mhurhangee/ep-ind-claims huggingface dataset:
A lidded device of a food processor, the lidded device comprising a bowl (12, 22) and a lid (13, 23) of the bowl (12,22), the bowl (12,22) being provided with a safety mechanism, the lidded device further comprising a fastener (14, 24) attached to the lid (13, 23), wherein the fastener (14, 24) is horizontally rotatable with respect to the lid (13, 23) between a first extreme position (1311, 2311) and a second extreme position (1312, 2312); when the fastener (14, 24) is at the first extreme position (1311, 2311), the lid (13, 23) precisely covers the bowl (12,22), and the safety mechanism (16, 26) is in a locking state to prevent the food processor from being started; and when the fastener (14, 24) is at the second extreme position (1312, 2312), the lid (13, 23) is locked to the bowl (12, 22), and the safety mechanism (16, 26) is in an unlocking state, allowing the food processor to be started, characterized in that the fastener (14, 24) comprises at least two fastening members (142, 242).
A method comprising: receiving a request for content comprising a plurality of content segments, wherein at least one content segment of the plurality of content segments corresponds to a plurality of variants of the at least one of the plurality of content segments; determining an identifying sequence for the content that indicates one variant of the plurality of variants of the at least one content segment of the plurality of content segments; generating, based at least in part on the identifying sequence, a manifest file configured to facilitate access to the content, wherein the manifest file comprises a plurality of entries each having a respective duration value, wherein the respective duration value is based at least in part on a respective random offset and one variant of the plurality of variants according to the identifying sequence; transmitting the manifest file; receiving a request for a content segment of the plurality of content segments, wherein the requested content segment is identified by a time value in the request, wherein the time value is based on the respective duration value of the requested content segment; determining, based at least in part on the time value, a variant of the requested content segment; and transmitting the variant of the requested content segment. receiving a request for content comprising a plurality of content segments, wherein at least one content segment of the plurality of content segments corresponds to a plurality of variants of the at least one of the plurality of content segments; determining an identifying sequence for the content that indicates one variant of the plurality of variants of the at least one content segment of the plurality of content segments; generating, based at least in part on the identifying sequence, a manifest file configured to facilitate access to the content, wherein the manifest file comprises a plurality of entries each having a respective duration value, wherein the respective duration value is based at least in part on a respective random offset and one variant of the plurality of variants according to the identifying sequence; transmitting the manifest file; receiving a request for a content segment of the plurality of content segments, wherein the requested content segment is identified by a time value in the request, wherein the time value is based on the respective duration value of the requested content segment; determining, based at least in part on the time value, a variant of the requested content segment; and transmitting the variant of the requested content segment.
An ink containing device comprising: an ink cartridge comprising: a first main body comprising a first surface facing a first direction and a chamber configured to store ink; an ink outlet portion disposed on the first surface of the first main body and configured to direct the ink from the chamber to an exterior of the first main body; and an ink detecting portion configured to detect the ink stored in the chamber; and an adapter configured to attach to the ink cartridge, the adapter comprising a second main body; and a light attenuating portion configured to move with respect to the second main body; wherein the adapter comprises a second surface facing a second direction, and an electrical interface is disposed on the second surface. an ink cartridge comprising: a first main body comprising a first surface facing a first direction and a chamber configured to store ink; an ink outlet portion disposed on the first surface of the first main body and configured to direct the ink from the chamber to an exterior of the first main body; and an ink detecting portion configured to detect the ink stored in the chamber; and a first main body comprising a first surface facing a first direction and a chamber configured to store ink; an ink outlet portion disposed on the first surface of the first main body and configured to direct the ink from the chamber to an exterior of the first main body; and an ink detecting portion configured to detect the ink stored in the chamber; and an adapter configured to attach to the ink cartridge, the adapter comprising a second main body; and a light attenuating portion configured to move with respect to the second main body; a second main body; and a light attenuating portion configured to move with respect to the second main body; wherein the adapter comprises a second surface facing a second direction, and an electrical interface is disposed on the second surface.
A process for the preparation of Formula I, comprising; a) reacting compound of Formula II with anhydrous hydrogen fluoride in the presence of a fluorination catalyst to obtain compound of Formula I, and wherein X is a halogen b) isolating the compound of Formula I from the step a) reaction mixture, wherein the step a) takes place in a vapour phase in the absence of inert gas. a) reacting compound of Formula II with anhydrous hydrogen fluoride in the presence of a fluorination catalyst to obtain compound of Formula I, and wherein X is a halogen b) isolating the compound of Formula I from the step a) reaction mixture, wherein the step a) takes place in a vapour phase in the absence of inert gas.
At least one compound chosen from dimethyl fumarate and monomethyl fumarate, or a pharmaceutically acceptable salt thereof, for use in treating a progressive form of multiple sclerosis in a subject.
