mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: maintaining, by a network element of a source cell, a list of candidate target cells for a synchronous random access -less, RA-less, handover, the list comprising for each candidate target cell (102, 122) an indication of whether a synchronous RA-less handover to the candidate target cell is allowed or not and, for each candidate target cell to which a synchronous RA-less handover is determined as allowable, a target cell-specific timing information indicating when the synchronous RA-less handover to the candidate target cell takes place after being triggered, wherein the timing information for a given candidate target cell is based on communication latency between the source cell and the corresponding candidate target cell; and upon receiving, by the network element of the source cell, a handover request from a user equipment to a candidate target cell for which a synchronous RA-less handover is determined as allowable, triggering the synchronous RA-less handover to the candidate target cell without negotiating regarding the request with a network element associated with the candidate target cell, wherein the triggering comprises transmission of the handover command to the user equipment and sending a handover indication to the network element associated with the candidate target cell, the handover command indicating the corresponding candidate target cell-specific timing information. maintaining, by a network element of a source cell, a list of candidate target cells for a synchronous random access -less, RA-less, handover, the list comprising for each candidate target cell (102, 122) an indication of whether a synchronous RA-less handover to the candidate target cell is allowed or not and, for each candidate target cell to which a synchronous RA-less handover is determined as allowable, a target cell-specific timing information indicating when the synchronous RA-less handover to the candidate target cell takes place after being triggered, wherein the timing information for a given candidate target cell is based on communication latency between the source cell and the corresponding candidate target cell; and upon receiving, by the network element of the source cell, a handover request from a user equipment to a candidate target cell for which a synchronous RA-less handover is determined as allowable, triggering the synchronous RA-less handover to the candidate target cell without negotiating regarding the request with a network element associated with the candidate target cell, wherein the triggering comprises transmission of the handover command to the user equipment and sending a handover indication to the network element associated with the candidate target cell, the handover command indicating the corresponding candidate target cell-specific timing information.
A method for producing a glyceryl ether-containing composition, the method comprising: a deodorization step for bringing a glyceryl ether-containing product selected from the group consisting of a monohexyl glyceryl ether-containing product, a monocyclohexyl glyceryl ether-containing product and a mixture thereof into contact with water vapor in an environment having a reduced pressure of 0.10 kPa or more and 10 kPa or less for 60 minutes or more and to 600 minutes or less; and an addition step for adding 0.05 to 0.30 parts by mass of an antioxidant containing d-α-tocopherol to 100 parts by mass of the glyceryl ether-containing product.
A plug-in coupling for connecting a first to a second double-walled vacuum insulated cryogenic line (103,104), said plug-in coupling comprising a coupling plug and a coupling socket, - wherein the coupling plug has an inner and an outer tubular piece (111,112) and a first connecting flange and is connected to the first cryogenic line, - said coupling socket having inner and outer tubular members (133, 134) and a second connecting flange and being connected to said second cryogenic line - wherein the coupling plug is insertable into the coupling socket, which are held in a mated state by fixing means (200, 201, 202) - wherein a guide column is arranged on the coupling plug or on the coupling socket, which is received in a guide means on the coupling socket or on the coupling plug when the coupling plug is inserted into the coupling socket, and wherein elastic means are arranged on the guide column, which elastic means are tensioned in the assembled state of the plug-in coupling and press the coupling plug or the coupling socket, respectively, with an elastic force which tends to separate the coupling plug and coupling socket from one another. - wherein the coupling plug has an inner and an outer tubular piece (111,112) and a first connecting flange and is connected to the first cryogenic line, - said coupling socket having inner and outer tubular members (133, 134) and a second connecting flange and being connected to said second cryogenic line - wherein the coupling plug is insertable into the coupling socket, which are held in a mated state by fixing means (200, 201, 202) - wherein a guide column is arranged on the coupling plug or on the coupling socket, which is received in a guide means on the coupling socket or on the coupling plug when the coupling plug is inserted into the coupling socket, and wherein elastic means are arranged on the guide column, which elastic means are tensioned in the assembled state of the plug-in coupling and press the coupling plug or the coupling socket, respectively, with an elastic force which tends to separate the coupling plug and coupling socket from one another.
