mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: generating one index that integrates a local file index and a local application content search index, wherein the local file index represents a collection of scanned and parsed data from local files for use in identifying search results satisfying a search query, and wherein the application content search index represents a collection of parsed data from an application database or other application content datastore; receiving at least a portion of a search query by a search service; searching by the search service the integrated index based on the at least one portion of the search query; obtaining, based on the searching of the integrated index, one or more contextualized search results associated with application content, the one or more contextualized search results indicating the application to be used to access the application content; and returning from the search service the one or more contextual search results responsive to the searching operation, each contextual search result including a reference to content associated with the search result and an application identifier identifying the application; receiving a selection of a selected contextual search result from the one or more contextual search results; and launching the application identified by the application identifier of the selected contextual search result to operate on the content associated with the selected contextual search result. generating one index that integrates a local file index and a local application content search index, wherein the local file index represents a collection of scanned and parsed data from local files for use in identifying search results satisfying a search query, and wherein the application content search index represents a collection of parsed data from an application database or other application content datastore; receiving at least a portion of a search query by a search service; searching by the search service the integrated index based on the at least one portion of the search query; obtaining, based on the searching of the integrated index, one or more contextualized search results associated with application content, the one or more contextualized search results indicating the application to be used to access the application content; and returning from the search service the one or more contextual search results responsive to the searching operation, each contextual search result including a reference to content associated with the search result and an application identifier identifying the application; receiving a selection of a selected contextual search result from the one or more contextual search results; and launching the application identified by the application identifier of the selected contextual search result to operate on the content associated with the selected contextual search result.
A shipping container configured for shipping thermally active materials , the shipping container comprising a plurality of structural panels defining a container interior configured for receiving the thermally active materials , and an exterior disposed adjacent to an environment in which the shipping container is placed, a thermal barrier member for placement between the thermally active materials and the environment (E) in which the container is placed, characterized in that the thermal barrier includes a thermal barrier interior panel , and a thermal barrier exterior panel defining a heat absorbing material receiving cavity , and a flowable, polymer based heat absorbing material disposed within the heat absorbing material receiving cavity , wherein the thermal barrier is configured to substantially surround the thermally active materials to reduce the passage of thermal energy between the thermally active materials and the environment (E) in which the shipping container is disposed. a plurality of structural panels defining a container interior configured for receiving the thermally active materials , and an exterior disposed adjacent to an environment in which the shipping container is placed, a thermal barrier member for placement between the thermally active materials and the environment (E) in which the container is placed, characterized in that the thermal barrier includes a thermal barrier interior panel , and a thermal barrier exterior panel defining a heat absorbing material receiving cavity , and a flowable, polymer based heat absorbing material disposed within the heat absorbing material receiving cavity , wherein the thermal barrier is configured to substantially surround the thermally active materials to reduce the passage of thermal energy between the thermally active materials and the environment (E) in which the shipping container is disposed.
Traction assistance device for arrangement on the periphery of a tread of a tyre mounted on a rim, comprising a traction strip extending along a traction axis T-T and designed for winding around the tread of the tyre, a lateral fastening module designed to laterally fasten said traction strip to the rim, said traction strip comprising a plurality of blocks for supporting chains , arranged one after the other and to which at least two circumferential chains are fastened, said device being characterized in that at least a portion of the support blocks have an arrangement of tread patterns provided with at least one groove and at least one sipe that are transverse to the traction axis T-T and arranged on the outer face of the support blocks and integral with the chain support block and in that the arrangement of tread patterns also has an alignment of sawtooth-shaped tread patterns disposed on the lateral face of the support blocks.
