mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing method, applied to a terminal that comprises a plurality of operating systems, comprising: acquiring a target entering key of a specified operating system upon receiving an instruction of copying data information from an arbitrary operating system, being a common operating system of the plurality of operating systems, to the specified operating system among the plurality of operating systems ; and prompting a user of the terminal to input an entering key of the specified operating system after acquiring the target entering key of the specified operating system; judging whether the received entering key input by the user is matched with the target entering key or not; when judging that the entering key input by the user is matched with the target entering key, permitting copying the data information to the specified operating system, otherwise, forbidding copying the data information to the specified operating system. and after copying the data information to the specified operating system, when judging that the entering key input by the user is matched with the target entering key, encrypting the data information in the arbitrary operating system by using the target entering key of the specified operating system, or not displaying the data information in the arbitrary operating system again , acquiring a target entering key of a specified operating system upon receiving an instruction of copying data information from an arbitrary operating system, being a common operating system of the plurality of operating systems, to the specified operating system among the plurality of operating systems ; and prompting a user of the terminal to input an entering key of the specified operating system after acquiring the target entering key of the specified operating system; judging whether the received entering key input by the user is matched with the target entering key or not; when judging that the entering key input by the user is matched with the target entering key, permitting copying the data information to the specified operating system, otherwise, forbidding copying the data information to the specified operating system. and after copying the data information to the specified operating system, when judging that the entering key input by the user is matched with the target entering key, encrypting the data information in the arbitrary operating system by using the target entering key of the specified operating system, or not displaying the data information in the arbitrary operating system again ,
A sole structure (200; 200a - 200f) for an article of footwear having an upper , the sole structure (200; 200a - 200f) comprising: an outsole having a ground-engaging surface and an upper surface formed on an opposite side of the outsole than the ground-engaging surface; a midsole (202; 202c; 202e) attached to the outsole and including an outer perimeter surface extending between the outsole and the upper ; and a plate (206; 206a; 206b; 206c; 206e; 206f) disposed at least partially within the midsole (202; 202c; 202e) and extending from a forefoot region of the sole structure (200; 200a - 200f), through a metatarsophalangeal point of the sole structure (200; 200a - 200f), and toward a heel region of the sole structure (200; 200a - 200f), the plate (206; 206a; 206b; 206c; 206e; 206f) including a first plate portion extending from the outer perimeter surface of the midsole (202; 202c; 202e), the first plate portion disposed in the forefoot region , wherein the first plate portion includes a main body extending from the outer perimeter surface of the midsole (202; 202c; 202e) and a flange (228; 228b; 228f) extending from the main body in a direction away from the outsole , the flange (228; 228b; 228f) extending substantially perpendicular to the main body of the first plate portion , and wherein the plate includes a first plate segment disposed in a forefoot region of the sole structure and a second plate segment disposed in a heel region of the sole structure, the first plate segment spaced apart from the second plate segment . an outsole having a ground-engaging surface and an upper surface formed on an opposite side of the outsole than the ground-engaging surface; a midsole (202; 202c; 202e) attached to the outsole and including an outer perimeter surface extending between the outsole and the upper ; and a plate (206; 206a; 206b; 206c; 206e; 206f) disposed at least partially within the midsole (202; 202c; 202e) and extending from a forefoot region of the sole structure (200; 200a - 200f), through a metatarsophalangeal point of the sole structure (200; 200a - 200f), and toward a heel region of the sole structure (200; 200a - 200f), the plate (206; 206a; 206b; 206c; 206e; 206f) including a first plate portion extending from the outer perimeter surface of the midsole (202; 202c; 202e), the first plate portion disposed in the forefoot region , wherein the first plate portion includes a main body extending from the outer perimeter surface of the midsole (202; 202c; 202e) and a flange (228; 228b; 228f) extending from the main body in a direction away from the outsole , the flange (228; 228b; 228f) extending substantially perpendicular to the main body of the first plate portion , and wherein the plate includes a first plate segment disposed in a forefoot region of the sole structure and a second plate segment disposed in a heel region of the sole structure, the first plate segment spaced apart from the second plate segment .
