mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: an optical waveguide; an optical ring modulator optically coupled to the optical waveguide; a first voltage control device along a first segment of the optical ring modulator; a second voltage control device along a second segment of the optical ring modulator; one or more further voltage control devices along respective further segments of the optical ring modulator, the one or more further voltage control devices comprising a third voltage control device along a third segment of the optical ring modulator; a first driver device configured to control the first voltage control device to a first voltage and a second voltage to shift a resonance of the optical ring modulator corresponding to a most significant bit of data encoding; a second driver device configured to control the second voltage control device to a third voltage and a fourth voltage to shift the resonance of the optical ring modulator corresponding to a middle bit of data encoding; and one or more further driver devices each configured to control a respective further voltage control device to two respective voltages, the one or more further driver devices comprising a third driver device configured to control the third voltage control device to a fifth voltage and a sixth voltage to shift the resonance of the optical ring modulator corresponding to a least significant bit of data encoding. an optical waveguide; an optical ring modulator optically coupled to the optical waveguide; a first voltage control device along a first segment of the optical ring modulator; a second voltage control device along a second segment of the optical ring modulator; one or more further voltage control devices along respective further segments of the optical ring modulator, the one or more further voltage control devices comprising a third voltage control device along a third segment of the optical ring modulator; a first driver device configured to control the first voltage control device to a first voltage and a second voltage to shift a resonance of the optical ring modulator corresponding to a most significant bit of data encoding; a second driver device configured to control the second voltage control device to a third voltage and a fourth voltage to shift the resonance of the optical ring modulator corresponding to a middle bit of data encoding; and one or more further driver devices each configured to control a respective further voltage control device to two respective voltages, the one or more further driver devices comprising a third driver device configured to control the third voltage control device to a fifth voltage and a sixth voltage to shift the resonance of the optical ring modulator corresponding to a least significant bit of data encoding.
A method implemented at a network device (110, 700), the network device (110, 700) configured with a plurality of antennas and configured to operate in a plurality of frequency bands, the method comprising: obtaining channel state information, CSI, from a plurality of terminal devices and an indication of a plurality of CSI accuracies corresponding to the CSI; dividing a bandwidth of the plurality of frequency bands into one or more frequency band ranges based on comparison of each of the plurality of CSI accuracies and a first threshold accuracy; performing, based on the CSI, ordering and non-linear precoding of a plurality of data to be transmitted to the plurality of terminal devices within each of the frequency band ranges; and transmitting the plurality of precoded data to the plurality of terminal devices via the plurality of antennas within each of the frequency band ranges. obtaining channel state information, CSI, from a plurality of terminal devices and an indication of a plurality of CSI accuracies corresponding to the CSI; dividing a bandwidth of the plurality of frequency bands into one or more frequency band ranges based on comparison of each of the plurality of CSI accuracies and a first threshold accuracy; performing, based on the CSI, ordering and non-linear precoding of a plurality of data to be transmitted to the plurality of terminal devices within each of the frequency band ranges; and transmitting the plurality of precoded data to the plurality of terminal devices via the plurality of antennas within each of the frequency band ranges.
A zirconia-ceria-yttria-based mixed oxide comprising, on an oxide basis, 40 to 90 % of ZrO 2, 5 to 50 % of CeO 2, 5 to 30 % of Y 2 O 3, and 0 to 30 % of at least one oxide of rare earth element other than Ce and Y, the zirconia-ceria-yttria-based mixed oxide having a stable crystal structure after 12 hours of heat treatment at 1100 °C under a reducing atmosphere; and the zirconia-ceria-yttria-based mixed oxide having a specific surface area of 10 m 2 /g or more after 12 hours of heat treatment at 1100 °C under a reducing atmosphere, and a further 3 hours of heat treatment at 1100 °C under the air.
