mhurhangee/patent-ind-claim-en huggingface dataset:
A dental wedge , for use in the inter-proximal space between adjacent teeth, said dental wedge comprising: a head portion ; a body portion , wherein, said body portion includes a backbone wherein said backbone , viewed from the side, has a curved profile, said body portion includes at least three pairs of wings extending from the backbone , wherein said wings are separated by a plurality of notches such that the wings extend independently, and said body portion has three sections, wherein a proximal wing section includes a pair of wings closest to the head portion , a distal wing section includes a pair of wings furthest from the head portion , and a central wing section has at least one pair of wings; and a neck portion , wherein said neck portion connects the head and body portions , wherein said proximal wing section terminates at the neck portion , and said neck portion has a triangular shape; wherein the base of the triangular shape is attached to the head portion , and the tip of the triangular shape continues to form the backbone , wherein one pair of wings in the central wing section extends from an apex of the curved profile of the backbone , wherein at least one pair of wings in the central wing section extends further from the backbone than the pairs of wings in the proximal and distal wing sections . a head portion ; a body portion , wherein, said body portion includes a backbone wherein said backbone , viewed from the side, has a curved profile, said body portion includes at least three pairs of wings extending from the backbone , wherein said wings are separated by a plurality of notches such that the wings extend independently, and said body portion has three sections, wherein a proximal wing section includes a pair of wings closest to the head portion , a distal wing section includes a pair of wings furthest from the head portion , and a central wing section has at least one pair of wings; and a neck portion , wherein said neck portion connects the head and body portions , wherein said proximal wing section terminates at the neck portion , and said neck portion has a triangular shape; wherein the base of the triangular shape is attached to the head portion , and the tip of the triangular shape continues to form the backbone , wherein one pair of wings in the central wing section extends from an apex of the curved profile of the backbone , wherein at least one pair of wings in the central wing section extends further from the backbone than the pairs of wings in the proximal and distal wing sections .
An aluminium-ion secondary battery comprising: an anode including a metal; a cathode; and an ionic liquid electrolyte disposed between the anode and the cathode, wherein the ionic liquid electrolyte corresponds to a mixture of AlCl 3 and urea or acetamide at a molar ratio of at least or greater than 1.1. an anode including a metal; a cathode; and an ionic liquid electrolyte disposed between the anode and the cathode, wherein the ionic liquid electrolyte corresponds to a mixture of AlCl 3 and urea or acetamide at a molar ratio of at least or greater than 1.1.
A hybrid cache apparatus , comprising: a first type of memory ; a second type of memory ; a first memory bank including a plurality of macros of the first type of memory and a plurality of macros of the second type of memory coupled to a cache interface; and a first cache line comprising a number of macros of the first type of memory, and a number of macros of the second type of memory in the first memory bank , and wherein the number of macros of the first type and the number of macros of the second type are determined based on a difference between a cache access time of the first type of memory and a cache access time of the second type of memory, the first cache line being configured for accessing the first type of memory and the second type of memory during a cache accessing operation, and for accessing the first type of memory before the second type of memory. a first type of memory ; a second type of memory ; a first memory bank including a plurality of macros of the first type of memory and a plurality of macros of the second type of memory coupled to a cache interface; and a first cache line comprising a number of macros of the first type of memory, and a number of macros of the second type of memory in the first memory bank , and wherein the number of macros of the first type and the number of macros of the second type are determined based on a difference between a cache access time of the first type of memory and a cache access time of the second type of memory, the first cache line being configured for accessing the first type of memory and the second type of memory during a cache accessing operation, and for accessing the first type of memory before the second type of memory.