A shroud and hanger assembly for a gas turbine engine, comprising: a shroud hanger formed of a first metallic material having a relatively higher thermal coefficient of expansion, said shroud hanger having a forward hanger portion and a rearward hanger portion , said shroud hanger having a cavity between said forward and rearward hanger portions; a shroud formed of a second material having a relatively lower coefficient of thermal expansion compared to said first material, said shroud being disposed within said cavity between said forward hanger portion and said rearward hanger portion ; at least one axially oriented pin extending between at least a portion of said shroud hanger and said shroud ; characterized in that the shroud includes a tab or two tabs extending in a radial direction upwardly, said tabs adjacent to an opening passing through an upper surface of the shroud ; and wherein each tab includes an aperture through which an axially oriented pin extends. a shroud hanger formed of a first metallic material having a relatively higher thermal coefficient of expansion, said shroud hanger having a forward hanger portion and a rearward hanger portion , said shroud hanger having a cavity between said forward and rearward hanger portions; a shroud formed of a second material having a relatively lower coefficient of thermal expansion compared to said first material, said shroud being disposed within said cavity between said forward hanger portion and said rearward hanger portion ; at least one axially oriented pin extending between at least a portion of said shroud hanger and said shroud ; characterized in that the shroud includes a tab or two tabs extending in a radial direction upwardly, said tabs adjacent to an opening passing through an upper surface of the shroud ; and wherein each tab includes an aperture through which an axially oriented pin extends.
A bolt receiving device for a locking device that has at least one pivoting hook bolt , having a strike plate that has a passage opening for a pivoting hook bolt , wherein a blocking plate is fastened movably to the strike plate and is displaceable in the longitudinal direction (X) of the strike plate , wherein the blocking plate is movable into a main position that partially covers the passage opening and is movable out of the main position by the pivoting hook bolt as the pivoting hook bolt pivots in, wherein the blocking plate is fastened at the rear to the strike plate , and the pivoting hook bolt engages behind the rear face of the blocking plate when in the locked position, characterised in that a bolt receiving pot is fastened to the rear of the strike plate , wherein the blocking plate is guided displaceably between the strike plate and the bolt receiving pot .
An aerosol-generating device for use with an aerosol-forming substrate comprising an electrical heating assembly for restively heating the aerosol-forming substrate , the heating assembly comprising a control circuit configured to provide a driving current and an electrically resistive heating element for heating the aerosol-forming substrate which is operatively coupled with the control circuit, characterized in that the control circuit is configured to provide an AC driving current, and the electrically resistive heating element comprises an electrically conductive ferromagnetic or ferrimagnetic material and is configured to heat up due to Joule heating when passing an AC driving current provided by the control circuit through the heating element , wherein the heating element is a multi-layer heating element comprising at least one support layer (110.3, 110.5) and at least one heating layer (110.1, 110.2, 110.4), wherein at least the heating layer (110.1, 110.2, 110.4) comprises the electrically conductive ferromagnetic or ferrimagnetic material and is an edge layer of the multi-layer heating element , and wherein the layer thickness of the at least one support layer (110.3, 110.5) is larger than the layer thickness of the at least one heating layer.
An electrical box (10; 10') for engaging in a partition , the box comprising: • a rear body having a back wall ; • a front body having fastener means for fastening to the partition ; and • at least one junction element connected to the front body and to the rear body by two hinges in such a manner that the rear body can occupy two stable positions relative to the front body , comprising a first stable position in which the electrical box (10; 10') presents a depth that is less than the depth that it presents when in a second stable position; the electrical box being characterized in that a plurality of distinct junction elements are provided and in that the rear body includes at least one deformable portion between two distinct junction elements , which deformable portion is adapted to deform with greater amplitude than the remainder of the rear body during pivoting of the junction elements relative to the front body and to the rear body . • a rear body having a back wall ; • a front body having fastener means for fastening to the partition ; and • at least one junction element connected to the front body and to the rear body by two hinges in such a manner that the rear body can occupy two stable positions relative to the front body , comprising a first stable position in which the electrical box (10; 10') presents a depth that is less than the depth that it presents when in a second stable position;
Guide element, particularly Isofix guide element, having a base portion , a rear side portion and two side portions connected to the base, an introduction opening which is delimited by respective inner sides of the base portion and the two side portions , a bracket opening , formed between the base portion and the rear side portion , which has notches formed in the side portions such that a bracket -like fastening element can be accommodated in the notches and that the fastening element is accessible through the introduction opening , wherein on an outer side of the base portion is arranged at least one fastening element protruding from the base portion , characterised in that the fastening element has at least one fastening opening in the form of an elongated hole, which can be connected to a tab of a seat cushion or of a seat cover of a vehicle seat . an introduction opening which is delimited by respective inner sides of the base portion and the two side portions , a bracket opening , formed between the base portion and the rear side portion , which has notches formed in the side portions such that a bracket -like fastening element can be accommodated in the notches and that the fastening element is accessible through the introduction opening , wherein on an outer side of the base portion is arranged at least one fastening element protruding from the base portion , characterised in that the fastening element has at least one fastening opening in the form of an elongated hole, which can be connected to a tab of a seat cushion or of a seat cover of a vehicle seat .
