mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , at a user device , a user voice input to perform a task; providing , by the user device, the voice input to a dialog system communicatively connected to the user device through a network ; receiving , at the user device and from the dialog system, multiple protocol buffers for a dialog, wherein the protocol buffers encode what question in the dialog is being asked of the user and a type of information that is being requested from the user in response; presenting , by the user device, a first prompt for a first protocol buffer to the user; receiving , at the user device, a first response to the first prompt, wherein the first response is a non-verbal response; updating , by the user device, a local state of the dialog with the first response and presenting a second prompt for a second protocol buffer to the user; receiving , at the user device, a second input in response to the second prompt; and if the second input is a voice input, providing , by the user device, the voice input and the first and second protocol buffers to the dialog system. receiving , at a user device , a user voice input to perform a task; providing , by the user device, the voice input to a dialog system communicatively connected to the user device through a network ; receiving , at the user device and from the dialog system, multiple protocol buffers for a dialog, wherein the protocol buffers encode what question in the dialog is being asked of the user and a type of information that is being requested from the user in response; presenting , by the user device, a first prompt for a first protocol buffer to the user; receiving , at the user device, a first response to the first prompt, wherein the first response is a non-verbal response; updating , by the user device, a local state of the dialog with the first response and presenting a second prompt for a second protocol buffer to the user; receiving , at the user device, a second input in response to the second prompt; and if the second input is a voice input, providing , by the user device, the voice input and the first and second protocol buffers to the dialog system.
A method for extracting metal compound particles present in a metal material by etching the metal material in an electrolytic solution, characterized by using an electrolytic solution which comprises a chemical agent that forms a complex containing metal M' wherein Δ defined by the following formula is 10 or more, Δ = pKsp M ′ x ′ Ay ′ − pKsp MxAy = − log 10 Ksp M ′ x ′ Ay ′ − − log 10 Ksp MxAy wherein a solubility product of metal compound M'x'Ay' is defined as Ksp[M'x'Ay'], and a solubility product of metal compound to be extracted MxAy, which is present in the metal material, is defined as Ksp[MxAy], wherein M and M' are different metal elements, A is a single atom or atomic group which forms a compound with M or M' and comprises one or more atoms independently selected from C, N, H, S, O, P and F atoms, and x, x', y and y' represent a composition ratio of the compound determined according to the valences of M, M' and A, the solubility product Ksp is a value in an aqueous solution at 25 °C, wherein the metal M' of the metal compound M'x'Ay' whose pKsp is greater, is at least one of Hg, Ag, Cu, Pb, Cd, Co, Zn and Ni, and wherein the metal material is a steel material. wherein a solubility product of metal compound M'x'Ay' is defined as Ksp[M'x'Ay'], and a solubility product of metal compound to be extracted MxAy, which is present in the metal material, is defined as Ksp[MxAy], wherein M and M' are different metal elements, A is a single atom or atomic group which forms a compound with M or M' and comprises one or more atoms independently selected from C, N, H, S, O, P and F atoms, and x, x', y and y' represent a composition ratio of the compound determined according to the valences of M, M' and A, the solubility product Ksp is a value in an aqueous solution at 25 °C, wherein the metal M' of the metal compound M'x'Ay' whose pKsp is greater, is at least one of Hg, Ag, Cu, Pb, Cd, Co, Zn and Ni, and wherein the metal material is a steel material.
A textile with elasticity , which is warp knitted, comprising a first weft unit , a plurality of elastic warp yarns and a plurality of twines , wherein the first weft unit comprises a plurality of first elastic weft yarns parallel to each other; wherein each of the first elastic weft yarns is adjacent to another first elastic weft yarn of the first weft unit with the first weft unit being formed by a first yarn running to and fro in a continuous S-shaped pattern; the textile with elasticity further comprises a second weft unit , a third weft unit and a fourth weft unit ; wherein the second weft unit comprises a plurality of second elastic weft yarns parallel to each other, wherein each of the second elastic weft yarns is adjacent to another second elastic weft yarn of the second weft unit with the second weft unit being formed by a second yarn running to and fro in a continuous S-shaped pattern; wherein the first weft unit and the second weft unit are disposed on a same plane and are separated by a distance (D); the third weft unit comprises a plurality of third elastic weft yarns parallel to each other, wherein each of the third elastic weft yarns is adjacent to another third elastic weft yarn of the third weft unit with the third weft unit being formed by a third yarn running to and fro in a continuous S-shaped pattern; the fourth weft unit comprises a plurality of fourth elastic weft yarns parallel to each other, wherein each of the fourth elastic weft yarns is adjacent to another fourth elastic weft yarn of the fourth weft unit with the fourth weft unit being formed by the third yarn running to and fro in a continuous S-shaped pattern; wherein the third weft unit and the fourth weft unit are disposed on another same plane and are separated by the distance (D); wherein each of the first elastic weft yarns and each of the third elastic weft yarns are parallel to each other and separated by a gap (G) between the planes; wherein each of the second elastic weft yarns and each of the fourth elastic weft yarns are parallel to each other and separated by the gap (G); wherein the elastic warp yarns are longitudinally disposed within the gap (G) to form a warp yarn layer, wherein each of the elastic warp yarns combines with one of the twines tying one of the elastic warp yarns as a center for binding the first weft unit , the second weft unit , the third weft unit and the fourth weft unit to keep the distance (D).
