative electrode including a negative-electrode active material; a non-aqueous electrolyte; and a separator that is disposed between the positive electrode and the negative electrode and retains the non-aqueous electrolyte, wherein the non-aqueous electrolyte includes a dinitrile compound, and an amount of the dinitrile compound is 33% by mass or less relative to the non-aqueous electrolyte, wherein the positive-electrode active material includes a carbon material, and a BET specific surface area of the carbon material is 50 m 2 /g or greater and a pore volume of the carbon material is 0.2 mL/g or greater but 2.3 mL/g or less. a positive electrode including a positive-electrode active material capable of inserting and eliminating anions; a negative electrode including a negative-electrode active material; a non-aqueous electrolyte; and a separator that is disposed between the positive electrode and the negative electrode and retains the non-aqueous electrolyte, wherein the non-aqueous electrolyte includes a dinitrile compound, and an amount of the dinitrile compound is 33% by mass or less relative to the non-aqueous electrolyte, wherein the positive-electrode active material includes a carbon material, and a BET specific surface area of the carbon material is 50 m 2 /g or greater and a pore volume of the carbon material is 0.2 mL/g or greater but 2.3 mL/g or less.
A data processing method based on simultaneous interpretation, applied to a server in a simultaneous interpretation system, the simultaneous interpretation system further comprising a simultaneous interpretation device and a user terminal, the method comprising: obtaining audio transmitted by the simultaneous interpretation device; processing the audio by using a simultaneous interpretation model to obtain an initial text; transmitting the initial text to the user terminal; receiving a modified text fed back by the user terminal, the modified text being obtained after the user terminal modifies the initial text; and updating the simultaneous interpretation model according to the initial text and the modified text; wherein the updating the simultaneous interpretation model according to the initial text and the modified text comprises: determining a weighted cumulative value of the modified text according to a weight corresponding to a user terminal identifier, wherein the weight is a modification weight of a modification made by the user terminal on a received text, and the weighted cumulative value is obtained by cumulating or accumulating weights; and updating the simultaneous interpretation model according to the initial text and the modified text when the weighted cumulative value reaches the threshold. obtaining audio transmitted by the simultaneous interpretation device; processing the audio by using a simultaneous interpretation model to obtain an initial text; transmitting the initial text to the user terminal; receiving a modified text fed back by the user terminal, the modified text being obtained after the user terminal modifies the initial text; and updating the simultaneous interpretation model according to the initial text and the modified text; wherein the updating the simultaneous interpretation model according to the initial text and the modified text comprises: determining a weighted cumulative value of the modified text according to a weight corresponding to a user terminal identifier, wherein the weight is a modification weight of a modification made by the user terminal on a received text, and the weighted cumulative value is obtained by cumulating or accumulating weights; and updating the simultaneous interpretation model according to the initial text and the modified text when the weighted cumulative value reaches the threshold. determining a weighted cumulative value of the modified text according to a weight corresponding to a user terminal identifier, wherein the weight is a modification weight of a modification made by the user terminal on a received text, and the weighted cumulative value is obtained by cumulating or accumulating weights; and updating the simultaneous interpretation model according to the initial text and the modified text when the weighted cumulative value reaches the threshold.