A networked system for physical intrusion detection/alarm monitoring comprises: one or more computing devices, comprising processor devices and memory in communication with the processor devices, configured to receive sensory inputs from credentials or badges within a monitored premises; determine virtual groups of individuals associated with the received credential data by determining from the received inputs relative proximity of individuals to each other over periods of time; store the determined virtual groups of individuals into a list of tag locations as grouping information; modify the grouping information over time frames of configurable duration, based on the virtual groupings by changing the list of tag locations for each virtual group as virtual group membership changes; and apply rules set to the grouping information to track and detect individuals within the virtual group. receive sensory inputs from credentials or badges within a monitored premises; determine virtual groups of individuals associated with the received credential data by determining from the received inputs relative proximity of individuals to each other over periods of time; store the determined virtual groups of individuals into a list of tag locations as grouping information; modify the grouping information over time frames of configurable duration, based on the virtual groupings by changing the list of tag locations for each virtual group as virtual group membership changes; and apply rules set to the grouping information to track and detect individuals within the virtual group.
A surfactant formulation for treating a fossil fluid-bearing subterranean formation comprising a nonionic surfactant, organic acid selected from citric acid, diglycolic acid, glycolic acid and a salt thereof, and injection water, wherein the nonionic surfactant is an alkoxylated alkylphenol having one or more linear or branched C 1 to C 25 alkyl groups attached and wherein the surfactant formulation has a ratio of organic acid to nonionic surfactant ranging between 0.05 parts by weight organic acid or a salt thereof to 15 parts by weight nonionic surfactant to 2 parts by weight organic acid or a salt thereof to 10 parts by weight nonionic surfactant.
A preparation comprising a butyrate salt for use in the treatment of a subject suffering from a disease which is associated with systemic inflammation, wherein the disease is selected from the group consisting of osteoarthritis, Parkinson's disease, migraine, idiopathic subfertility, hangover and gout, and wherein the preparation is orally administered and comprises butyrate salt in a gastro-resistant formulation.
A water recirculation system intended for recycling of water or discarding of water not suitable to recycle, said water recirculation system comprising a flow path for recirculation , at least one water treating unit , in a combined UV and heating unit, said combined UV and heating unit comprising a first heating unit , and a sensor unit arranged for measurement of at least water quality, and wherein the sensor unit is connected to a control unit which decides if water should be recycled or discarded in a point of separation based on the measurement of the water quality, characterized by that the water recirculation system also comprises a second heating source .
A method for measuring operating parameters of a machining of at least one surface (S) of a semi-finished component (T) comprising: - a step of preparing at least one group of brushes for machining surfaces (S); - a step of preparing a line for the passage of said semi-finished components (T) comprising at least one surface (S) to be machined with said at least one group of brushes ; - a step of preparing a data acquisition and processing unit operatively connected to said at least one group of brushes and to said line ; said measuring method being characterised in that it also comprises: - a step of associating at least one measuring device in an integral fashion with said semi-finished component (T) close to the at least one surface (S) to be machined; - a step of positioning on said line said semi-finished component (T) to which the at least one measuring device has been associated; - a step of machining said at least one surface (S) using said at least one group of brushes ; - a step of measuring, using the measuring device , a plurality of operating parameters of the machining performed during the machining step including at least one temperature parameter of the semi-finished component (T) and at least one movement parameter of the semi-finished component (T); - a step of sending, by the measuring device , at least one signal representing said operating parameters measured during the measuring step to said data acquisition and processing unit . - a step of preparing at least one group of brushes for machining surfaces (S); - a step of preparing a line for the passage of said semi-finished components (T) comprising at least one surface (S) to be machined with said at least one group of brushes ; - a step of preparing a data acquisition and processing unit operatively connected to said at least one group of brushes and to said line ; - a step of associating at least one measuring device in an integral fashion with said semi-finished component (T) close to the at least one surface (S) to be machined; - a step of positioning on said line said semi-finished component (T) to which the at least one measuring device has been associated; - a step of machining said at least one surface (S) using said at least one group of brushes ; - a step of measuring, using the measuring device , a plurality of operating parameters of the machining performed during the machining step including at least one temperature parameter of the semi-finished component (T) and at least one movement parameter of the semi-finished component (T); - a step of sending, by the measuring device , at least one signal representing said operating parameters measured during the measuring step to said data acquisition and processing unit .