A method of operation of a wireless device (12, 12-1) in a wireless system , comprising: receiving , from a serving Access Point, AP, (14, 14-1), wireless device specific Sounding Reference Signal, SRS, configuration information for one or more potential aggressor wireless devices (12, 12-2) served by one or more other APs (14, 14-2) than the serving cell of the of the wireless device; performing one or more cross-link interference, CLI, measurements on at least one of the one or more potential aggressor wireless devices using the wireless device specific SRS configuration information for the at least one of the one or more potential aggressor wireless devices; and reporting at least one of the one or more CLI measurements to the serving AP, characterized in that the method further comprises: receiving , from the serving AP, signaling for CLI measurement reporting, wherein, when the signaling for CLI measurement reporting is a request for periodic CLI measurement reporting of SRS transmitted by the one or more aggressor wireless devices: reporting the at least one of the one or more CLI measurements to the serving AP comprises reporting the at least one of the one or more CLI measurements to the serving AP in accordance with the request, and when the signaling for CLI measurement reporting comprises one or more triggering conditions for aperiodic CLI measurement reporting of SRS transmitted by the one or more aggressor wireless devices: reporting the at least one of the one or more CLI measurements to the serving AP comprises reporting the at least one of the one or more CLI measurements to the serving AP upon occurrence of at least one of the one or more triggering conditions. receiving , from a serving Access Point, AP, (14, 14-1), wireless device specific Sounding Reference Signal, SRS, configuration information for one or more potential aggressor wireless devices (12, 12-2) served by one or more other APs (14, 14-2) than the serving cell of the of the wireless device; performing one or more cross-link interference, CLI, measurements on at least one of the one or more potential aggressor wireless devices using the wireless device specific SRS configuration information for the at least one of the one or more potential aggressor wireless devices; and reporting at least one of the one or more CLI measurements to the serving AP, when the signaling for CLI measurement reporting is a request for periodic CLI measurement reporting of SRS transmitted by the one or more aggressor wireless devices: reporting the at least one of the one or more CLI measurements to the serving AP comprises reporting the at least one of the one or more CLI measurements to the serving AP in accordance with the request, and when the signaling for CLI measurement reporting comprises one or more triggering conditions for aperiodic CLI measurement reporting of SRS transmitted by the one or more aggressor wireless devices: reporting the at least one of the one or more CLI measurements to the serving AP comprises reporting the at least one of the one or more CLI measurements to the serving AP upon occurrence of at least one of the one or more triggering conditions.
A powder magnetic core with terminal comprising: a powder magnetic core composed of Fe-based alloy particles including Fe and an element M, wherein M is at least one of Cr or Al, which is more easily oxidizable than Fe; and at least two terminals formed at an interval on a surface of the powder magnetic core, wherein, the powder magnetic core includes an underlayer including the element M, Fe and O formed on a surface of the Fe-based alloy particles ; a first layer including at least one of Cr or Al and O formed on a surface of the underlayer , including a region in which the terminals of the powder magnetic core are formed; the terminals formed on a surface of the first layer ; and each of the terminals includes a second layer including one of Au, Ag, Cu, Ti or Cr, characterised in that the first layer is composed of a Cr oxide or an Al oxide. a powder magnetic core composed of Fe-based alloy particles including Fe and an element M, wherein M is at least one of Cr or Al, which is more easily oxidizable than Fe; and at least two terminals formed at an interval on a surface of the powder magnetic core, wherein, the powder magnetic core includes an underlayer including the element M, Fe and O formed on a surface of the Fe-based alloy particles ; a first layer including at least one of Cr or Al and O formed on a surface of the underlayer , including a region in which the terminals of the powder magnetic core are formed; the terminals formed on a surface of the first layer ; and each of the terminals includes a second layer including one of Au, Ag, Cu, Ti or Cr, characterised in that the first layer is composed of a Cr oxide or an Al oxide.
A method, comprising: configuring , by a network node, separate machine type communication, MTC, physical downlink control channel, M-PDCCH, subsets for paging, wherein one of the subsets is for low complexity user equipment and another one of the subsets is for user equipment operating in coverage enhancement mode, wherein each of the subsets is configured based on enhanced control channel element, eCCE, aggregation level and a number of repetitions, wherein the separate MTC M-PDCCH subsets are configured on a common search space, and broadcasting an M-PDCCH configuration for the separate MTC M-PDCCH subsets via system information. configuring , by a network node, separate machine type communication, MTC, physical downlink control channel, M-PDCCH, subsets for paging, wherein one of the subsets is for low complexity user equipment and another one of the subsets is for user equipment operating in coverage enhancement mode, wherein each of the subsets is configured based on enhanced control channel element, eCCE, aggregation level and a number of repetitions, wherein the separate MTC M-PDCCH subsets are configured on a common search space, and broadcasting an M-PDCCH configuration for the separate MTC M-PDCCH subsets via system information.
A computer-implemented method for a node of a blockchain network, the computer-implemented method comprising: storing a plurality of transactions in a distributed memory pool comprising at least unconfirmed transactions waiting to be mined into a block of a blockchain and confirmed mined transactions; and receiving a delete request from a validation node of the blockchain network, the delete request identifying one or more confirmed transactions in the distributed memory pool which have been included in a newly mined block, the delete request indicating that the one or more transactions should be deleted from the distributed memory pool, the method further comprising marking a transaction as removed from the distributed memory pool when a first threshold number of delete requests is received for the transaction, the method further comprising physically removing a transaction from the distributed memory pool when a second threshold number of delete requests is received for the transaction, wherein the first and second threshold numbers of delete requests are required to come from a threshold number of different validation nodes in the blockchain network. storing a plurality of transactions in a distributed memory pool comprising at least unconfirmed transactions waiting to be mined into a block of a blockchain and confirmed mined transactions; and receiving a delete request from a validation node of the blockchain network, the delete request identifying one or more confirmed transactions in the distributed memory pool which have been included in a newly mined block, the delete request indicating that the one or more transactions should be deleted from the distributed memory pool, the method further comprising marking a transaction as removed from the distributed memory pool when a first threshold number of delete requests is received for the transaction, the method further comprising physically removing a transaction from the distributed memory pool when a second threshold number of delete requests is received for the transaction, wherein the first and second threshold numbers of delete requests are required to come from a threshold number of different validation nodes in the blockchain network.
