mhurhangee/patent-ind-claim-en huggingface dataset:
A computing system for providing an interface between a high-level intent and low-level settings, comprising: an interface component that is configured to receive a policy expressed in terms of a user's intent as a sentence structured in declarative language, wherein the policy is to be applied to a target set being a set of managed targets , wherein the managed targets expose state through facets , a facet being a set of logical properties that models a particular dimension of the user's intent, and the policy comprises statements defining constraints on acceptable states of the facets; and a declarative management component that is configured to: interpret the user's intent, wherein interpreting the user's intent comprises: parsing the sentence structured in declarative language into key words; and analyzing each of the key words to determine similar words to identify repeated actions or similar actions; identify low-level settings corresponding to the repeated or similar actions; identify the managed targets of the target set ; and automatically apply the identified low-level settings to the target set. an interface component that is configured to receive a policy expressed in terms of a user's intent as a sentence structured in declarative language, wherein the policy is to be applied to a target set being a set of managed targets , wherein the managed targets expose state through facets , a facet being a set of logical properties that models a particular dimension of the user's intent, and the policy comprises statements defining constraints on acceptable states of the facets; and a declarative management component that is configured to: interpret the user's intent, wherein interpreting the user's intent comprises: parsing the sentence structured in declarative language into key words; and analyzing each of the key words to determine similar words to identify repeated actions or similar actions; identify low-level settings corresponding to the repeated or similar actions; identify the managed targets of the target set ; and automatically apply the identified low-level settings to the target set. interpret the user's intent, wherein interpreting the user's intent comprises: parsing the sentence structured in declarative language into key words; and analyzing each of the key words to determine similar words to identify repeated actions or similar actions; parsing the sentence structured in declarative language into key words; and analyzing each of the key words to determine similar words to identify repeated actions or similar actions; identify low-level settings corresponding to the repeated or similar actions; identify the managed targets of the target set ; and automatically apply the identified low-level settings to the target set.
A gas introducing/retaining device configured to introduce a gas into a liquid, and retain the gas in the liquid, the device comprising: a gas discharge head having micropores, and for being immersed in the liquid; gas supply means configured to supply the gas to the gas discharge head ; and an oscillator , wherein the micropores of the gas discharge head each have a pore size not larger than 2.5 μm, characterized in that the oscillator is configured to continuously apply oscillation having a frequency not lower than 30000 Hz and an amplitude not greater than 1 mm to the gas discharge head configured to discharge the gas into the liquid so as to satisfy (the amount of the gas (μm 3 /min) discharged from one micropore)/(the oscillation frequency (Hz) of the oscillator ) ≤ 300. a gas discharge head having micropores, and for being immersed in the liquid; gas supply means configured to supply the gas to the gas discharge head ; and an oscillator , wherein the micropores of the gas discharge head each have a pore size not larger than 2.5 μm, characterized in that the oscillator is configured to continuously apply oscillation having a frequency not lower than 30000 Hz and an amplitude not greater than 1 mm to the gas discharge head configured to discharge the gas into the liquid so as to satisfy (the amount of the gas (μm 3 /min) discharged from one micropore)/(the oscillation frequency (Hz) of the oscillator ) ≤ 300.
A method, comprising: transmitting, by a first network node, a scaling request, wherein the scaling request comprises a request for virtualized network function expansion or virtualized network function contraction to be performed to achieve a desired target capacity, the scaling request is transmitted to a second network node, a first domain is directed to desired target capacities expressed in application terms, a second domain is directed to desired target capacities expressed in virtualized resource terms, and the scaling request comprises: a relative target capacity that is generic to both the first domain and the second domain, an absolute target capacity that is specific to the first domain, or a relative target capacity that is specific to virtualized network function level targets; and receiving a notification that a virtualization network function has been updated based on the transmitted scaling request. transmitting, by a first network node, a scaling request, wherein the scaling request comprises a request for virtualized network function expansion or virtualized network function contraction to be performed to achieve a desired target capacity, the scaling request is transmitted to a second network node, a first domain is directed to desired target capacities expressed in application terms, a second domain is directed to desired target capacities expressed in virtualized resource terms, and the scaling request comprises: a relative target capacity that is generic to both the first domain and the second domain, an absolute target capacity that is specific to the first domain, or a relative target capacity that is specific to virtualized network function level targets; and receiving a notification that a virtualization network function has been updated based on the transmitted scaling request.