A temporary, relocatable, sports pitch assembly comprising: at least one base layer comprising: a plurality of removably coupleable base layer elements , wherein each base layer element comprises drainage means ; and at least one base layer element coupling device for removably coupling adjacent base layer elements to one another; at least one shock absorbing layer comprising: a plurality of removably coupleable shock absorbing elements comprising a resiliently compressible material; and at least one shock absorbing element coupling device for removably coupling adjacent shock absorbing elements to one another; and at least one playing surface layer comprising: a plurality of removably coupleable playing surface elements ; and at least one playing surface element coupling device for removably coupling adjacent playing surface elements to one another. at least one base layer comprising: a plurality of removably coupleable base layer elements , wherein each base layer element comprises drainage means ; and at least one base layer element coupling device for removably coupling adjacent base layer elements to one another; a plurality of removably coupleable base layer elements , wherein each base layer element comprises drainage means ; and at least one base layer element coupling device for removably coupling adjacent base layer elements to one another; at least one shock absorbing layer comprising: a plurality of removably coupleable shock absorbing elements comprising a resiliently compressible material; and at least one shock absorbing element coupling device for removably coupling adjacent shock absorbing elements to one another; and a plurality of removably coupleable shock absorbing elements comprising a resiliently compressible material; and at least one shock absorbing element coupling device for removably coupling adjacent shock absorbing elements to one another; at least one playing surface layer comprising: a plurality of removably coupleable playing surface elements ; and at least one playing surface element coupling device for removably coupling adjacent playing surface elements to one another. a plurality of removably coupleable playing surface elements ; and at least one playing surface element coupling device for removably coupling adjacent playing surface elements to one another.
A transmitter driver comprising: a first voltage mode driver coupled to receive a first differential input signal from a first input port (D0) of the transmitter driver , and coupled to provide a first differential output signal at a first output port (Tx_m) of the transmitter driver ; a second voltage mode driver coupled to receive a second differential input signal from a second input port (DOb) of the transmitter driver , and coupled to provide a second differential output signal at a second output port (Tx_p) of the transmitter driver ; a secondary data path having first input and output ports connected in parallel with the first voltage mode driver , and having second input and output ports connected in parallel with the second voltage mode driver , the secondary data path receiving boost current from a current source ; the transmitter driver being characterized by further comprising: a high frequency booster connected to the first and second input ports of the transmitter driver , and connected between the current source and the secondary data path , the high frequency booster providing a high frequency path for the boost current from the current source . a first voltage mode driver coupled to receive a first differential input signal from a first input port (D0) of the transmitter driver , and coupled to provide a first differential output signal at a first output port (Tx_m) of the transmitter driver ; a second voltage mode driver coupled to receive a second differential input signal from a second input port (DOb) of the transmitter driver , and coupled to provide a second differential output signal at a second output port (Tx_p) of the transmitter driver ; a secondary data path having first input and output ports connected in parallel with the first voltage mode driver , and having second input and output ports connected in parallel with the second voltage mode driver , the secondary data path receiving boost current from a current source ; the transmitter driver being characterized by further comprising: a high frequency booster connected to the first and second input ports of the transmitter driver , and connected between the current source and the secondary data path , the high frequency booster providing a high frequency path for the boost current from the current source .
A method of printing, the method comprising providing an electrostatic ink composition comprising a carrier liquid, and particles comprising a graft co-polymer comprising an acrylate polymer backbone onto which has been grafted polysiloxane side chains, wherein the particles are dispersed in the carrier liquid; forming a latent electrostatic image on a surface; contacting the surface with the electrostatic ink composition, such that at least some of the particles are transferred to the surface to form a developed toner image on the surface; and transferring the toner image from the surface to a print substrate.