A composition having a photoluminescent carbon nanoparticle dispersed in a water-soluble solvent and an alcohol, wherein: the photoluminescent carbon nanoparticle contains a carbon atom, an oxygen atom, a nitrogen atom, and a hydrogen atom if required, the photoluminescent carbon nanoparticle has an intensity of a C-N bond and/or C-O bond-derived peak (285.98 eV) larger than that of a C-C bond and/or C-H bond-derived peak (284.95 eV) in terms of X-ray photoelectron spectroscopic spectra, and the photoluminescent carbon nanoparticle exhibits a Raman spectrum having a peak based on a G-band and a D-band; wherein: in the photoluminescent carbon nanoparticle, an atomic ratio (N/C) of the nitrogen atom relative to the carbon atom is no less than 0.27 to no greater than 0.37, and an atomic ratio (O/C) of the oxygen atom relative to the carbon atom is no less than 0.35 to no greater than 0.45. the photoluminescent carbon nanoparticle contains a carbon atom, an oxygen atom, a nitrogen atom, and a hydrogen atom if required, the photoluminescent carbon nanoparticle has an intensity of a C-N bond and/or C-O bond-derived peak (285.98 eV) larger than that of a C-C bond and/or C-H bond-derived peak (284.95 eV) in terms of X-ray photoelectron spectroscopic spectra, and the photoluminescent carbon nanoparticle exhibits a Raman spectrum having a peak based on a G-band and a D-band; wherein: in the photoluminescent carbon nanoparticle, an atomic ratio (N/C) of the nitrogen atom relative to the carbon atom is no less than 0.27 to no greater than 0.37, and an atomic ratio (O/C) of the oxygen atom relative to the carbon atom is no less than 0.35 to no greater than 0.45. in the photoluminescent carbon nanoparticle, an atomic ratio (N/C) of the nitrogen atom relative to the carbon atom is no less than 0.27 to no greater than 0.37, and an atomic ratio (O/C) of the oxygen atom relative to the carbon atom is no less than 0.35 to no greater than 0.45.
A communications device, comprising: a processing module and a sending module , wherein the processing module is configured to: determine a first power control parameter group, wherein the first power control parameter group comprises information used to indicate a transmit power of the sending module in a first-type subframe, and the sending module sends a signal only on a preset downlink frequency resource in the first-type subframe; and determine a second power control parameter group, different from the first power control parameter group, wherein the second power control parameter group comprises information used to indicate a transmit power of the sending module in a second-type subframe, and the sending module sends signals on both a downlink frequency resource and an uplink frequency resource that are preset in the second-type subframe, wherein the sending module is configured to: send the first power control parameter group to a second communications device; and send the second power control parameter group to the second communications device.
A cosmetic composition for topical application comprising a base in an amount of 80 % to 99 % by volume/volume of the composition, and dispersed within the base: i) elemental silver as a colloidal suspension, the elemental silver being present in an amount of from 1 × 10 -5 % to 1 × 10 -2 % by weight/volume of the composition, and ii) plant extract derived from at least six plants selected from the group consisting of Echinacea purpurea, Stellaria media, Aloe vera, Matricaria recutita, Hypericum perforatum, Calendula officinalis, Equisetum arvense, Symphytum officinale, Panax ginseng Rumex crispus, Arctium lappa, Trifolium pratense, Chelidonium majus, Thuja occidentalis, Urtica dioica, Mahonia aquifolium, and Galium aparine, wherein the plant extract is in an amount of from 0.1% to 10 % by weight/volume of the composition, and wherein two of the at least six plants are Calendula officinalis and Matricaria recutita. i) elemental silver as a colloidal suspension, the elemental silver being present in an amount of from 1 × 10 -5 % to 1 × 10 -2 % by weight/volume of the composition, and ii) plant extract derived from at least six plants selected from the group consisting of Echinacea purpurea, Stellaria media, Aloe vera, Matricaria recutita, Hypericum perforatum, Calendula officinalis, Equisetum arvense, Symphytum officinale, Panax ginseng Rumex crispus, Arctium lappa, Trifolium pratense, Chelidonium majus, Thuja occidentalis, Urtica dioica, Mahonia aquifolium, and Galium aparine, wherein the plant extract is in an amount of from 0.1% to 10 % by weight/volume of the composition, and wherein two of the at least six plants are Calendula officinalis and Matricaria recutita. wherein the plant extract is in an amount of from 0.1% to 10 % by weight/volume of the composition, and wherein two of the at least six plants are Calendula officinalis and Matricaria recutita.
