mhurhangee/ep-ind-claims huggingface dataset:
An uplink control information transmission method in carrier aggregation, comprising the steps of: sending, by a base station, first indication information to user equipment, UE, wherein the first indication information is used to instruct the UE to determine uplink control information, UCI, according to the first indication information which refers to as the first indication information and which instructs the UE whether to perform spatial bundling on hybrid automatic repeat request, HARQ, information of at least one scheduled carrier, wherein the UCI is the HARQ information; and allocating, by the base station, a physical uplink control channel, PUCCH, resource to the UE, wherein the PUCCH resource is used to transmit the UCI, wherein the first indication information is first-type indication information or second-type indication information; the first-type indication information is used to instruct the UE to determine UCI according to the first-type indication information when the base station generates downlink assignment index, DAI, information according to a quantity of scheduled carriers; and the second-type indication information is used to instruct the UE to determine UCI according to the second-type indication information when the base station generates the DAI information according to a quantity of scheduled codewords. sending, by a base station, first indication information to user equipment, UE, wherein the first indication information is used to instruct the UE to determine uplink control information, UCI, according to the first indication information which refers to as the first indication information and which instructs the UE whether to perform spatial bundling on hybrid automatic repeat request, HARQ, information of at least one scheduled carrier, wherein the UCI is the HARQ information; and allocating, by the base station, a physical uplink control channel, PUCCH, resource to the UE, wherein the PUCCH resource is used to transmit the UCI, wherein the first indication information is first-type indication information or second-type indication information; the first-type indication information is used to instruct the UE to determine UCI according to the first-type indication information when the base station generates downlink assignment index, DAI, information according to a quantity of scheduled carriers; and the second-type indication information is used to instruct the UE to determine UCI according to the second-type indication information when the base station generates the DAI information according to a quantity of scheduled codewords.
An instrument for locating defects within bone tissue, comprising: a handle member including a rotatable coupling member; and a probe member coupled to said coupling member of said handle member and extending distally therefrom, wherein said probe member includes a longitudinal shaft portion along a longitudinal axis and characterised in that said probe member includes a distal angled portion extending transversely to said longitudinal axis, wherein said angled portion includes a probe end at a distal end thereof for carrying an electrical signal, wherein said handle member is operable to rotate said coupling member and said probe member and said probe end about said longitudinal axis to locate defects in bone tissue during sweeping rotational movement of the probe end. a handle member including a rotatable coupling member; and a probe member coupled to said coupling member of said handle member and extending distally therefrom, wherein said probe member includes a longitudinal shaft portion along a longitudinal axis and characterised in that said probe member includes a distal angled portion extending transversely to said longitudinal axis, wherein said angled portion includes a probe end at a distal end thereof for carrying an electrical signal, wherein said handle member is operable to rotate said coupling member and said probe member and said probe end about said longitudinal axis to locate defects in bone tissue during sweeping rotational movement of the probe end.
Method for determining a local environmental influence in a household with a hand-guided vacuum cleaner, wherein the method comprises the following steps: - detecting a predetermined physical parameter in the region of the hand-guided vacuum cleaner, while the vacuum cleaner is being used in the household; characterised by: - determining that the particular parameter exceeds a predetermined limit value; - storing the exceedance and assigning the exceedance to an exceedance stored previously; and - providing a warning in the event that a frequency of stored exceedances exceeds an assigned predetermined threshold value. - detecting a predetermined physical parameter in the region of the hand-guided vacuum cleaner, while the vacuum cleaner is being used in the household; - determining that the particular parameter exceeds a predetermined limit value; - storing the exceedance and assigning the exceedance to an exceedance stored previously; and - providing a warning in the event that a frequency of stored exceedances exceeds an assigned predetermined threshold value.
A packaged product, comprising a solid object and a packaging that seals and holds the solid object, wherein a replacement gas is contained in a space sealed by the packaging when the packaging is sealed, wherein the solid object has absorbed a part of or all of the replacement gas, wherein the solid object is 4 or 5 pieces of solid milk arranged in a row, the solid milk being formed from powdered milk, wherein each of piece of solid milk is in the shape of a tablet with volume of 1 to 10 cm 3, wherein a moisture content ratio in each of the pieces of solid milk is from 1 weight % to 4 weight %, and wherein the replacement gas contains 31 to 38 volume % of carbon dioxide.