A portable terminal for providing an Access Point, AP, function, the portable terminal comprising: a memory arranged to store information for the AP function, the information being used when the AP function is performed; a first communication unit configured to perform a packet service through a first network; a second communication unit configured to establish a communication between the portable terminal and a neighboring terminal through a second network; and a controller arranged to: generate, based on the information for the AP function stored in the memory of the portable terminal, a beacon message and periodically broadcast the beacon message; in response to receiving a connection request from the neighboring terminal through the second network, process to allocate an Internet Protocol, IP, address of the neighboring terminal; display a message for selecting whether to connect to the neighboring terminal; and in response to receiving a user input to connect to the neighboring terminal, provide an Internet service to the neighboring terminal through the first network by using the allocated IP address. a memory arranged to store information for the AP function, the information being used when the AP function is performed; a first communication unit configured to perform a packet service through a first network; a second communication unit configured to establish a communication between the portable terminal and a neighboring terminal through a second network; and a controller arranged to: generate, based on the information for the AP function stored in the memory of the portable terminal, a beacon message and periodically broadcast the beacon message; in response to receiving a connection request from the neighboring terminal through the second network, process to allocate an Internet Protocol, IP, address of the neighboring terminal; display a message for selecting whether to connect to the neighboring terminal; and in response to receiving a user input to connect to the neighboring terminal, provide an Internet service to the neighboring terminal through the first network by using the allocated IP address. generate, based on the information for the AP function stored in the memory of the portable terminal, a beacon message and periodically broadcast the beacon message; in response to receiving a connection request from the neighboring terminal through the second network, process to allocate an Internet Protocol, IP, address of the neighboring terminal; display a message for selecting whether to connect to the neighboring terminal; and in response to receiving a user input to connect to the neighboring terminal, provide an Internet service to the neighboring terminal through the first network by using the allocated IP address.
A device for protecting dental arches, comprising two arc-shaped bodies budy (10, 20), each of the two arc-shaped bodies comprising an arc-shaped flat wall (11, 21), configured for covering the ends of the teeth of a respective dental arch, and an outer wall (12, 22) which transversally extends from an outer edge (11A, 21A) of said flat wall (11, 21) and which is configured for covering the outer surface of the teeth of said dental arch, wherein each arc-shaped body (10, 20) is manufactured with a material that comprises an ionizing radiation absorbent material, and wherein each arc-shaped body (10, 20) also comprises an inner wall (13, 23) which transversally projects from an inner edge (11B, 21B) of said flat wall (11, 21), said inner wall (13, 23) being placed in front of said outer wall (12, 22) so as to form a tooth receiving groove, wherein the inner wall (13, 23) of a respective arc-shaped body (10, 20) has a length that is equal to, or slightly greater than, the length of the teeth, so as to cover and protect their complete inner surface, as well as part of the gum immediately adjacent to the base of the teeth, in order to also protect the roots of the teeth, characterized in that the two arc-shaped bodies (10, 20) are connected to each other at the ends (11C, 21C) of their respective flat walls (11, 21), said reciprocal connection making it possible for the two arc-shaped bodies (10, 20) to move with respect to each other.
Contact charging member (2, 16) for a triboelectric generator, comprising: - a contact layer with a contact side (2.2) and a back side (2.1), made of a dielectric material that has a triboelectric series rating indicating a propensity to exchange electrons due to a contacting event, wherein the contact side (2.2) is patterned so as to show a series of cavities, each with an opening and a bottom; and - an electrode layer disposed along the back side (2.1) of the contact layer; characterized in that for each of the cavities, the bottom is flexible such as to elastically deform up to the opening. - a contact layer with a contact side (2.2) and a back side (2.1), made of a dielectric material that has a triboelectric series rating indicating a propensity to exchange electrons due to a contacting event, wherein the contact side (2.2) is patterned so as to show a series of cavities, each with an opening and a bottom; and - an electrode layer disposed along the back side (2.1) of the contact layer; characterized in that for each of the cavities, the bottom is flexible such as to elastically deform up to the opening.
