mhurhangee/patent-ind-claim-en huggingface dataset:
An infrastructure equipment , being a base station, NodeB or an eNodeB, forming part of a mobile radio network, the infrastructure equipment being arranged to communicate data to and from one or more communications devices via a wireless access interface, the infrastructure equipment comprising a transmitter/receiver unit which is arranged to communicate data to and from one or more of the communications devices which are attached to the infrastructure equipment, a message processor and a message store , the message store being arranged to store an indication of each of one or more message exchanges in a set of predetermined message exchanges between the infrastructure equipment and one or more of the communications devices, each message exchange comprising a predetermined set of predetermined messages and requiring predetermined up-link and/or down-link communications resource for communicating the message exchange on the up-link and/or down-link, between the infrastructure equipment and the communications device, the message store identifying for each message exchange the communications resources which are required to communicate that message exchange, and the message processor is arranged in operation to recognise a requirement for one message exchange of the predetermined set of message exchanges using one of a plurality of predefined triggers, to retrieve an indication of the communications resources which are required to communicate the message exchange stored in the message store , to generate, using the indication of the communications resources of the uplink and/or downlink resources which are required to communicate the message exchange, a conversation allocation message for communication to the communications device , the conversation allocation message providing an indication to the communications device of an allocation of communications resources on the down-link and/or the up-link for communicating the message exchange, and to communicate the conversation allocation message to the communications device , and to communicate using the transmitter/receiver unit the message exchange with the communications device using the communications resources indicated by the conversation allocation message.
A slurry composition for an electrode of a secondary battery comprising a hydrophobically modified alkali-swellable emulsion(HASE); poly (meth)acrylic acid; and a conductive agent. a hydrophobically modified alkali-swellable emulsion(HASE); poly (meth)acrylic acid; and a conductive agent.
An actuator , comprising: a base ; and a flexible member having a sidewall and a contact surface , an area between said sidewall and said contact surface defining a transition area , said flexible member being connected to said base at a first end of said sidewall , said flexible member and said base defining a fluid chamber therebetween, characterized in that a reaction feature is placed on said transition area , wherein said reaction feature is in the form of a protrusion of material of said sidewall that is shaped as a wedge having a material distribution across said transition area higher in an area adjacent to a second end of said sidewall than in an area adjacent to said contact surface , wherein said reaction feature follows a perimeter of a top edge of said flexible member and is configured to govern movement of said sidewall to impede said sidewall from pivoting about the transition area ; and said flexible member has a recess formed between said reaction feature and said contact surface . a base ; and a flexible member having a sidewall and a contact surface , an area between said sidewall and said contact surface defining a transition area , said flexible member being connected to said base at a first end of said sidewall , said flexible member and said base defining a fluid chamber therebetween, characterized in that a reaction feature is placed on said transition area , wherein said reaction feature is in the form of a protrusion of material of said sidewall that is shaped as a wedge having a material distribution across said transition area higher in an area adjacent to a second end of said sidewall than in an area adjacent to said contact surface , wherein said reaction feature follows a perimeter of a top edge of said flexible member and is configured to govern movement of said sidewall to impede said sidewall from pivoting about the transition area ; and said flexible member has a recess formed between said reaction feature and said contact surface .
A method for deduplication in a storage system, wherein the storage system comprises a controller and a storage device, and the method comprises: receiving , by the controller, a write request, wherein the first write request includes a to-be-written data block; obtaining , by the controller, a first fingerprint of the to-be-written data block; performing, by the controller, a deduplication operation on data blocks with the first fingerprint in response to a condition that a quantity of the blocks with the first fingerprint in the storage system exceeds a threshold, wherein the method further comprises: storing, by the controller, a unique data block with the first fingerprint to a second storage location after the deduplication operation; wherein the storage device includes a first storage location and the second storage location; storage performance of the second storage location is better than storage performance of the first storage location, wherein the data blocks with the first fingerprint are stored in the first storage location before the deduplication operation. receiving , by the controller, a write request, wherein the first write request includes a to-be-written data block; obtaining , by the controller, a first fingerprint of the to-be-written data block; performing, by the controller, a deduplication operation on data blocks with the first fingerprint in response to a condition that a quantity of the blocks with the first fingerprint in the storage system exceeds a threshold, wherein the method further comprises: storing, by the controller, a unique data block with the first fingerprint to a second storage location after the deduplication operation; wherein the storage device includes a first storage location and the second storage location; storage performance of the second storage location is better than storage performance of the first storage location, wherein the data blocks with the first fingerprint are stored in the first storage location before the deduplication operation. storing, by the controller, a unique data block with the first fingerprint to a second storage location after the deduplication operation; wherein the storage device includes a first storage location and the second storage location; storage performance of the second storage location is better than storage performance of the first storage location, wherein the data blocks with the first fingerprint are stored in the first storage location before the deduplication operation.