Method for identification, quantification and discrimination of specific signals over unspecific signals in a detection method that is conducted using at least one detector for locating and identifying specific target structures on sample material, wherein the detector submits or generates signals for its determination and these signals allow a quantification of the detector and wherein the specific signals are the signals that were submitted or generated by the detector due to the finding and identification of the target structure, characterized in, - that the test comprises at least one test preparation and at least one control preparation, which are handled in parallel - that the control preparation contains the same components in the same amounts as the test preparation handled in parallel and which differs from the actual test preparation in that the binding domain(s) of the detector(s) is/are blocked - and that the total of the signals measured in the control preparation are subtracted from the total of signals measured in the test preparation, wherein the difference constitutes the specific signal of the detector(s) of the cell structure(s) to be determined, wherein the detection method is a flow cytometric examination method and is conducted via flow cytometry. - that the test comprises at least one test preparation and at least one control preparation, which are handled in parallel - that the control preparation contains the same components in the same amounts as the test preparation handled in parallel and which differs from the actual test preparation in that the binding domain(s) of the detector(s) is/are blocked - and that the total of the signals measured in the control preparation are subtracted from the total of signals measured in the test preparation, wherein the difference constitutes the specific signal of the detector(s) of the cell structure(s) to be determined,
Lubrication system for lubricating a drivetrain of a work vehicle said system comprising a plurality of lubrication points each fluidly connectable to a source of oil of said vehicle and configured to provide oil to a specific point of said drivetrain and sensor means configured to detect a temperature value of said specific point, said system further comprises an electronic control unit electrically connected to said sensor means and configured to acquire the temperature value detected by said sensor means, said electronic control unit being further configured to allow the passage of oil from said source to said lubrication points according to a predefined condition based on said acquired temperature value, characterised in that said lubrication system further comprising a pump for each of said lubrication points, said pumps being interposed between the respective lubrication point and the source of oil and being configured to suck oil from said source and pumping it to said lubrication point under control of said electronic control unit.
A computer-implemented method for quantifying the efficacy of security products and practices, based on monitored activities and conditions on a plurality of computing devices over time, the method comprising the steps of: defining metrics that specify what criteria concerning computer security systems are to be quantified, the metrics including a frequency with which default settings are overridden and optionally one or more of: measurements of security shortcomings, and a level of security successes; collecting telemetry data concerning the defined metrics from different ones of the plurality of computing devices; monitoring security configuration information concerning different ones of the plurality of computing devices; correlating collected telemetry data with monitored configuration information, enabling determination of what security product deployments and settings are in place when specific security actions occur on specific ones of the plurality of computing devices; amalgamating correlations of telemetry data with security configuration information; analyzing the amalgamated correlations of telemetry data with security configuration information; and quantifying efficacy of specific security products and configurations, based on the analysis of the amalgamated correlations of telemetry data with security configuration information to generate one or more of: a quantified efficacy based on a numerical scale, a quantified efficacy based on a percentage, and a quantified efficacy based on a letter rating. defining metrics that specify what criteria concerning computer security systems are to be quantified, the metrics including a frequency with which default settings are overridden and optionally one or more of: measurements of security shortcomings, and a level of security successes; measurements of security shortcomings, and a level of security successes; collecting telemetry data concerning the defined metrics from different ones of the plurality of computing devices; monitoring security configuration information concerning different ones of the plurality of computing devices; correlating collected telemetry data with monitored configuration information, enabling determination of what security product deployments and settings are in place when specific security actions occur on specific ones of the plurality of computing devices; amalgamating correlations of telemetry data with security configuration information; analyzing the amalgamated correlations of telemetry data with security configuration information; and quantifying efficacy of specific security products and configurations, based on the analysis of the amalgamated correlations of telemetry data with security configuration information to generate one or more of: a quantified efficacy based on a numerical scale, a quantified efficacy based on a percentage, and a quantified efficacy based on a letter rating. a quantified efficacy based on a numerical scale, a quantified efficacy based on a percentage, and a quantified efficacy based on a letter rating.
An antagonist that inhibits c-met signaling activity of a human hyperstabilized c-met polypeptide, wherein the hyperstabillzed c-met polypeptide comprises an in-frame deletion of exon 14, the deletion removing the Y1003 phosphorylation site, such that degradation of the polypeptide is diminished compared to wild type c-met, and wherein the hyperstabilized c-met polypeptide has c-met signaling activity, for use in a method of treating a tumor comprising hyperstabilized c-met in a subject, said method comprising administering said antagonist to a subject, whereby the tumor is treated, wherein the antagonist is (i) an antibody that binds to human hyperstabilized c-met polypeptide; or (ii) an inhibitory RNA or antisense oligonucleotide that inhibits expression from a nucleic acid molecule encoding human hyperstabilized c-met polypeptide. (i) an antibody that binds to human hyperstabilized c-met polypeptide; or (ii) an inhibitory RNA or antisense oligonucleotide that inhibits expression from a nucleic acid molecule encoding human hyperstabilized c-met polypeptide.