A communication method for transmitting data between a mobile station and a base station so as to adapt to scheduling information when the base station notifies said scheduling information to the mobile station, said scheduling information indicating a result of a scheduling implemented by the base station, comprising: notifying, from the base station to the mobile station, the scheduling information by using an identifier in a manner that the mobile station is able to determine which identifier is applied, said identifier being utilized for identifying a plurality of processes related to data transmission between the mobile station and the base station, wherein the identifier is assigned in common to a plurality of mobile stations including the mobile station. notifying, from the base station to the mobile station, the scheduling information by using an identifier in a manner that the mobile station is able to determine which identifier is applied, said identifier being utilized for identifying a plurality of processes related to data transmission between the mobile station and the base station, wherein the identifier is assigned in common to a plurality of mobile stations including the mobile station.
A system for charging one or more batteries of a vehicle , the system comprising: a charging box coupled to a chassis of the vehicle; one or more electrically conductive contacts coupled to the charging box and configured to be accessible from under the vehicle, the one or more electrically conductive contacts configured to be electrically connected to the one or more batteries to charge one or more of the batteries, the one or more electrically conductive contacts comprising a positive electrical contact and a negative electrical contact; and an active suspension system configured to be coupled to the vehicle and to lower the chassis, the charging box, and the electrically conductive contacts toward a surface supporting the vehicle; wherein the charging box comprises one or more switches configured to electrically couple the positive electrical contact and the negative electrical contact to the one or more batteries, and wherein the charging box is fixedly attached to the chassis, such that lowering the chassis by the active suspension lowers the charging box and causes the one or more electrically conductive contacts to be physically contactable with a charge coupler under the vehicle. a charging box coupled to a chassis of the vehicle; one or more electrically conductive contacts coupled to the charging box and configured to be accessible from under the vehicle, the one or more electrically conductive contacts configured to be electrically connected to the one or more batteries to charge one or more of the batteries, the one or more electrically conductive contacts comprising a positive electrical contact and a negative electrical contact; and an active suspension system configured to be coupled to the vehicle and to lower the chassis, the charging box, and the electrically conductive contacts toward a surface supporting the vehicle; wherein the charging box comprises one or more switches configured to electrically couple the positive electrical contact and the negative electrical contact to the one or more batteries, and wherein the charging box is fixedly attached to the chassis, such that lowering the chassis by the active suspension lowers the charging box and causes the one or more electrically conductive contacts to be physically contactable with a charge coupler under the vehicle.
Electronic device which comprises at least one electronically active material , a covering which encloses the electronically active material in its interior, and an oxygen ion pump , where the oxygen ion pump is either an integral constituent of the covering or is installed on the inside surface of the covering , and where the oxygen ion pump comprises a cathode and an anode at two opposite ends of an oxygen ion-conducting material , where at least part of the cathode is directed towards the inside of the covering and at least part of the anode is directed towards the outside of the covering and where the covering comprises a substrate , a sealing cap and an adhesive , where the adhesive seals the substrate and the sealing cap to one another, characterised in that the oxygen ion pump is arranged in the region of the adhesive .
A method for logging into a terminal based on fingerprint identification in a standby state, characterized in comprising the following steps: detecting periodically with a fingerprint scanning module of the terminal whether a user performs a touch operation in the standby state, wherein the fingerprint scanning module is in a low power-consumption mode in the standby state; upon detection of a touch operation performed by a user, entering a scanning mode to scan whether the user inputs fingerprint information; and if it is scanned that the user inputs fingerprint information, awaking a primary control chip and sending the scanned fingerprint information to the primary control chip to enable the primary control chip to identify the fingerprint information, and unlock the terminal upon successful identification, such that the user successfully logs into the terminal. detecting periodically with a fingerprint scanning module of the terminal whether a user performs a touch operation in the standby state, wherein the fingerprint scanning module is in a low power-consumption mode in the standby state; upon detection of a touch operation performed by a user, entering a scanning mode to scan whether the user inputs fingerprint information; and if it is scanned that the user inputs fingerprint information, awaking a primary control chip and sending the scanned fingerprint information to the primary control chip to enable the primary control chip to identify the fingerprint information, and unlock the terminal upon successful identification, such that the user successfully logs into the terminal.