A vertical memory comprising: a stack of memory cells, each cell of the stack comprising: a control gate and control gate recess between tier dielectric layers (524A, 524B, 524C, 524D); a charge storage structure in the control gate recess, the charge storage structure having a height; and a barrier film between the charge storage structure and the control gate; a first dielectric between the barrier film and the charge storage structure at a first side of the barrier film; and a second dielectric between the barrier film and the control gate at a second side of the barrier film opposite the first side of the barrier film, wherein the charge storage structure has a planar side facing the barrier film, the control gate has a planar side facing the barrier film, and the barrier firm having first planar side facing and parallel to the planar side of the charge storage structure and a second planar side facing and parallel to the planar side of the control gate and wherein the first and second dielectrics comprise oxide, and the barrier film comprises nitride, characterized in that the barrier film has a rectangular vertical cross section, and the height of the charge storage structure is equal to the height of the barrier film. a control gate and control gate recess between tier dielectric layers (524A, 524B, 524C, 524D); a charge storage structure in the control gate recess, the charge storage structure having a height; and a barrier film between the charge storage structure and the control gate; a first dielectric between the barrier film and the charge storage structure at a first side of the barrier film; and a second dielectric between the barrier film and the control gate at a second side of the barrier film opposite the first side of the barrier film, wherein the charge storage structure has a planar side facing the barrier film, the control gate has a planar side facing the barrier film, and the barrier firm having first planar side facing and parallel to the planar side of the charge storage structure and a second planar side facing and parallel to the planar side of the control gate and wherein the first and second dielectrics comprise oxide, and the barrier film comprises nitride, characterized in that the barrier film has a rectangular vertical cross section, and the height of the charge storage structure is equal to the height of the barrier film.
A customized system for oral irrigation comprising: a fluid reservoir; and a customized oral insert in fluid communication with the fluid reservoir, wherein the customized oral insert comprises an arrangement of fluid openings positioned to provide a fluid flow customized to one or more teeth of a specific user and a plurality of manifolds (700, 702) in fluid communication with the arrangement of fluid openings, wherein the shape and size of the fluid openings and the plurality of manifolds (700, 702) are customized to at least one characteristic of the one or more teeth and/or gingiva of the specific user, wherein the fluid openings are aligned relative to interproximal spaces between teeth of the specific user. a fluid reservoir; and a customized oral insert in fluid communication with the fluid reservoir, wherein the customized oral insert comprises an arrangement of fluid openings positioned to provide a fluid flow customized to one or more teeth of a specific user and a plurality of manifolds (700, 702) in fluid communication with the arrangement of fluid openings, wherein the shape and size of the fluid openings and the plurality of manifolds (700, 702) are customized to at least one characteristic of the one or more teeth and/or gingiva of the specific user, wherein the fluid openings are aligned relative to interproximal spaces between teeth of the specific user.
A recording medium comprising: a base; and an ink-receiving layer, wherein the ink-receiving layer comprises inorganic particles, a binder, a poly(diallyldimethylamine hydrochloride), a cationic polymer having a sulfonyl group, and a polyvalent metal, and wherein the cationic polymer having a sulfonyl group comprises a compound represented by the following Formula: in Formula, R 1 and R 2 each represent a hydrogen atom or an alkyl group; X - represents a halogen ion, a sulfate ion, a sulfonate ion, an alkylsulfonate ion, an acetate ion, an alkylcarboxylate ion, or a phosphate ion; and n is an integer. a base; and an ink-receiving layer, wherein the ink-receiving layer comprises inorganic particles, a binder, a poly(diallyldimethylamine hydrochloride), a cationic polymer having a sulfonyl group, and a polyvalent metal, and wherein the cationic polymer having a sulfonyl group comprises a compound represented by the following Formula: in Formula, R 1 and R 2 each represent a hydrogen atom or an alkyl group; X - represents a halogen ion, a sulfate ion, a sulfonate ion, an alkylsulfonate ion, an acetate ion, an alkylcarboxylate ion, or a phosphate ion; and n is an integer.