Luminescent upconversion nanoparticles of formula MLnF 4:RE +3, where M is an alkaline metal, Ln is a lanthanide element or an analog thereof and RE +3 is an ion of rare earth elements or combinations thereof, characterized in that said nanoparticles comprise organic ligands bound to the surface thereof by means of covalent bonds; wherein said organic ligands are selected from 2-chloroacetamide, 2-bromoacetamide, 2-chloroacetic acid, 2-bromoacetic acid and ethyl 2-chloroacetate.
A fragrance formulation containing (i) an olfactory acceptable amount of a compound of formula: wherein R is selected from the group consisting of ethyl and 2-propyl and the olfactory acceptable amount is from 0.005 to 50 weight percent of the fragrance formulation; and (ii) a non-polymer selected from the group consisting of an oligomer, a surfactant, an emulsifier, a fat, a wax, a phospholipid, an organic oil, a mineral oil, a petrolatum, a natural oil, a perfume fixative, a fiber, a starch, a sugar and a solid surface material. (i) an olfactory acceptable amount of a compound of formula: wherein R is selected from the group consisting of ethyl and 2-propyl and the olfactory acceptable amount is from 0.005 to 50 weight percent of the fragrance formulation; and (ii) a non-polymer selected from the group consisting of an oligomer, a surfactant, an emulsifier, a fat, a wax, a phospholipid, an organic oil, a mineral oil, a petrolatum, a natural oil, a perfume fixative, a fiber, a starch, a sugar and a solid surface material.
A stand for a portable device with a graphic user interface display, such as a laptop computer or a tablet computer, the stand allowing the device to be supported with a bottom face at an oblique angle relative to a top surface carrying the stand, the stand (1; 101) comprising: a first panel (7; 107); a second panel (8; 108) hinged so as to be pivotable relative to the first panel (7; 107) about a first hinge axis (9; 109), so as to support the first panel at said oblique angle when in an unfolded operating position; and an angle setting tongue (10; 110) hinged so as to be pivotable relative to the first panel (7; 107) or the second panel (8; 108) about a second hinge axis (11; 111) spaced from the first hinge axis (9; 109) and having a free end (28; 128) releasably connectable to the other one of the first panel (7; 107) and the second panel (8; 108) at positions at a distance below the first hinge axis (9; 109), when in the unfolded operating position, for setting an angle between the first panel (7; 107) and the second panel (8; 108); wherein a first panel member (7'; 107') of a first layer (24; 124) defines the first panel (7; 107); a second panel member (8'; 108') of the first layer (24; 124) defines the second panel (8; 108); the first and the second panel members (7',8';107',108') are attached to a second layer (22; 122) which is more flexible than the panel members of the first layer (24; 124), a portion of the second layer (22; 122) between adjacent edges of said first and second panel members (7', 8'; 107', 108') forming a hinge (11; 111) about which the second panel (8; 108) is pivotable relative to the first panel (7; 107) about the first hinge axis (9; 109); the angle setting tongue (10; 110) comprises a portion of the second layer (22; 122) projecting away from the first or second panel member (7', 8'; 107', 108'); characterised in that: all portions of the angle setting tongue (10; 110) located opposite parts of the first layer (24; 124) when the stand is in a flat folded transport position, are free from material of the first layer (24; 124). a first panel (7; 107); a second panel (8; 108) hinged so as to be pivotable relative to the first panel (7; 107) about a first hinge axis (9; 109), so as to support the first panel at said oblique angle when in an unfolded operating position; and an angle setting tongue (10; 110) hinged so as to be pivotable relative to the first panel (7; 107) or the second panel (8; 108) about a second hinge axis (11; 111) spaced from the first hinge axis (9; 109) and having a free end (28; 128) releasably connectable to the other one of the first panel (7; 107) and the second panel (8; 108) at positions at a distance below the first hinge axis (9; 109), when in the unfolded operating position, for setting an angle between the first panel (7; 107) and the second panel (8; 108); wherein all portions of the angle setting tongue (10; 110) located opposite parts of the first layer (24; 124) when the stand is in a flat folded transport position, are free from material of the first layer (24; 124).