A device , comprising: a housing defining a volume between opposing first and second surfaces ; a trough defined in the housing and configured to receive at least a portion of an input device ; and, a pair of opposing levers that are contained in the trough when the trough is empty and configured to pivot proud out of the trough around and against the input device installed in the trough ; wherein the levers are configured to rotate above the first surface and contact the input device when the input device is installed in the trough . a housing defining a volume between opposing first and second surfaces ; a trough defined in the housing and configured to receive at least a portion of an input device ; and, a pair of opposing levers that are contained in the trough when the trough is empty and configured to pivot proud out of the trough around and against the input device installed in the trough ; wherein the levers are configured to rotate above the first surface and contact the input device when the input device is installed in the trough .
Equipment for mooring, connecting, accommodating and deriving external fibre optic cables on a support, comprising: - a body of the equipment ; - the body of the equipment comprising a wedge fixation/fitting means (1.3); - a lid ; - seals ; - zero or at least one of the components: - a fusion module , - a module of adaptors ; - two wedges , each comprising: - a body fixation/fitting means (5.1) for fitting the wedge to the wedge fixation/fitting means of the body of the equipment; characterised in that - the body of the equipment further comprises a body wall interior (1.4.1) with ledges to increase friction, wherein each wedge further comprises: - slots to place a cable protection (5.2) into which cable coating material of a fibre optic can be fixed with a knot, - wedge pins (5.3) for fixating the fibre optic cable with a fixation element, and - lateral slots (5.4) for fixating the fibre optic cable by pressing it against the body wall interior (1.4.1) of the body of the equipment . - a body of the equipment ; - the body of the equipment comprising a wedge fixation/fitting means (1.3); - the body of the equipment comprising a wedge fixation/fitting means (1.3); - a lid ; - seals ; - zero or at least one of the components: - a fusion module , - a module of adaptors ; - a fusion module , - a module of adaptors ; - two wedges , each comprising: - a body fixation/fitting means (5.1) for fitting the wedge to the wedge fixation/fitting means of the body of the equipment; characterised in that - the body of the equipment further comprises a body wall interior (1.4.1) with ledges to increase friction, wherein each wedge further comprises: - slots to place a cable protection (5.2) into which cable coating material of a fibre optic can be fixed with a knot, - wedge pins (5.3) for fixating the fibre optic cable with a fixation element, and - lateral slots (5.4) for fixating the fibre optic cable by pressing it against the body wall interior (1.4.1) of the body of the equipment . - the body of the equipment further comprises a body wall interior (1.4.1) with ledges to increase friction, - slots to place a cable protection (5.2) into which cable coating material of a fibre optic can be fixed with a knot, - wedge pins (5.3) for fixating the fibre optic cable with a fixation element, and - lateral slots (5.4) for fixating the fibre optic cable by pressing it against the body wall interior (1.4.1) of the body of the equipment .
An optical identification record player comprising a turntable , wherein the record player further comprises: a first motor to drive said turntable to rotate; a tone arm to capture an image of an optical identification code printed on a surface of a record placed on said turntable ; a processing unit to decode said image to obtain an encoding corresponding to said optical identification code , and to an audio file; a memory coupled to said processing unit to store the audio file corresponding to said encoding; a second motor to drive said tone arm to rotate, and wherein said record player is configured to play the audio file. a first motor to drive said turntable to rotate; a tone arm to capture an image of an optical identification code printed on a surface of a record placed on said turntable ; a processing unit to decode said image to obtain an encoding corresponding to said optical identification code , and to an audio file; a memory coupled to said processing unit to store the audio file corresponding to said encoding; a second motor to drive said tone arm to rotate, and wherein said record player is configured to play the audio file.
A liftable carrying device for loading a rail vehicle with cargo by a hoisting unit, comprising at least one supporting unit for the cargo , wherein the carrying device has receiving pockets for the hoisting unit, wherein the carrying device has support surfaces for directly placing the carrying device on a terminal floor , characterised in that the at least one supporting unit is moveable between a receiving position for the cargo , in which the cargo is oriented substantially horizontally, and a loaded position for the cargo , in which the cargo is inclined.