A lever apparatus comprising: a lever operated by a user; a biasing member that is a source of an operation reaction force of the lever ; and a linkage mechanism configured to link the lever and the biasing member , wherein the linkage mechanism includes: a lever-side rotating body that is configured to pivot according to a pivot of the lever ; and a biasing member-side rotating body that is engaged with the lever-side rotating body and that is installed closer to the biasing member than the lever-side rotating body , and the linkage mechanism varies a ratio (dθ2/dθ1) of a variation (dθ2) of a rotation angle of the biasing member-side rotating body with respect to a variation (dθ1) of a rotation angle of the lever-side rotating body according to an operation amount of the lever . a lever operated by a user; a biasing member that is a source of an operation reaction force of the lever ; and a linkage mechanism configured to link the lever and the biasing member , wherein the linkage mechanism includes: a lever-side rotating body that is configured to pivot according to a pivot of the lever ; and a biasing member-side rotating body that is engaged with the lever-side rotating body and that is installed closer to the biasing member than the lever-side rotating body , and the linkage mechanism varies a ratio (dθ2/dθ1) of a variation (dθ2) of a rotation angle of the biasing member-side rotating body with respect to a variation (dθ1) of a rotation angle of the lever-side rotating body according to an operation amount of the lever . a lever-side rotating body that is configured to pivot according to a pivot of the lever ; and a biasing member-side rotating body that is engaged with the lever-side rotating body and that is installed closer to the biasing member than the lever-side rotating body , and the linkage mechanism varies a ratio (dθ2/dθ1) of a variation (dθ2) of a rotation angle of the biasing member-side rotating body with respect to a variation (dθ1) of a rotation angle of the lever-side rotating body according to an operation amount of the lever .
A system, comprising: a first port having a first set of pins ; a second port having a second set of pins , wherein the second port is configured to electrically connect to the first port via one or more electrical connections between the first set of pins and the second set of pins; a power supply line extending from a second pin in the second port , a power supply for providing a voltage to a first configuration channel line at a first pin in the first port , wherein the first pin in the first port is connected to the first pin in the second port and the first pin in the second port is connected to a second configuration line ; a first resistor (215; 217) connected to the second configuration channel line (361; 362); a short circuit protection circuit connected to the second port comprising: a voltage divider connected to a junction point on the second configuration channel line and comprising a second resistor and a thermistor , wherein the thermistor is connected to a ground line ; and a field effect transistor , FET, connected to the first resistor (215; 217); and a controller configured to detect the voltage on the first configuration channel line at the first pin in the first port , wherein when the controller detects a voltage on the first pin in the first port being above a threshold value, the controller triggers power delivery on the power supply line . a first port having a first set of pins ; a second port having a second set of pins , wherein the second port is configured to electrically connect to the first port via one or more electrical connections between the first set of pins and the second set of pins; a power supply line extending from a second pin in the second port , a power supply for providing a voltage to a first configuration channel line at a first pin in the first port , wherein the first pin in the first port is connected to the first pin in the second port and the first pin in the second port is connected to a second configuration line ; a first resistor (215; 217) connected to the second configuration channel line (361; 362); a short circuit protection circuit connected to the second port comprising: a voltage divider connected to a junction point on the second configuration channel line and comprising a second resistor and a thermistor , wherein the thermistor is connected to a ground line ; and a field effect transistor , FET, connected to the first resistor (215; 217); and a voltage divider connected to a junction point on the second configuration channel line and comprising a second resistor and a thermistor , wherein the thermistor is connected to a ground line ; and a field effect transistor , FET, connected to the first resistor (215; 217); and a controller configured to detect the voltage on the first configuration channel line at the first pin in the first port , wherein when the controller detects a voltage on the first pin in the first port being above a threshold value, the controller triggers power delivery on the power supply line .