A cartridge for an e-vaping device, the cartridge comprising: a housing including first and second ends; at least first and second reservoirs (22A, 22B) positioned within the housing between the first and second ends, the first and second reservoirs (22A, 22B) being configured to hold respective first and second pre-vapor formulations; and at least first and second vaporizer assemblies (30A, 30B) positioned within the housing on opposite ends of the first and second reservoirs (22A, 22B), the first vaporizer assembly being coupled to the first reservoir, the first vaporizer assembly being configured to vaporize the first pre-vapor formulation to generate a first vapor closer to the first end than the second end, the second vaporizer assembly being coupled to the second reservoir, the second vaporizer assembly being configured to vaporize the second pre-vapor formulation to generate a second vapor closer to the second end than the first end; wherein the first and second vaporizer assemblies (30A, 30B) are configured to generate the first and second vapors at different times. a housing including first and second ends; at least first and second reservoirs (22A, 22B) positioned within the housing between the first and second ends, the first and second reservoirs (22A, 22B) being configured to hold respective first and second pre-vapor formulations; and at least first and second vaporizer assemblies (30A, 30B) positioned within the housing on opposite ends of the first and second reservoirs (22A, 22B), the first vaporizer assembly being coupled to the first reservoir, the first vaporizer assembly being configured to vaporize the first pre-vapor formulation to generate a first vapor closer to the first end than the second end, the second vaporizer assembly being coupled to the second reservoir, the second vaporizer assembly being configured to vaporize the second pre-vapor formulation to generate a second vapor closer to the second end than the first end; wherein the first and second vaporizer assemblies (30A, 30B) are configured to generate the first and second vapors at different times.
Method for die quenching sheet steel components, wherein a plate is separated from a sheet steel strip made of a quenchable steel alloy and the plate is subsequently austenitised in that it is heated to a temperature greater than Ac 3 and is subsequently inserted into a shaping die and reshaped in the shaping die, and cooled during reshaping at a speed above the critical quenching speed, characterised in that an oxygen-containing fluid reservoir is present for avoiding micro-cracks of a second type on the sheet plates to be reshaped during the reshaping and quenching process - adjacent to positive radii and/or drawing blades and/or - in other contact areas outside of the positive radii and/or the drawing blade, wherein free gaps are supplied from the moulding tool side with fluids or oxygen or oxygen-containing fluids. - adjacent to positive radii and/or drawing blades and/or - in other contact areas outside of the positive radii and/or the drawing blade,
A computer-implemented method, comprising: at an electronic device including one or more processors, memory, and a display: obtaining at least one of language information and location information from a plurality of hardware and software information sources associated with the electronic device; prioritizing the hardware and software information sources based on reliability of their associated language and location information; determining a keyboard language and a keyboard layout for a hardware keyboard based on the language information and location information obtained from the information source having highest relative priority; and configuring the electronic device to interpret key input signals from the hardware keyboard based on the determined keyboard language and keyboard layout. at an electronic device including one or more processors, memory, and a display: obtaining at least one of language information and location information from a plurality of hardware and software information sources associated with the electronic device; prioritizing the hardware and software information sources based on reliability of their associated language and location information; determining a keyboard language and a keyboard layout for a hardware keyboard based on the language information and location information obtained from the information source having highest relative priority; and configuring the electronic device to interpret key input signals from the hardware keyboard based on the determined keyboard language and keyboard layout. obtaining at least one of language information and location information from a plurality of hardware and software information sources associated with the electronic device; prioritizing the hardware and software information sources based on reliability of their associated language and location information; determining a keyboard language and a keyboard layout for a hardware keyboard based on the language information and location information obtained from the information source having highest relative priority; and configuring the electronic device to interpret key input signals from the hardware keyboard based on the determined keyboard language and keyboard layout.