A light modulation element comprising an optical member , the optical member comprises: a light control part to reflect light in a predetermined wavelength and to transmit light in other than the predetermined wavelength in light in at least a visible light range in accordance with a reproduction reference image for reproducing an original image; and a light transmissive part to transmit light in at least the visible light range including the predetermined wavelength, wherein the optical member comprises a hologram recording layer , and the light control part is an interference fringe in the hologram recording layer , and wherein the optical member is configured to make an observer visually perceive a reproduced optical image of a color of the predetermined wavelength when a point light source is observed through a predetermined region including the interference fringe in the hologram recording layer from a normal direction to the optical member in a state where light in a predetermined wavelength range including the predetermined wavelength is incident from the point light source on the predetermined region, and to make an observer visually perceive a reproduced optical image of a color of a shorter wavelength than the predetermined wavelength when the point light source is observed through the predetermined region from a direction oblique to the normal direction. a light control part to reflect light in a predetermined wavelength and to transmit light in other than the predetermined wavelength in light in at least a visible light range in accordance with a reproduction reference image for reproducing an original image; and a light transmissive part to transmit light in at least the visible light range including the predetermined wavelength, wherein the optical member comprises a hologram recording layer , and the light control part is an interference fringe in the hologram recording layer , and wherein the optical member is configured to make an observer visually perceive a reproduced optical image of a color of the predetermined wavelength when a point light source is observed through a predetermined region including the interference fringe in the hologram recording layer from a normal direction to the optical member in a state where light in a predetermined wavelength range including the predetermined wavelength is incident from the point light source on the predetermined region, and to make an observer visually perceive a reproduced optical image of a color of a shorter wavelength than the predetermined wavelength when the point light source is observed through the predetermined region from a direction oblique to the normal direction.
A replaceable print apparatus component comprising a print liquid reservoir , print liquid in the reservoir, having a real print liquid weight, a print liquid output sealed to inhibit leakage through the output up to installation, and an integrated circuit for a replaceable print apparatus component comprising an interface to communicate with a print apparatus logic circuit and at least one logic circuit, the at least one logic circuit comprising a memory including a reservoir type value and/or print liquid weight value to be read by the print apparatus logic circuit to determine an initial expected print liquid weight in the reservoir, wherein the (i) reservoir type value or print liquid weight value and (ii) real print liquid weight are adapted so that a compatible print apparatus logic circuit converts the reservoir type value or print liquid weight value to a converted print liquid weight value that is higher than the real print liquid weight in the reservoir . print liquid reservoir , print liquid in the reservoir, having a real print liquid weight, a print liquid output sealed to inhibit leakage through the output up to installation, and an integrated circuit for a replaceable print apparatus component comprising an interface to communicate with a print apparatus logic circuit and at least one logic circuit, the at least one logic circuit comprising a memory including a reservoir type value and/or print liquid weight value to be read by the print apparatus logic circuit to determine an initial expected print liquid weight in the reservoir, wherein the (i) reservoir type value or print liquid weight value and (ii) real print liquid weight are adapted so that a compatible print apparatus logic circuit converts the reservoir type value or print liquid weight value to a converted print liquid weight value that is higher than the real print liquid weight in the reservoir .
A stretchable laminate, comprising: an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein the stretchable laminate has a 60° gloss value of 10 or less as measured in accordance with JIS Z 8741; the olefin-based resin layer contains a non-elastomeric olefin-based resin; and a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%. an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein the stretchable laminate has a 60° gloss value of 10 or less as measured in accordance with JIS Z 8741; the olefin-based resin layer contains a non-elastomeric olefin-based resin; and a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%.