Food preparation device, in particular for the preparation of a flour-based dough, including a frame supporting a mixing container referred to as the bowl (2,11,20,46,52,60,68,80,106,127-130) including an aperture through which ingredients may be introduced, a first working tool (1,5,8,17,31,69,83,97), drive means for rotating said first working tool (1,5,8,17,31,69,83,97) relative to the bowl (2,11,20,46,52,60,68,80,106,127-130) and/or drive means for rotating the bowl (2,11,20,46,52,60,68,80,106,127-130), said first working tool (1,5,8,17,31,69,83,97) including an active part coming into contact ingredients to be mixed in the bowl (2,11,20,46,52,60,68,80,106,127-130), at least a temperature sensor (4,7,14,19,30,75,78) being placed inside of the bowl (2,11,20,46,52,60,68,80,106,127-130), characterized in that the first working tool (1,5,8,17,31,69,83,97) is designed in the form of an arm placed on the side of the drive means, which has a highly flat aerodynamic profile, this profile being extended by a branch with a more pronounced spiral shape at the beginning of the arm than in the middle part, said spiral shape being accentuated from the middle part to the free end of the arm, said end going up into a flattened form as a spoon OR in the form of an arm (17,69), whereby a large part of the surface of the arm (17,69) being turned to the outside of the bowl (68,80,106) in other words placed in front of a part of the bowl wall (68,80,106) and in front of a part of the bowl bottom (68,80,106), being applied close to them, said arm (17,69) has a shape of an S and the free end of the arm along of said bowl wall is slightly bent back the inside of the bowl following the profile formed by the pasty ingredients in the bowl, the device including also a second working tool referred to as the counter-tool (3,6,18,29,50,74,84,98,122), said counter-tool (3,6,18,29,50,74,84,98,122) having an active part engaging the ingredients to be kneaded, the active part of said counter-tool (3,6,18,29,50,74,84,98,122) being at least intermittently nearby the active part of the first working tool (1,5,8,17,31,69,83,97) so that the counter-tool (3,6,18,29,50,74,84,98,122) and the first working tool (1,5,8,17,31,69,83,97) interact the ingredients to be kneaded in the bowl (2,11,20,46,52,60,68,80,106,127-130), that is used, in addition to the first working tool (1,5,8,17,31,69,83,97), one or more auxiliary tools (10,85,126) of the type- tools scraper (10,85,126), these tools (10,85,126) to be attached on the device by quick means as by clamping or equivalent technics, so that at least one auxiliary tool can also be used as main or auxiliary counter-tool when not used instead of the first working tool (1,5,8,17,31,69,83,97), a tool scraper (10,85,126) being bound on the first working tool (1,5,8,17,31,69,83,97) which turn slowly at the bottom of the bowl (2,11,20,46,52,60,68,80,106,127-130) or on a planetary tray in order to make the mixing of ingredients, optionally without incorporation of air at low speed, while avoiding crusting on the bottom of the bowl (2,11,20,46,52,60,68,80,106,127-130), the tool scraper (10,85,126) having a scraper blade.
A recording method comprising: applying a reactant to an intermediate transfer body, the reactant arranged to thicken upon contact with ink; forming an intermediate image by applying ink to the intermediate transfer body carrying the reactant; applying an auxiliary liquid to the intermediate image to form an intermediate image layer, the auxiliary liquid containing a water-soluble polymer; and transferring the intermediate image layer to a recording medium; in this order, wherein at least one component, selected from the group consisting of the reactant, the ink, and the auxiliary liquid, contains a compound represented by formula: where "w" and "x" each independently represent a divalent organic group, "a" and "b" each independently represent a hydrogen atom or a monovalent organic group, "n" and "I" are each independently 1 or more, and "n" + "I" is 2 or more and 300 or less, "m" is 1 or more and 70 or less, and "p" and "q" are each independently 0 or 1. applying a reactant to an intermediate transfer body, the reactant arranged to thicken upon contact with ink; forming an intermediate image by applying ink to the intermediate transfer body carrying the reactant; applying an auxiliary liquid to the intermediate image to form an intermediate image layer, the auxiliary liquid containing a water-soluble polymer; and transferring the intermediate image layer to a recording medium; in this order, wherein at least one component, selected from the group consisting of the reactant, the ink, and the auxiliary liquid, contains a compound represented by formula: where "w" and "x" each independently represent a divalent organic group, "a" and "b" each independently represent a hydrogen atom or a monovalent organic group, "n" and "I" are each independently 1 or more, and "n" + "I" is 2 or more and 300 or less, "m" is 1 or more and 70 or less, and "p" and "q" are each independently 0 or 1.