A folded optics system, comprising: a lens group including one or more lens elements that define an optical axis; a first prism to redirect light to the lens group; a second prism to receive the light from the lens group and redirect the light to an image sensor; an actuator module to move the lens group along multiple axes; a carrier structure to couple with the lens group such that the carrier structure and the lens group are moveable together relative to the image sensor, wherein the carrier structure is to at least partially encircle the lens group, the first prism, and the second prism; and a suspension arrangement to suspend the carrier structure and allow movement of the lens group along the multiple axes, characterized in that the suspension arrangement comprises: a leaf spring attached to the carrier structure, the leaf spring extending along a plane that is parallel to the image sensor; and suspension wires that extend along respective axes orthogonal to the optical axis, wherein the suspension wires comprise a suspension wire having a first end portion attached to the leaf spring and having a second end portion attached to a stationary structure that is stationary relative to movement of the lens group. a lens group including one or more lens elements that define an optical axis; a first prism to redirect light to the lens group; a second prism to receive the light from the lens group and redirect the light to an image sensor; an actuator module to move the lens group along multiple axes; a carrier structure to couple with the lens group such that the carrier structure and the lens group are moveable together relative to the image sensor, wherein the carrier structure is to at least partially encircle the lens group, the first prism, and the second prism; and a suspension arrangement to suspend the carrier structure and allow movement of the lens group along the multiple axes, characterized in that the suspension arrangement comprises: a leaf spring attached to the carrier structure, the leaf spring extending along a plane that is parallel to the image sensor; and suspension wires that extend along respective axes orthogonal to the optical axis, wherein the suspension wires comprise a suspension wire having a first end portion attached to the leaf spring and having a second end portion attached to a stationary structure that is stationary relative to movement of the lens group. a leaf spring attached to the carrier structure, the leaf spring extending along a plane that is parallel to the image sensor; and suspension wires that extend along respective axes orthogonal to the optical axis, wherein the suspension wires comprise a suspension wire having a first end portion attached to the leaf spring and having a second end portion attached to a stationary structure that is stationary relative to movement of the lens group.
Method for straightening keratin fibres, in particular hair, which comprises the application to the hair of a cosmetic composition comprising - one or more dicarbonyl compounds corresponding to formula below and/or derivatives thereof and/or hydrates thereof and/or salts thereof, the derivatives being chosen from esters of the carboxyl group(s), amides of the carboxyl group(s), and (thio)acetals and hemi(thio)acetals of the carbonyl function(s) of the compounds or formula in free form or optionally in salt or hydrate form, preferably in free or hydrate form: in which formula R represents an atom or group chosen from i) hydrogen, ii) carboxyl -C OH, iii) linear or branched C 1 -C 6 alkyl, optionally substituted preferably with at least one hydroxyl -OH, carboxyl -C -OH or halogen, such as Br, radical; iv) optionally substituted phenyl, v) optionally substituted benzyl, iv) and v) preferably being optionally substituted with at least one -OH or -C OH radical; vi) an indolyl radical and vii) an imidazolylmethyl radical and its tautomers such as with * representing the part linked to the rest of the molecule, - one or more amine-generating derivatives chosen from urea or urea derivatives, salts thereof or hydrates thereof, the urea derivatives being chosen from compounds, other than urea, comprising, in their chemical formula, a carbonyl group, simply bonded to two nitrogen atoms, that is to say a unit followed by a straightening step by means of a straightening iron at a temperature of at least 150°C, preferably ranging from 150 to 250°C. - one or more dicarbonyl compounds corresponding to formula below and/or derivatives thereof and/or hydrates thereof and/or salts thereof, the derivatives being chosen from esters of the carboxyl group(s), amides of the carboxyl group(s), and (thio)acetals and hemi(thio)acetals of the carbonyl function(s) of the compounds or formula in free form or optionally in salt or hydrate form, preferably in free or hydrate form: in which formula R represents an atom or group chosen from i) hydrogen, ii) carboxyl -C OH, iii) linear or branched C 1 -C 6 alkyl, optionally substituted preferably with at least one hydroxyl -OH, carboxyl -C -OH or halogen, such as Br, radical; iv) optionally substituted phenyl, v) optionally substituted benzyl, iv) and v) preferably being optionally substituted with at least one -OH or -C OH radical; vi) an indolyl radical and vii) an imidazolylmethyl radical and its tautomers such as with * representing the part linked to the rest of the molecule, - one or more amine-generating derivatives chosen from urea or urea derivatives, salts thereof or hydrates thereof, the urea derivatives being chosen from compounds, other than urea, comprising, in their chemical formula, a carbonyl group, simply bonded to two nitrogen atoms, that is to say a unit followed by a straightening step by means of a straightening iron at a temperature of at least 150°C, preferably ranging from 150 to 250°C.