A gripper for the handling arm of a handling device for automatic exchange of machining tools , wherein the gripper comprises a frame , on which a rigid support is mounted, wherein on the frame of the gripper is further mounted a pair of gripping means comprising pressing elements , the rigid support is provided with a pair of abutting elements which are arranged in a V-shape, axially symmetrically with respect to the longitudinal axis (O) of the gripper , wherein the abutting elements are adapted to fit into a handling groove of a tool holder of the machining tool and to grip the tool holder of the machining tool by the handling groove , wherein the pair of gripping means is provided with a pair of pressing fingers arranged against each other and oriented axially symmetrically with respect to the longitudinal axis (O) of the gripper , each pressing finger being swingingly mounted in the frame of the gripper and provided at its free end with a pressing element , which is situated at a level in front of one abutting element of the rigid support , wherein the pressing element is adapted to fit into the handling groove of the tool holder of the machining tool and to grip the tool holder of the machining tool by the handling groove , wherein at least two gripping spaces (UP, UP1, UP2, UP3) for tool holders of at least two different sizes and/or types are arranged between the abutting elements of the rigid support and the pressing elements at the free ends of the pressing fingers , wherein the centres (S, S1, S2, S3) of the gripping spaces (UP, UP1, UP2, UP3) are arranged at a distance from each other on the longitudinal axis (O) of the gripper , wherein the pressing elements at the free ends of the pressing fingers are in each position situated in a direction away from the abutting elements of the rigid support behind the centre (S, S1, S2, S3) of the gripping space (UP, UP1, UP2, UP3) for the tool holder of the machining tool and each abutting element of the rigid support is provided with at least two mutually different supporting elements and each pressing element is provided with at least two mutually different locking elements at the free ends of the pressing fingers , wherein the first supporting elements and the first locking elements are adapted to fit into the handling groove of the first type of the tool holder of the machining tool and to grip the first type of the tool holder of the machining tool by the handling groove and other supporting elements and other locking elements are adapted to fit into the handling groove of a different type of tool holder of the machining tool and to grip a different type of tool holder of the machining tool by the handling groove .
An air-conditioning system comprising: an outside air processing device configured to adjust at least a temperature of outside air taken into the outside air processing device to supply the outside air to a target space (SP1, SP2); and an air-conditioning device configured to adjust at least a temperature of air in the target space (SP1, SP2), characterized in that : if a temperature/humidity state that is at least either the temperature or a humidity of the air in the target space (SP1, SP2) is within a predetermined range, and if a load factor of at least one of the outside air processing device or the air-conditioning device is below a predetermined lower limit, an operation of either one of the outside air processing device or the air-conditioning device is stopped, and the air-conditioning system obtains load factors of both the outside air processing device and the air-conditioning device , and the load factor of each of the outside air processing device and the air-conditioning device is the ratio of a present processing capacity to a rated capacity, alternatively, the load factor of the outside air processing device is a load factor of a chiller unit serving as a heat source of the outside air processing device , and the load factor of the air-conditioning device is a load factor of an outdoor unit serving as a heat source of the air-conditioning device , and the lower limit of the load factor is set independently for each of the outside air processing device and the air-conditioning device in consideration of a decrease in the coefficient of performance and other factors. an outside air processing device configured to adjust at least a temperature of outside air taken into the outside air processing device to supply the outside air to a target space (SP1, SP2); and an air-conditioning device configured to adjust at least a temperature of air in the target space (SP1, SP2), characterized in that : if a temperature/humidity state that is at least either the temperature or a humidity of the air in the target space (SP1, SP2) is within a predetermined range, and if a load factor of at least one of the outside air processing device or the air-conditioning device is below a predetermined lower limit, an operation of either one of the outside air processing device or the air-conditioning device is stopped, and the air-conditioning system obtains load factors of both the outside air processing device and the air-conditioning device , and the load factor of each of the outside air processing device and the air-conditioning device is the ratio of a present processing capacity to a rated capacity, alternatively, the load factor of the outside air processing device is a load factor of a chiller unit serving as a heat source of the outside air processing device , and the load factor of the air-conditioning device is a load factor of an outdoor unit serving as a heat source of the air-conditioning device , and the lower limit of the load factor is set independently for each of the outside air processing device and the air-conditioning device in consideration of a decrease in the coefficient of performance and other factors.