A computer-implemented method of modifying a stimulation artefact in a measured electrical response of a subject to a stimulus, the method comprising : i) providing as input a first and a second signal, said first signal being a signal used as stimulus or a time-dependent signal derived from said stimulus and said second signal being a signal obtained as the measured electrical response to the stimulus; ii) determining a stimulus-response mapping between said first signal and said second signal; iii) identifying a feature of the determined stimulus-response mapping corresponding to said stimulation artefact; iv) determining a predicted electrical response corresponding to the identified feature of the determined stimulus-response mapping; and v) subtracting said predicted electrical response from said second signal to obtain a stimulation artefact modified measured electrical response. i) providing as input a first and a second signal, said first signal being a signal used as stimulus or a time-dependent signal derived from said stimulus and said second signal being a signal obtained as the measured electrical response to the stimulus; ii) determining a stimulus-response mapping between said first signal and said second signal; iii) identifying a feature of the determined stimulus-response mapping corresponding to said stimulation artefact; iv) determining a predicted electrical response corresponding to the identified feature of the determined stimulus-response mapping; and v) subtracting said predicted electrical response from said second signal to obtain a stimulation artefact modified measured electrical response.
A method for disposing of a liquid within an automated analytical system, said method comprising the steps: a. providing a tip rack assembly , said tip rack assembly comprising • a tip rack comprising disposable pipet tips , • a contamination prevention shield comprising channels , wherein said contamination prevention shield is removably fixed to said tip rack , b. processing a fluid biological sample within said automated analytic system, wherein liquid waste is generated, c. releasing said contamination prevention shield from said tip rack and reversibly docking said contamination prevention shield to a common liquid waste container , d. aspirating said liquid waste or a part thereof into pipets or pipet tips of a pipet array , e. introducing the pipets or pipet tips of said pipet array or a part thereof into the channels of said contamination prevention shield , wherein said channels are geometrically prearranged for the introduction of the tips of said pipet array , wherein said channels form contamination barriers between said pipets or pipet tips and wherein each of said pipets or pipet tips or a part thereof is introduced into a different channel , f. dispensing said liquid waste or a part thereof through said channels into said common liquid waste container , wherein step c. can be before, after or at the same time as step d, the method further comprising the step of releasing said contamination prevention shield from said common liquid waste container after step f. and discarding it. a. providing a tip rack assembly , said tip rack assembly comprising • a tip rack comprising disposable pipet tips , • a contamination prevention shield comprising channels , wherein said contamination prevention shield is removably fixed to said tip rack , • a tip rack comprising disposable pipet tips , • a contamination prevention shield comprising channels , b. processing a fluid biological sample within said automated analytic system, wherein liquid waste is generated, c. releasing said contamination prevention shield from said tip rack and reversibly docking said contamination prevention shield to a common liquid waste container , d. aspirating said liquid waste or a part thereof into pipets or pipet tips of a pipet array , e. introducing the pipets or pipet tips of said pipet array or a part thereof into the channels of said contamination prevention shield , wherein said channels are geometrically prearranged for the introduction of the tips of said pipet array , wherein said channels form contamination barriers between said pipets or pipet tips and wherein each of said pipets or pipet tips or a part thereof is introduced into a different channel , f. dispensing said liquid waste or a part thereof through said channels into said common liquid waste container ,
A baked powder pencil comprising: a housing having a base portion with a hollow interior and an opening that opens into the hollow interior; and a stick or pellet of baked powder cosmetic material disposed at least partially within the hollow interior of the base portion , the stick or pellet of baked powder cosmetic material having an end portion that is arranged to extend through the opening of the base portion ; wherein the base portion of the housing includes a moving mechanism configured to selectively move the stick or pellet of baked powder cosmetic material through the opening of the base portion to adjust a distance that the stick or pellet of baked powder cosmetic material extends past the opening of the base portion of the housing ; wherein the stick or pellet of baked powder cosmetic material comprises a material that is formed into and holds a pre-defined three-dimensional shape when baked, and maintains its three-dimensional shape without external support while the end portion of the stick or pellet of baked powder cosmetic material extends through the opening of the base portion . a housing having a base portion with a hollow interior and an opening that opens into the hollow interior; and a stick or pellet of baked powder cosmetic material disposed at least partially within the hollow interior of the base portion , the stick or pellet of baked powder cosmetic material having an end portion that is arranged to extend through the opening of the base portion ; wherein the base portion of the housing includes a moving mechanism configured to selectively move the stick or pellet of baked powder cosmetic material through the opening of the base portion to adjust a distance that the stick or pellet of baked powder cosmetic material extends past the opening of the base portion of the housing ; wherein the stick or pellet of baked powder cosmetic material comprises a material that is formed into and holds a pre-defined three-dimensional shape when baked, and maintains its three-dimensional shape without external support while the end portion of the stick or pellet of baked powder cosmetic material extends through the opening of the base portion .