Machine for shaping at least one annular element (AE), comprising: - a support frame ; - at least one shaft or mandrel extending around one first longitudinal axis (x-x) and intended to be inserted or fitted inside said at least one annular element (AE); - at least one plate or table for supporting said at least one annular element (AE) and extending at least partly around said at least one shaft or mandrel , said at least one plate or table being designed to support said at least one annular element (AE) at one side (AE3) thereof; - one bucking component extending to the side of said at least one shaft or mandrel and intended to abut against and to deform the side connecting surface (AE2) of said at least one annular element (AE); - at least one first and one second roller elements, each intended to abut against a portion of a respective side (AE4, AE3) of said at least one annular element (AE), - actuation means intended to move said at least one first and said at least one second roller elements along one direction (B-B) substantially parallel to said first longitudinal axis (x-x), so that said first and said second roller elements can be moved closer and apart with respect to each other in such a way as to tighten or release said at least one annular element (AE), - displacement means for displacing said support plate or table along a direction substantially parallel to said first longitudinal axis (x-x). - a support frame ; - at least one shaft or mandrel extending around one first longitudinal axis (x-x) and intended to be inserted or fitted inside said at least one annular element (AE); - at least one plate or table for supporting said at least one annular element (AE) and extending at least partly around said at least one shaft or mandrel , said at least one plate or table being designed to support said at least one annular element (AE) at one side (AE3) thereof; - one bucking component extending to the side of said at least one shaft or mandrel and intended to abut against and to deform the side connecting surface (AE2) of said at least one annular element (AE); - at least one first and one second roller elements, each intended to abut against a portion of a respective side (AE4, AE3) of said at least one annular element (AE), - actuation means intended to move said at least one first and said at least one second roller elements along one direction (B-B) substantially parallel to said first longitudinal axis (x-x), so that said first and said second roller elements can be moved closer and apart with respect to each other in such a way as to tighten or release said at least one annular element (AE), - displacement means for displacing said support plate or table along a direction substantially parallel to said first longitudinal axis (x-x).
Curved structural component made of a fibre-reinforced composite material having continuous fibres , the cross section of which comprises at least two wings , said fibres extending from one wing to the other, at least one of the wings having a variation in radius of curvature across its width, said variation being comprised between two radii of curvature of which the concavity is oriented in the same direction, said wing comprising a variation in the width of its cross section parallel to the local radius of curvature, said variation in width manifesting as a reduction in minimum radius of curvature of the component and an increase in the length of the fibres comprised in said wing, characterized in that the variation in width encompasses a widening followed by a return to the main cross section.
Filter frame comprising four sections joined at their ends in such a way to form a rectangular or square frame that contains a filtering element shaped like a rectangular or square panel, wherein each section comprises a rectangular bottom wall and two side walls that rise orthogonally from the bottom wall ; the section has a first end and a second end ; the first end of the section has edges of the side walls flush with an edge of the bottom wall ; characterized in that the second end of the section has recessed seats , which are open outwards, in correspondence with the side walls , so that to define a step on the side walls; when a second section is arranged orthogonally on a first section, the edges of the side walls in the first end of the second section enter the recessed seats of the second end of the first section; wherein each side wall has an internal knurled surface and each recessed seat has an external knurled surface . wherein each section comprises a rectangular bottom wall and two side walls that rise orthogonally from the bottom wall ; the section has a first end and a second end ; the first end of the section has edges of the side walls flush with an edge of the bottom wall ; characterized in that the second end of the section has recessed seats , which are open outwards, in correspondence with the side walls , so that to define a step on the side walls; when a second section is arranged orthogonally on a first section, the edges of the side walls in the first end of the second section enter the recessed seats of the second end of the first section; wherein each side wall has an internal knurled surface and each recessed seat has an external knurled surface .