An electrolyte composition comprising: - at least one tetrafluorinated or hexafluorinated lithium salt, - lithium bis(fluorosulfonyl)imidide LiFSI salt, - vinylene carbonate, - ethylene sulfate, - lithium difluorophosphate, - at least one organic solvent selected from the group consisting of cyclic or linear carbonates, cyclic or linear esters, cyclic or linear ethers and a mixture thereof, the ratio of the mass of ethylene sulfate to the mass of vinylene carbonate before addition to the solvent being strictly less than 1, the mass percentage of lithium difluorophosphate representing from 0.1 to less than 1%, of the mass of the group consisting of said at least one tetrafluorinated or hexafluorinated lithium salt, the lithium bis(fluorosulfonyl)imidide salt and said at least one organic solvent. - at least one tetrafluorinated or hexafluorinated lithium salt, - lithium bis(fluorosulfonyl)imidide LiFSI salt, - vinylene carbonate, - ethylene sulfate, - lithium difluorophosphate, - at least one organic solvent selected from the group consisting of cyclic or linear carbonates, cyclic or linear esters, cyclic or linear ethers and a mixture thereof, the ratio of the mass of ethylene sulfate to the mass of vinylene carbonate before addition to the solvent being strictly less than 1, the mass percentage of lithium difluorophosphate representing from 0.1 to less than 1%, of the mass of the group consisting of said at least one tetrafluorinated or hexafluorinated lithium salt, the lithium bis(fluorosulfonyl)imidide salt and said at least one organic solvent. the ratio of the mass of ethylene sulfate to the mass of vinylene carbonate before addition to the solvent being strictly less than 1, the mass percentage of lithium difluorophosphate representing from 0.1 to less than 1%, of the mass of the group consisting of said at least one tetrafluorinated or hexafluorinated lithium salt, the lithium bis(fluorosulfonyl)imidide salt and said at least one organic solvent.
Upper part that is designed to form the upper part of a gully, having a bottom connecting member that can be connected to a shaft structure of the gully and having an upper support that is designed to receive a cover, where the connecting member and the support each surround a gully opening and where spacer elements are arranged around the gully opening between the connecting member and the support and keep the connecting member and the support apart from each other vertically in such a way that the connecting member and the support can be fixed at different angular positions relative to each other and where each of the spacer elements has two parts of which one part that is described as the connecting part is arranged on the connecting member and one part that is described as the support part is arranged on the support , and which rest against each other by means of contact faces, where the contact faces together form a contact line that extends essentially in a curve from a middle point to two ends that are arranged opposite at a different height from it, where a connecting part is designed as a spacer cheek that incorporates a face that is oriented upwards and forms the contact face of the connecting part , where the connecting part extends under the middle section of the support over at least half of the length of its side in a first direction that is described as a longitudinal direction and where the connecting parts are arranged as separate longitudinally displaceable elements in the connecting member , characterised in that the upper part incorporates a locking element , and in that the contact faces of the supporting part and the connecting part are complementarily profiled in such a way that in different angular positions that the support takes up relative to the connecting member upper recesses in the support part and lower recesses in the connecting part form a common receiving contour into which the locking element can be inserted.
A method carried out by a voice command module for a home device network having one or more home devices, comprising steps of: receiving utterances from users and converting the utterances to commands from a vocabulary of predetermined commands, the vocabulary including a customization command to define a new wake-up utterance corresponding to a wake-up command; in response to receiving the customization command from the user: capturing a new wake-up utterance following the customization command from the user; evaluating a likelihood of confusion between the vocabulary of predetermined commands and the new wake-up utterance based on one or more evaluation criteria; and in response to determining that there is no likelihood of confusion, storing the a representation of the new wake-up utterance to be used as the wake-up utterance corresponding to the wake-up command; and in response to determining that there is likelihood of confusion, alerting the user and confirming with the user before setting up to use the wake-up utterance. receiving utterances from users and converting the utterances to commands from a vocabulary of predetermined commands, the vocabulary including a customization command to define a new wake-up utterance corresponding to a wake-up command; in response to receiving the customization command from the user: capturing a new wake-up utterance following the customization command from the user; evaluating a likelihood of confusion between the vocabulary of predetermined commands and the new wake-up utterance based on one or more evaluation criteria; and in response to determining that there is no likelihood of confusion, storing the a representation of the new wake-up utterance to be used as the wake-up utterance corresponding to the wake-up command; and in response to determining that there is likelihood of confusion, alerting the user and confirming with the user before setting up to use the wake-up utterance. capturing a new wake-up utterance following the customization command from the user; evaluating a likelihood of confusion between the vocabulary of predetermined commands and the new wake-up utterance based on one or more evaluation criteria; and in response to determining that there is no likelihood of confusion, storing the a representation of the new wake-up utterance to be used as the wake-up utterance corresponding to the wake-up command; and in response to determining that there is likelihood of confusion, alerting the user and confirming with the user before setting up to use the wake-up utterance.