A pole-cover cap, which can be associated with the head of crop cover support poles, comprising a shaped hollow body and a fixing assembly of a cover, said fixing assembly comprising a plurality of locking elements coupled to each other and each dedicated to fixing corresponding components of the cover, among said locking elements being comprised a first locking element capable of fixing a ridge wire to said pole-cover cap, said shaped body comprises: - at least one groove obtained on the top of said shaped body for the passage of the ridge wire; - at least one recess obtained on the top of said shaped body, intersecting said groove and shaped to accommodate therein at least a portion of said first locking element so as to compress the ridge wire in said recess, the side surface of said first locking element having a first shaping and the corresponding inner surface of said recess having a second shaping such as to allow the mutual coupling thereof by rotation of said first locking element in said recess, characterized in that said first and second shapes are shaped so as to allow a bayonet-type engagement of said first locking element in said recess. - at least one groove obtained on the top of said shaped body for the passage of the ridge wire; - at least one recess obtained on the top of said shaped body, intersecting said groove and shaped to accommodate therein at least a portion of said first locking element so as to compress the ridge wire in said recess, the side surface of said first locking element having a first shaping and the corresponding inner surface of said recess having a second shaping such as to allow the mutual coupling thereof by rotation of said first locking element in said recess, characterized in that said first and second shapes are shaped so as to allow a bayonet-type engagement of said first locking element in said recess.
A punching tool comprising a punch and a die configured for manufacturing a creasing plate, the die having a straight recess with an open end for accommodating material deformed by the punch, characterized in that the die has an outer contour which extends, adjacent the open end of the recess, at an angle of less than 45° with respect to the longitudinal direction of the recess, and in that the punch has a projection with rounded end portions. characterized in that the die has an outer contour which extends, adjacent the open end of the recess, at an angle of less than 45° with respect to the longitudinal direction of the recess, and in that the punch has a projection with rounded end portions.
An image recording and reproducing apparatus, comprising: - a recording/storing unit configured to record and store a time shift signal, wherein the time shift signal and a live signal being branched from a broadcast signal; - a decoding unit for decoding the live signal and the time shift signal in a time shift mode, wherein the time shift signal is outputted from the recording/storing unit; - a signal synthesizing unit for synthesizing the decoded live signal and the decoded time shift signal; and - an output unit for outputting the synthesized signals to be displayed; wherein the time shift signal being displayed on a main screen, and the live signal is displayed on a sub-screen in the time shift mode, characterized by - a progress status bar indicating a reproducing position of the time shift signal and a reproducing position of the live signal in the time shift mode, wherein the recording/storing unit is configured to record and store a reproducing end position of the time shift signal when the apparatus receives a request for displaying the live signal on the main screen. - a recording/storing unit configured to record and store a time shift signal, wherein the time shift signal and a live signal being branched from a broadcast signal; - a decoding unit for decoding the live signal and the time shift signal in a time shift mode, wherein the time shift signal is outputted from the recording/storing unit; - a signal synthesizing unit for synthesizing the decoded live signal and the decoded time shift signal; and - an output unit for outputting the synthesized signals to be displayed; - a progress status bar indicating a reproducing position of the time shift signal and a reproducing position of the live signal in the time shift mode,
A release liner for a label laminate, wherein the release liner comprises a substrate comprising propylene block copolymer, and the substrate is uniaxially oriented in a machine direction of the substrate.
A device for processing a 3D polymer structure with a paramagnetic substance distributed as homogeneously as possible in the material of the 3D polymer structure, comprising: • a magnetic field generator for generating a static magnetic field B 0 in a working zone of the device, in which the 3D polymer structure can be arranged; • gradient coils for generating magnetic gradient fields in at least all three spatial directions x, y, z, by means of which the paramagnetic substance can be spatially encoded in a defined voxel of the 3D polymer structure; • a radio frequency field generator for irradiating RF radiation into the working zone; and • a control unit which is configured to control the RF field generator in such a way that the spatially encoded paramagnetic substance in the voxel can be excited by means of a field frequency of the RF radiation tuned to the paramagnetic substance in order to destroy the 3D polymer structure solely in the defined voxel, whereby the device comprises an MRI unit or a different imaging appliance for obtaining image data, characterized in that the control unit is configured to compare image data of the 3D polymer structure with CAD/CAM data for the 3D polymer structure and, if deviations of the partially processed/partially generated 3D polymer structure from the CAD/CAM data are detected, in particular geometric deviations, to take into account the image data and/or the deviations during the further processing/generation of the 3D polymer structure. • a magnetic field generator for generating a static magnetic field B 0 in a working zone of the device, in which the 3D polymer structure can be arranged; • gradient coils for generating magnetic gradient fields in at least all three spatial directions x, y, z, by means of which the paramagnetic substance can be spatially encoded in a defined voxel of the 3D polymer structure; • a radio frequency field generator for irradiating RF radiation into the working zone; and • a control unit which is configured to control the RF field generator in such a way that the spatially encoded paramagnetic substance in the voxel can be excited by means of a field frequency of the RF radiation tuned to the paramagnetic substance in order to destroy the 3D polymer structure solely in the defined voxel, whereby the device comprises an MRI unit or a different imaging appliance for obtaining image data, characterized in that the control unit is configured to compare image data of the 3D polymer structure with CAD/CAM data for the 3D polymer structure and, if deviations of the partially processed/partially generated 3D polymer structure from the CAD/CAM data are detected, in particular geometric deviations, to take into account the image data and/or the deviations during the further processing/generation of the 3D polymer structure.