A switching device comprising at least one main breaker together with an upstream section (32.1) and a downstream section (32.2) of a power electrical circuit positioned on either side of the main breaker , said main breaker being configured so as to occupy first and second states isolating or connecting the upstream and downstream sections (32.1, 32.2), the switching device comprising a spring , a control power supply together with an actuator configured so as to cause a change from the first state to the second state of the main breaker counter to a force generated by the spring when the actuator is powered by a control signal generated by the control power supply equal to a first level (S1), the spring being arranged so as to cause a change from the second state to the first state of the main breaker when the actuator is not powered, the control power supply being configured so that the control signal is equal to the first level (S1) for a given first period of time (t1) counting from the receipt of a first signal then to a second level (S2), lower than the first level (S1), so as to hold the main breaker in the second state for as long as the main breaker has to be held in the second state, the control power supply being configured so that the control signal applied to the actuator is equal to a third level (S3) higher than the second level (S2), upon receiving a second signal , in that the control signal is held at the third level (S3) for a given second period of time (t2) or for as long as the current flowing in the main breaker exceeds the given operating threshold, characterized in that the switching device comprises at least one current sensor configured for transmitting the second signal to the control power supply if a current flowing in the main breaker exceeds a given operating threshold, in that the switching device comprises a re-armable protection system configured for interrupting the second signal after the second period of time (t2), said re-armable protection system being configured so as to occupy a closed state in which it lets the second signal pass when the latter has a value lower than a given triggering threshold, together with a open state in which it interrupts the second signal whenever the latter has a value higher than or equal to the given triggering threshold for the given second period of time (t2), said re-armable protection system returning to the closed state when the second signal is once again lower than the given triggering threshold.
A process for preparing an extruded plant-based food product, the process comprising the steps of: a) feeding an extruder barrel with a composition comprising 40-70wt% water and 15-35wt% plant protein; b) extruding the composition from step a) in extruder barrels above the denaturation temperature of the plant protein; c) pushing the composition from step b) after the last extruder barrel through a constriction; d) cooling the composition from step c) through a cooling die; e) injecting an aqueous solution into the extruded composition from step d) with a needle injector; wherein the constriction reduces a cross-sectional area D constr compared to a cross-sectional area before the constriction D before between 30 to 90% and wherein a cross-sectional area after the constriction D after is increased again. a) feeding an extruder barrel with a composition comprising 40-70wt% water and 15-35wt% plant protein; b) extruding the composition from step a) in extruder barrels above the denaturation temperature of the plant protein; c) pushing the composition from step b) after the last extruder barrel through a constriction; d) cooling the composition from step c) through a cooling die; e) injecting an aqueous solution into the extruded composition from step d) with a needle injector;
An authentication apparatus comprising: a calculator configured to calculate, based on a first set and a second set, a similarity indicative of how similar the second set is to the first set, wherein: the first set is representative of characteristics of a true user of a mobile device and has as elements identifiers of one or more cells where the mobile device was located during a first period of time previous to a time at which an authentication request was received; and the second set has as elements identifiers of one or more cells where the mobile device was located during a second period of time differing from the first period; and an authenticator configured to, based on the similarity, authenticate a person who carries the mobile device during the second period as a true user. a calculator configured to calculate, based on a first set and a second set, a similarity indicative of how similar the second set is to the first set, wherein: the first set is representative of characteristics of a true user of a mobile device and has as elements identifiers of one or more cells where the mobile device was located during a first period of time previous to a time at which an authentication request was received; and the second set has as elements identifiers of one or more cells where the mobile device was located during a second period of time differing from the first period; and the first set is representative of characteristics of a true user of a mobile device and has as elements identifiers of one or more cells where the mobile device was located during a first period of time previous to a time at which an authentication request was received; and the second set has as elements identifiers of one or more cells where the mobile device was located during a second period of time differing from the first period; and an authenticator configured to, based on the similarity, authenticate a person who carries the mobile device during the second period as a true user.
Process to produce propargylic alcohol, wherein acetylene is reacted with formaldehyde in the liquid phase in the presence of a copper catalyst and at least one phosphine.
A structural element for the decoupling of impact sound for stair flights, with an insulating bearing layer that can be inserted between a stair flight and a floor supporting the latter, or a landing supporting the latter, wherein the insulating bearing layer comprises a foamed material layer with an upper face and a lower face , in which a first elastomer is embedded; on at least one of the two faces in the region of the first elastomer at least one layer of a second elastomer is provided, wherein this layer is designed to be thinner than the first elastomer , characterised in that , the first elastomer and the second elastomer have different Shore A hardnesses, wherein the first elastomer has a higher Shore A hardness than the second elastomer .