A pump lid assembly for use with a container, the lid assembly comprising; (a) a rotatable pump cylinder configuration; and (b) a pump piston mechanically associated with said rotatable pump cylinder configuration such that at least a portion of said piston is deployed within said pump cylinder, thereby defining between them a variable pump volume, said pump piston configured with a substantially cylindrical piston wall having an interior surface and an exterior surface such that at least a portion of said exterior surface interacts with said rotatable pump cylinder configuration, characterized in that at least a portion of said interior surface is configured for releasable attachment to the container, and wherein said association is such that rotation of said rotatable pump cylinder configuration generates linear motion of said rotatable pump cylinder configuration. (a) a rotatable pump cylinder configuration; and (b) a pump piston mechanically associated with said rotatable pump cylinder configuration such that at least a portion of said piston is deployed within said pump cylinder, thereby defining between them a variable pump volume, said pump piston configured with a substantially cylindrical piston wall having an interior surface and an exterior surface such that at least a portion of said exterior surface interacts with said rotatable pump cylinder configuration,
A first user equipment, UE, for wireless communication, comprising: means for transmitting, to a second UE via a sidelink sub-channel of a licensed carrier, an indication of multiple data channels of an unlicensed carrier to be used to attempt one or more sidelink communications between the first UE and the second UE; and means for attempting the one or more sidelink communications between the first UE and the second UE using the multiple data channels, wherein the indication identifies a switch in traffic direction between a first set of data channels, of the multiple data channels, and a second set of data channels of the multiple data channels, and wherein the indication identifies at least one of a time gap or a cyclic prefix extension for a listen-before-talk procedure associated with the switch in traffic direction. means for transmitting, to a second UE via a sidelink sub-channel of a licensed carrier, an indication of multiple data channels of an unlicensed carrier to be used to attempt one or more sidelink communications between the first UE and the second UE; and means for attempting the one or more sidelink communications between the first UE and the second UE using the multiple data channels, wherein the indication identifies a switch in traffic direction between a first set of data channels, of the multiple data channels, and a second set of data channels of the multiple data channels, and wherein the indication identifies at least one of a time gap or a cyclic prefix extension for a listen-before-talk procedure associated with the switch in traffic direction.
A method for sharing channel occupancy time, COT, comprising: sending, by a terminal device, first indication information to a network device, wherein the first indication information indicates that a first COT initiated by the terminal device is allowed to be shared with the network device, and the first COT is used for the network device to perform a downlink transmission; and sending, by the terminal device, second indication information to the network device, wherein the second indication information indicates time domain resources in the first COT for the downlink transmission, wherein the second indication information comprises: slot indication information for indicating a number of slots between a first slot and a second slot, the first slot being a starting slot of the time domain resources and the second slot being a slot where the terminal device sends the second indication information; and starting symbol indication information for indicating a starting symbol of the time domain resources in the starting slot, wherein: the number of slots indicated through the slot indication information is one among a plurality of candidate slot numbers pre-stored or configured through radio resource control, RRC. sending, by a terminal device, first indication information to a network device, wherein the first indication information indicates that a first COT initiated by the terminal device is allowed to be shared with the network device, and the first COT is used for the network device to perform a downlink transmission; and sending, by the terminal device, second indication information to the network device, wherein the second indication information indicates time domain resources in the first COT for the downlink transmission, wherein the second indication information comprises: slot indication information for indicating a number of slots between a first slot and a second slot, the first slot being a starting slot of the time domain resources and the second slot being a slot where the terminal device sends the second indication information; and starting symbol indication information for indicating a starting symbol of the time domain resources in the starting slot, slot indication information for indicating a number of slots between a first slot and a second slot, the first slot being a starting slot of the time domain resources and the second slot being a slot where the terminal device sends the second indication information; and starting symbol indication information for indicating a starting symbol of the time domain resources in the starting slot, wherein: the number of slots indicated through the slot indication information is one among a plurality of candidate slot numbers pre-stored or configured through radio resource control, RRC.
A sounding reference signal, SRS, transmission method, comprising: receiving, by a terminal, configuration information of an SRS from a base station; and sending, by the terminal, the SRS according to the received configuration information of the SRS, wherein the configuration information comprises timeslot-level configuration information, the timeslot-level configuration information comprising first information about one or two timeslots for the SRS, second information about a number N of consecutive symbols for the SRS in each of the one or two timeslots for the SRS and third information about a starting symbol for the SRS in each of the one or two timeslot for the SRS, wherein the one or two timeslots are included in an SRS subframe and wherein each of the one of two timeslots includes six or seven symbols. receiving, by a terminal, configuration information of an SRS from a base station; and sending, by the terminal, the SRS according to the received configuration information of the SRS, wherein the configuration information comprises timeslot-level configuration information, the timeslot-level configuration information comprising first information about one or two timeslots for the SRS, second information about a number N of consecutive symbols for the SRS in each of the one or two timeslots for the SRS and third information about a starting symbol for the SRS in each of the one or two timeslot for the SRS, wherein the one or two timeslots are included in an SRS subframe and wherein each of the one of two timeslots includes six or seven symbols.