A method for operating a scanning electron microscope including a sample-moving stage for moving a sample, wherein the sample-moving stage includes: an x-table for moving the sample in an x-direction right-angled to an electron beam, a y-table for moving the sample in a y-direction right-angled to the x-direction as well as to the electron beam, the y-table being mounted above the x-table, a z-table configured to move in a same z-direction as the direction in which the electron beam travels, a rotation table for rotating the sample in a plane parallel to an x-y plane, and a tilting table for imparting a tilting action to the sample, the x-table being mounted on the tilting base, the x-table and the y-table each being configured for being moved by a motor (141, 161) disposed in a sample chamber, each of the motors (141, 161) being connected to a ball screw (135, 155) via a coupling (142, 162), the electron beam being scanned on the sample surface, thereby allowing a detector to detect a signal originating from the sample, and the signal detected by the detector being used to display an image of the sample, characterized in that the method includes lessening changes in the amounts of heat generated by the motors (141, 161) by controlling supply currents to the motors (141, 161) so that the supply currents have, during the movement of the sample and a stop of the sample movement, the same level or a maximum difference in level of 20% with respect to the supply current during a movement of the sample, for controlling the temperature of the sample stage to reduce sample drift during observation, wherein the controlling of the temperature further comprises an operation for the motor for the y-table, with a supply current that is lower than the supply current for the motor of the x-table. an x-table for moving the sample in an x-direction right-angled to an electron beam, a y-table for moving the sample in a y-direction right-angled to the x-direction as well as to the electron beam, the y-table being mounted above the x-table, a z-table configured to move in a same z-direction as the direction in which the electron beam travels, a rotation table for rotating the sample in a plane parallel to an x-y plane, and a tilting table for imparting a tilting action to the sample, the x-table being mounted on the tilting base, the x-table and the y-table each being configured for being moved by a motor (141, 161) disposed in a sample chamber, each of the motors (141, 161) being connected to a ball screw (135, 155) via a coupling (142, 162), the electron beam being scanned on the sample surface, thereby allowing a detector to detect a signal originating from the sample, and the signal detected by the detector being used to display an image of the sample,
Linear permanent magnet motor, comprising: a stator unit comprising at least one coil, a mover comprising an array of permanent magnets, wherein the mover is arranged to move along a motion direction, the array of permanent magnets being spaced apart from the stator unit by an air gap in which electromagnetic fields created by the array of permanent magnets and by the at least one coil are configured to interact thereby generating traction, a position sensing device operable to determine a position of the mover relative to the stator unit, wherein the position sensing device comprises a sensing element operable to sense a magnetic field of the array of permanent magnets, the sensing element being fixed to the stator unit, characterised in that the sensing element is positioned such that the sensing element is within a magnetic leakage field of the array of permanent magnets as the mover passes along, preferably wherein the air gap is interposed between the array of permanent magnets and the at least one coil, preferably wherein the sensing element is a Hall effect sensor. a stator unit comprising at least one coil, a mover comprising an array of permanent magnets, wherein the mover is arranged to move along a motion direction, the array of permanent magnets being spaced apart from the stator unit by an air gap in which electromagnetic fields created by the array of permanent magnets and by the at least one coil are configured to interact thereby generating traction, a position sensing device operable to determine a position of the mover relative to the stator unit, wherein the position sensing device comprises a sensing element operable to sense a magnetic field of the array of permanent magnets, the sensing element being fixed to the stator unit, characterised in that the sensing element is positioned such that the sensing element is within a magnetic leakage field of the array of permanent magnets as the mover passes along, preferably wherein the air gap is interposed between the array of permanent magnets and the at least one coil, preferably wherein the sensing element is a Hall effect sensor.