Protection (MC) for part of the human body comprising: a flexible surface to be laid on the part to be protected, and a plurality of flexible elements projecting from the surface along a same direction (X) substantially orthogonal to the surface, one or each protruding element comprising, or being constituted of, two flexible concentric rings , one external and the other internal relatively, wherein the external ring : surrounds the internal ring , extends from the surface orthogonally thereto, and at the edge opposite the surface is attached to and integral with the internal ring along a common edge , and the internal ring : extends towards the surface orthogonally thereto and has an edge attached to and integral with the external ring along said common edge , characterized in that said rings - have a common edge , being their most distant part from the surface and the part that is hit first by an external object, forming an angle (β), and - are configured so that a stress of the object causes the two rings to deform and, as the common edge approaches the surface , the angle (β) formed by the rings with vertex at the common edge , tends to increase. a flexible surface to be laid on the part to be protected, and a plurality of flexible elements projecting from the surface along a same direction (X) substantially orthogonal to the surface, one or each protruding element comprising, or being constituted of, two flexible concentric rings , one external and the other internal relatively, wherein the external ring : surrounds the internal ring , extends from the surface orthogonally thereto, and at the edge opposite the surface is attached to and integral with the internal ring along a common edge , and surrounds the internal ring , extends from the surface orthogonally thereto, and at the edge opposite the surface is attached to and integral with the internal ring along a common edge , and the internal ring : extends towards the surface orthogonally thereto and has an edge attached to and integral with the external ring along said common edge , extends towards the surface orthogonally thereto and has an edge attached to and integral with the external ring along said common edge , characterized in that said rings - have a common edge , being their most distant part from the surface and the part that is hit first by an external object, forming an angle (β), and - are configured so that a stress of the object causes the two rings to deform and, as the common edge approaches the surface , the angle (β) formed by the rings with vertex at the common edge , tends to increase. - have a common edge , being their most distant part from the surface and the part that is hit first by an external object, forming an angle (β), and - are configured so that a stress of the object causes the two rings to deform and, as the common edge approaches the surface , the angle (β) formed by the rings with vertex at the common edge , tends to increase. a stress of the object causes the two rings to deform and, as the common edge approaches the surface , the angle (β) formed by the rings with vertex at the common edge , tends to increase.
A method of wireless communication, comprising: establishing , at a first user equipment, UE, a network connection with a first base station, BS, of a first communication network; transmitting a scheduling request for communication resources in a second communication network by tunneling to a second BS of the second communication network through the first BS of the first communication network, including an indication whether to operate in LTE device-to-device mode or NR device-to-device mode; receiving from the first BS via the network connection, in response to the scheduling request, information for configuring the first UE for communicating with a second UE; configuring the first UE using the received information; and transmitting , directly, a message to the second UE using the communication resources in the second communication network. establishing , at a first user equipment, UE, a network connection with a first base station, BS, of a first communication network; transmitting a scheduling request for communication resources in a second communication network by tunneling to a second BS of the second communication network through the first BS of the first communication network, including an indication whether to operate in LTE device-to-device mode or NR device-to-device mode; receiving from the first BS via the network connection, in response to the scheduling request, information for configuring the first UE for communicating with a second UE; configuring the first UE using the received information; and transmitting , directly, a message to the second UE using the communication resources in the second communication network.