A elastomer composition comprising a thermoplastic elastomer composition comprising 20 to 80 % by weight of component (A), 1 to 25 % by weight of component (B), and 1 to 70 % by weight of component (C) with respect to a total amount of the following component (A), component (B), and component (C): Component (A): at least one block copolymer selected from: a block copolymer having a polymer block derived from a vinyl aromatic compound and a polymer block derived from at least one selected from a conjugated diene and isobutylene; and a block copolymer obtained by hydrogenating the block copolymer; Component (B): a polypropylene resin containing component (B1) below Component (B1): a modified polypropylene obtained by graft-modifying a polypropylene resin with a diene compound; and Component (C): a softener for hydrocarbon rubbers. Component (A): at least one block copolymer selected from: a block copolymer having a polymer block derived from a vinyl aromatic compound and a polymer block derived from at least one selected from a conjugated diene and isobutylene; and a block copolymer obtained by hydrogenating the block copolymer; Component (B): a polypropylene resin containing component (B1) below Component (B1): a modified polypropylene obtained by graft-modifying a polypropylene resin with a diene compound; and Component (C): a softener for hydrocarbon rubbers.
A device for controlling an electric motor, the device comprising: an inverter supplying a current to an electric motor (M); a current sensor attached to a wiring between the inverter and the electric motor (M) sensing the current supplied from the inverter to the electric motor (M); and a control unit enabling the current to be supplied from the inverter to the electric motor (M), obtaining first and second current offset values sensed from the current sensor at a plurality of times, when the electric motor (M) is in a non-operate mode, characterized in that the control unit is configured to compare the first current offset value with the second current offset value and to update the first current offset value to the second current offset value when a difference between the first current offset value and the second current offset value is less than a reference value of effectiveness, and to compensate for a current value applied to the electric motor (M) based on the second current offset value obtained through the updating. an inverter supplying a current to an electric motor (M); a current sensor attached to a wiring between the inverter and the electric motor (M) sensing the current supplied from the inverter to the electric motor (M); and a control unit enabling the current to be supplied from the inverter to the electric motor (M), obtaining first and second current offset values sensed from the current sensor at a plurality of times, when the electric motor (M) is in a non-operate mode, characterized in that the control unit is configured to compare the first current offset value with the second current offset value and to update the first current offset value to the second current offset value when a difference between the first current offset value and the second current offset value is less than a reference value of effectiveness, and to compensate for a current value applied to the electric motor (M) based on the second current offset value obtained through the updating.
An auditory prosthesis, comprising: an external component including an external magnet and a housing configured to be placed over a portion of skin of a recipient; an internal component , said internal component being implantable and configured to be overlaid by the portion of skin , including an internal magnet ; wherein the external magnet is configured to interact with the internal magnet to provide sufficient magnetic force to retain the external component over the internal component , the external magnet has only three magnetic dipole moments , the internal magnet has only two magnetic dipole moments , and the external component includes an inductor communication coil that encircles the external magnet and/or encircles a projection of the external magnet onto a plane defined by the inductor coil , wherein the external magnet comprises first and second portions having magnetizations with substantially equal magnitudes and substantially opposite directions and a third portion between the first portion and the second portion , the third portion having a magnetization that is substantially perpendicular to the magnetizations of the first portion and the second portion . an external component including an external magnet and a housing configured to be placed over a portion of skin of a recipient; an internal component , said internal component being implantable and configured to be overlaid by the portion of skin , including an internal magnet ; wherein the external magnet is configured to interact with the internal magnet to provide sufficient magnetic force to retain the external component over the internal component , the external magnet has only three magnetic dipole moments , the internal magnet has only two magnetic dipole moments , and the external component includes an inductor communication coil that encircles the external magnet and/or encircles a projection of the external magnet onto a plane defined by the inductor coil , wherein the external magnet comprises first and second portions having magnetizations with substantially equal magnitudes and substantially opposite directions and a third portion between the first portion and the second portion , the third portion having a magnetization that is substantially perpendicular to the magnetizations of the first portion and the second portion .