A breathing mask comprising a mask unit and comprising at least one outflow apparatus for discharging exhaled respiratory gas from inside the breathing mask, wherein the mask unit comprises at least one mask body and at least one molded mask portion that is connected to the mask body and a connection unit that is connected to the mask body for connecting a respiratory gas supply line and wherein the outflow apparatus comprises a plurality of separate flow channels, wherein the outflow apparatus comprises a plurality of separate flow channels that each consist of at least two sub-flow channels (7, 7a, 7i), wherein the flow channels are arranged so as to be spaced apart from one another and so as to form a circle or semicircle at least in portions, wherein the outflow apparatus is manufactured as a separate component 3 that is integrated in the mask body, wherein the outflow apparatus is provided by means of at least one cast part, wherein the cast part is connected to the mask body by means of press-fitting, wherein the outflow apparatus is arranged at an interface between the mask body and the connection unit, characterized in that at least one of the flow channels comprises at least one constricted portion and wherein the constricted portion extends at least over a distance that corresponds to at least one eighth of the total length of the flow channel and wherein at least one of the flow channels comprises, in flow direction upstream of the constricted portion, at least one inlet region that narrows in the manner of a funnel and, in flow direction downstream of the constricted portion, at least one outlet region that widens in the manner of a funnel.
A method for generating authentication parameters for access to a joint account, wherein the joint account is jointly managed by N joint managers, N is a natural number greater than 1, and wherein the method is performed by client software and comprises: obtaining a user-side authentication parameter of the joint account, wherein the user-side authentication parameter corresponds to a network-side authentication parameter of the joint account and is used to perform authentication on operation permission for the joint account, wherein obtaining the user-side authentication parameter of the joint account comprises i) generating the user-side authentication parameter and the network-side authentication parameter of the joint account and ii) uploading the network-side authentication parameter to a server; dividing the user-side authentication parameter into 2N non-overlapping parts, comprising dividing the user-side authentication parameter into 2N numbered segments, wherein the 2N segments are numbered in order; generating N joint management authentication parameters based on the 2N non-overlapping parts, comprising, for each value k ranging from 1 to N i) providing the k-th segment, (k+N)th segment, and k as input to a mapping algorithm to obtain a mapping output and ii) encrypting the mapping output to obtain a respective joint management authentication parameter; and transmitting each of the N joint management authentication parameters to a respective device controlled by each joint manager. obtaining a user-side authentication parameter of the joint account, wherein the user-side authentication parameter corresponds to a network-side authentication parameter of the joint account and is used to perform authentication on operation permission for the joint account, wherein obtaining the user-side authentication parameter of the joint account comprises i) generating the user-side authentication parameter and the network-side authentication parameter of the joint account and ii) uploading the network-side authentication parameter to a server; i) generating the user-side authentication parameter and the network-side authentication parameter of the joint account and ii) uploading the network-side authentication parameter to a server; dividing the user-side authentication parameter into 2N non-overlapping parts, comprising dividing the user-side authentication parameter into 2N numbered segments, wherein the 2N segments are numbered in order; generating N joint management authentication parameters based on the 2N non-overlapping parts, comprising, for each value k ranging from 1 to N i) providing the k-th segment, (k+N)th segment, and k as input to a mapping algorithm to obtain a mapping output and ii) encrypting the mapping output to obtain a respective joint management authentication parameter; and i) providing the k-th segment, (k+N)th segment, and k as input to a mapping algorithm to obtain a mapping output and ii) encrypting the mapping output to obtain a respective joint management authentication parameter; and transmitting each of the N joint management authentication parameters to a respective device controlled by each joint manager.