Device for making a composite comprising particles and/or powder , in particular absorber particles and/or active substance release particles, and at least two layers of material , comprising at least a partially rotating roller with negative pressure ranges , a first and a second supply, a means for feeding , a means for joining , with on the roller a the first layer of material must be applied by means of the first supply and the roller must be ressurized at predetermined areas for suction of the layers of material and/or particles and/or powder , the supply medium located in a pre-defined area of the roller is to be provided to the pre-defined areas in such a way that the pre-defined areas on the material layer are at least partly covered by particles and/or powder by the negative pressure and by a second supply placed on the roller by means of a second layer of material on the first layer of material with particles and/or powder , where these are located in pre-defined areas arranged in particular between the vacuum areas with the first layer of material, in particular by the action of the bonding agent arranged on the roller , so that the composite contains at least one substantially closed chamber comprising particles and/or powder at least partly rotary roller has a particularly fixed shaft , where the particles and/or powder and/or the material layer , in particular separated from and/or stamped from flat material, in particular web-shaped material , are charged by means of a means assigned to shaft to produce pressure and/or vacuum, i. e. a means exploiting the bernoullie effect, i. e. one or more Venturi nozzles, directly or indirectly by means of transport , in particular transport nozzles , for the transmission of pressure from the area of the shaft are manipulated in particular at the vacuum area , through a rotating coating agent so that, in particular in a predetermined local area of the coating agent , the material position and/or particles and/or powder are held by vacuum and/or repelled by overpressure.
A knitted component for incorporating into an article of footwear , the knitted component comprising: a plurality of lenticular knit structures , each of the lenticular knit structures including a first portion formed using a first yarn on one side of the lenticular knit structure and a second portion formed using a second yarn disposed on an opposite side of the lenticular knit structure , the first yarn and the second yarn being different; and a base portion , the lenticular knit structure extending away from the base portion in a vertical direction ; and wherein the first portion of the lenticular knit structure is associated with a first visual effect when the knitted component is viewed from a first viewing angle and the second portion of the at least one lenticular knit structure is associated with a second visual effect when the knitted component is viewed from a second viewing angle that is different than the first viewing angle , characterised in that the base portion is disposed between adjacent lenticular knit structures , and in that the knitted component is configured such that the base portion is revealable from between the adjacent lenticular knit structures upon stretching of the knitted component . a plurality of lenticular knit structures , each of the lenticular knit structures including a first portion formed using a first yarn on one side of the lenticular knit structure and a second portion formed using a second yarn disposed on an opposite side of the lenticular knit structure , the first yarn and the second yarn being different; and a base portion , the lenticular knit structure extending away from the base portion in a vertical direction ; and wherein the first portion of the lenticular knit structure is associated with a first visual effect when the knitted component is viewed from a first viewing angle and the second portion of the at least one lenticular knit structure is associated with a second visual effect when the knitted component is viewed from a second viewing angle that is different than the first viewing angle , characterised in that the base portion is disposed between adjacent lenticular knit structures , and in that the knitted component is configured such that the base portion is revealable from between the adjacent lenticular knit structures upon stretching of the knitted component .
A method for controlling a cooking process in an oven cavity of a cooking oven, comprising - placing food stuff inside the oven cavity, - setting at least one cooking parameter, - setting a maximum heating energy to be transferred into the oven cavity and/or the food stuff, - determining a heating power profile of the heating power as a function of time during a cooking time depending on said at least one cooking parameter, - wherein the total heating energy obtained by summing up or integrating the heating power of the heating profile over time for the cooking time is less than or equal to the maximum heating energy, - heating the oven cavity and/or the food stuff by transferring heating power during said cooking time according to the determined heating profile in a time control mode, - characterized in that the time control mode defines the transmission of heating energy (E) to the oven cavity as function of the time (t) during said time control mode , - wherein the time control mode comprises a heating up phase and a thermal inertia phase, wherein during the heating up phase the oven cavity is heated up by activating at least one heating element of said oven cavity, - wherein the activation and deactivation of the at least one heating element are predetermined and based on empiric and/or calculated data, and independent of any detected cooking parameters. - placing food stuff inside the oven cavity, - setting at least one cooking parameter, - setting a maximum heating energy to be transferred into the oven cavity and/or the food stuff, - determining a heating power profile of the heating power as a function of time during a cooking time depending on said at least one cooking parameter, - wherein the total heating energy obtained by summing up or integrating the heating power of the heating profile over time for the cooking time is less than or equal to the maximum heating energy, - heating the oven cavity and/or the food stuff by transferring heating power during said cooking time according to the determined heating profile in a time control mode, - characterized in that the time control mode defines the transmission of heating energy (E) to the oven cavity as function of the time (t) during said time control mode , - wherein the time control mode comprises a heating up phase and a thermal inertia phase, wherein during the heating up phase the oven cavity is heated up by activating at least one heating element of said oven cavity, - wherein the activation and deactivation of the at least one heating element are predetermined and based on empiric and/or calculated data, and independent of any detected cooking parameters.