A fuel cell system with a fuel cell for generating electrical power upon being supplied with anode gas and cathode gas, comprising: a wetness control state determination unit (6; S102) configured to determine whether or not a wetness control of controlling a degree of wetness of an electrolyte membrane of the fuel cell is normally executed; a combined capacitance calculation unit (6; S103, S106) configured to calculate a combined capacitance of the fuel cell; and an anode gas concentration control unit (6; S104, S105) configured to determine that an anode gas concentration in the fuel cell has decreased or execute a control for increasing the anode gas concentration if the combined capacitance of the fuel cell is smaller than a predetermined value when the wetness control is determined to be normally executed, characterized in that the wetness control state determination unit (6; S102) determines a state of the wetness control on the basis of an internal impedance calculated from the output current and the output voltage of the fuel cell at a wetness degree determining frequency; and the combined capacitance calculation unit (6; S103, S106) calculates the combined capacitance of the fuel cell on the basis of an internal impedance calculated from the output current and the output voltage of the fuel cell at a combined capacitance determining frequency set to be lower than the wetness degree determining frequency. a wetness control state determination unit (6; S102) configured to determine whether or not a wetness control of controlling a degree of wetness of an electrolyte membrane of the fuel cell is normally executed; a combined capacitance calculation unit (6; S103, S106) configured to calculate a combined capacitance of the fuel cell; and an anode gas concentration control unit (6; S104, S105) configured to determine that an anode gas concentration in the fuel cell has decreased or execute a control for increasing the anode gas concentration if the combined capacitance of the fuel cell is smaller than a predetermined value when the wetness control is determined to be normally executed, characterized in that the wetness control state determination unit (6; S102) determines a state of the wetness control on the basis of an internal impedance calculated from the output current and the output voltage of the fuel cell at a wetness degree determining frequency; and the combined capacitance calculation unit (6; S103, S106) calculates the combined capacitance of the fuel cell on the basis of an internal impedance calculated from the output current and the output voltage of the fuel cell at a combined capacitance determining frequency set to be lower than the wetness degree determining frequency.
A reaming tool, comprising: a reaming tool body configured to be coupled within a drill string or a string of drilling tools; and a plurality of reaming blocks attached to the reaming tool body at circumferentially spaced apart locations; characterized in that each reaming block comprises at least one pair of rows of cutters, each pair comprising a row of shear cutters and a row of gouging cutters, the row of gouging cutters in each pair being disposed rotationally ahead of the row of shear cutters. a reaming tool body configured to be coupled within a drill string or a string of drilling tools; and a plurality of reaming blocks attached to the reaming tool body at circumferentially spaced apart locations; characterized in that each reaming block comprises at least one pair of rows of cutters, each pair comprising a row of shear cutters and a row of gouging cutters, the row of gouging cutters in each pair being disposed rotationally ahead of the row of shear cutters.
An age-tailored nutritional composition system comprising: - at least one nutritional composition A for infants from 0 up to 1 month of age, and - at least one nutritional composition B for infants above 1 month and up to 2 months of age, wherein the nutritional compositions A and B comprise human milk oligosaccharides (HMOs), and wherein said nutritional compositions A and B differ from each other in the amount of HMOs present therein. - at least one nutritional composition A for infants from 0 up to 1 month of age, and - at least one nutritional composition B for infants above 1 month and up to 2 months of age,
A method implemented using one or more processors, comprising: receiving, at one or more input components of one or more client devices (106, 506), a vocal utterance from a user (501A, 501B); applying data indicative of the vocal utterance across a trained machine learning model to generate output; determining, based on the output, that the user falls into (i) a predetermined age group or (ii) a predetermined vocabulary level of a plurality of predetermined vocabulary levels; selecting, from a plurality of candidate query understanding models having different grammatical tolerances, a given query understanding model that has a grammatical tolerance associated with the predetermined age group or vocabulary level, wherein a higher grammatical tolerance is associated with a lower confidence threshold for candidate textual interpretations of the vocal utterance; processing the vocal utterance, using the given query understanding model, to determine an intent of the user; determining, based on the predetermined age group or vocabulary level, that the intent of the user is resolvable; resolving the user's intent to generate responsive data; and outputting, at one or more output components of one or more of the client devices, the responsive data. receiving, at one or more input components of one or more client devices (106, 506), a vocal utterance from a user (501A, 501B); applying data indicative of the vocal utterance across a trained machine learning model to generate output; determining, based on the output, that the user falls into (i) a predetermined age group or (ii) a predetermined vocabulary level of a plurality of predetermined vocabulary levels; selecting, from a plurality of candidate query understanding models having different grammatical tolerances, a given query understanding model that has a grammatical tolerance associated with the predetermined age group or vocabulary level, wherein a higher grammatical tolerance is associated with a lower confidence threshold for candidate textual interpretations of the vocal utterance; processing the vocal utterance, using the given query understanding model, to determine an intent of the user; determining, based on the predetermined age group or vocabulary level, that the intent of the user is resolvable; resolving the user's intent to generate responsive data; and outputting, at one or more output components of one or more of the client devices, the responsive data.