An ultraviolet (UV) light-emitting assembly for disinfecting one or more components, the assembly comprising: a plurality of krypton-chlorine (Kr-Cl) excimer lamps emitting UV light a first UV light emitter support made of a conductive material; a second UV light emitter support made of a conductive material and being spaced from the first UV light emitter support , wherein each of the plurality of UV light emitters is seated in the first and second UV light emitter supports ; a first heat sink affixed to the first UV light emitter support ; a second heat sink affixed to the second UV light emitter support ; a thermally conductive and electrically insulating plate contacting the first heat sink and the second heat sink ; and a moving mechanism configured to vary a gap between the first UV light emitter support and the second UV light emitter support . a plurality of krypton-chlorine (Kr-Cl) excimer lamps emitting UV light a first UV light emitter support made of a conductive material; a second UV light emitter support made of a conductive material and being spaced from the first UV light emitter support , wherein each of the plurality of UV light emitters is seated in the first and second UV light emitter supports ; a first heat sink affixed to the first UV light emitter support ; a second heat sink affixed to the second UV light emitter support ; a thermally conductive and electrically insulating plate contacting the first heat sink and the second heat sink ; and a moving mechanism configured to vary a gap between the first UV light emitter support and the second UV light emitter support .
A method of managing services for a communication group (Group A, Group B), wherein the communication group comprises a nexus of a plurality of personal communication nodes for interactive communication (102-104), the method comprising: establishing a secure communication session among the communication group; receiving instructions from at least one of the plurality of personal communication nodes (102-104, 201, 304, 502-504) to instantiate an intelligent agent as a secure member of the communication group for secure group node communications, wherein receiving instructions to instantiate the intelligent agent comprises receiving audible or voice instructions through a first personal communication node in the communication group; instantiating the intelligent agent as a virtual assistant node in the communication group (Group A, Group B) by performing a security authorisation; and the instantiated intelligent agent recording and auditing communications among and between the plurality of personal communication nodes (102-104, 201, 304, 502-504) in the communication group (Group A, Group B). establishing a secure communication session among the communication group; receiving instructions from at least one of the plurality of personal communication nodes (102-104, 201, 304, 502-504) to instantiate an intelligent agent as a secure member of the communication group for secure group node communications, wherein receiving instructions to instantiate the intelligent agent comprises receiving audible or voice instructions through a first personal communication node in the communication group; instantiating the intelligent agent as a virtual assistant node in the communication group (Group A, Group B) by performing a security authorisation; and the instantiated intelligent agent recording and auditing communications among and between the plurality of personal communication nodes (102-104, 201, 304, 502-504) in the communication group (Group A, Group B).
A polyunsaturated substance for use in the treatment of Wet or Dry Age-related Macular Degeneration (AMD), Retinitis Pigmentosa (RP), Diabetic Retinopathy (DR), Cataracts, or Stargardt Disease (SD) wherein the polyunsaturated substance comprises a fatty acid or fatty acid ester that is isotopically modified with deuterium at one or more positions; wherein the polyunsaturated substance is incorporated into a patient's body following administration; and wherein the amount of the isotopically modified fatty acid or fatty acid ester comprises between from 5% to 75% of the total amount of fatty acids or fatty acid esters administered to or ingested by the patient.
A method of synthesizing a substituted cyclopentenone compound, the method comprising (A) contacting a compound of formula ("compound "): wherein subscript n is 1, 2, 3, or 4; and each of groups R1, R2, R3, and R4 is independently H or (C 1 -C 4 )alkyl, or any two adjacent R1 to R3 groups are bonded together to form a (C 1 -C 4 )alkylene and the remaining group of R1 to R3 is H or (C 1 -C 4 )alkyl, with an effective amount of a phosphorous pentoxide/methanesulfonic acid reagent (P 2 O 5 /H 3 CSO 3 H reagent) and under reaction conditions sufficient to make a compound of formula ("compound "): wherein subscript n and groups R1 to R4 are as defined above; and with the proviso that the contacting step (A) is free of added polyphosphoric acid (PPA).