A method of supporting location services, the method comprising: a location server receiving a Secure User Plane Location, SUPL, message comprising measured data from a terminal, and wherein the measured data comprises at least one of timing advance, TA, for a serving cell, received signal level of the serving cell, received signal level of at least one neighbour cell, received wireless local area network access point signal strength; and updating, by the location server, a database of terrestrial assistance data, the updating being based on using the received measured data, wherein the terrestrial assistance data comprises base station almanac, BSA, data, and wherein the BSA data includes one or more of (i) information that identifies one or more wireless access entities, the one or more wireless access entities including one or more base stations, one or more cells, one or more cell sectors, and/or one or more wireless local area network access points, (ii) information that provides details on wireless support by the or each wireless access entity, (iii) information that provides the location of the or each wireless access entity, and (iv) information that provides received signal level of the serving cell or at least one neighbour cell, signal strength received at wireless local area network access point, or timing details for the or each wireless access entity. a location server receiving a Secure User Plane Location, SUPL, message comprising measured data from a terminal, and wherein the measured data comprises at least one of timing advance, TA, for a serving cell, received signal level of the serving cell, received signal level of at least one neighbour cell, received wireless local area network access point signal strength; and updating, by the location server, a database of terrestrial assistance data, the updating being based on using the received measured data, wherein the terrestrial assistance data comprises base station almanac, BSA, data, and wherein the BSA data includes one or more of (i) information that identifies one or more wireless access entities, the one or more wireless access entities including one or more base stations, one or more cells, one or more cell sectors, and/or one or more wireless local area network access points, (ii) information that provides details on wireless support by the or each wireless access entity, (iii) information that provides the location of the or each wireless access entity, and (iv) information that provides received signal level of the serving cell or at least one neighbour cell, signal strength received at wireless local area network access point, or timing details for the or each wireless access entity.
One or more machine-readable storage media comprising a plurality of instructions stored thereon that, in response to execution by one or more processors of a computer system, causes the one or more processors to: execute program code on a first processor core of the one or more processors; determine, while the program code is executed on the first processor, a performance of execution of the program code by a second processor core based on one or more performance metrics, wherein the first processor core is of a first type and the second processor core is of a second type different from the first type; and switch execution of the program code from the first processor core to the second processor core in response to a determination that the performance of the second processor core is better than a performance of the first processor core; wherein determining the performance of the second processing core comprises executing a plurality of pieces of code on both the first processing core and the second processing core, collecting the respective performance information and statistics of the first and second processing cores while executing the pieces of code, and determining a best fit function F such that differences between F - performance information and statistics of the first processing core - and the performance of the second processing core are minimized. execute program code on a first processor core of the one or more processors; determine, while the program code is executed on the first processor, a performance of execution of the program code by a second processor core based on one or more performance metrics, wherein the first processor core is of a first type and the second processor core is of a second type different from the first type; and switch execution of the program code from the first processor core to the second processor core in response to a determination that the performance of the second processor core is better than a performance of the first processor core; wherein determining the performance of the second processing core comprises executing a plurality of pieces of code on both the first processing core and the second processing core, collecting the respective performance information and statistics of the first and second processing cores while executing the pieces of code, and determining a best fit function F such that differences between F - performance information and statistics of the first processing core - and the performance of the second processing core are minimized.
A method of recovering timing information in a packet network, comprising: receiving timing packets from a network; characterised by detecting quiet periods in the packet network when network packet delay variation for the timing packets is low; training a frequency prediction unit during said quiet periods to learn output clock variations of a timing recovery circuit (2000, 3000) to permit the frequency prediction unit to predict frequency update values for a local oscillator during non quiet periods taking into account the historical output clock variations during quiet periods; and using the output of the timing recovery circuit as the active frequency update values during quiet periods and said frequency prediction circuit as the active frequency update values during non quiet periods. receiving timing packets from a network; characterised by detecting quiet periods in the packet network when network packet delay variation for the timing packets is low; training a frequency prediction unit during said quiet periods to learn output clock variations of a timing recovery circuit (2000, 3000) to permit the frequency prediction unit to predict frequency update values for a local oscillator during non quiet periods taking into account the historical output clock variations during quiet periods; and using the output of the timing recovery circuit as the active frequency update values during quiet periods and said frequency prediction circuit as the active frequency update values during non quiet periods.
An apparatus for providing instillation therapy and negative-pressure therapy, the apparatus comprising: a housing; a moveable barrier disposed in the housing to form a dosing chamber and a pressure chamber; a therapy conduit configured to be fluidly coupled to a pressure source and to a canister; a fluid inlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a fluid source; a fluid outlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a dressing; a pressure inlet fluidly coupled to the therapy conduit and the pressure chamber; a check valve in the therapy conduit; characterised by a biasinq element couoled to the moveable barrier and operable to move the moveable barrier from a discharge position to a charge position, and wherein the check valve is fluidly coupled between the pressure inlet and a canister fluidly coupled to the therapy conduit. a housing; a moveable barrier disposed in the housing to form a dosing chamber and a pressure chamber; a therapy conduit configured to be fluidly coupled to a pressure source and to a canister; a fluid inlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a fluid source; a fluid outlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a dressing; a pressure inlet fluidly coupled to the therapy conduit and the pressure chamber; a check valve in the therapy conduit; characterised by a biasinq element couoled to the moveable barrier and operable to move the moveable barrier from a discharge position to a charge position, and wherein the check valve is fluidly coupled between the pressure inlet and a canister fluidly coupled to the therapy conduit.
A blood processing system, comprising: An apheresis machine configured to be reused for multiple blood processing operations for different patients and including a separation device and a holder; a disposable fluid processing assembly configured for a single blood processing operation, which fluid processing assembly is insertable to and removable from the apheresis machine and comprises conduits configured to convey fluid such as blood through the processing assembly to and from the separation device, which fluid processing assembly further includes one or more cassettes directing liquid flow among multiple fluid sources and destinations during a fluid processing procedure, wherein the one or more cassettes have a body formed to include one or more input ports, one or more output ports and channels directing fluid from input to output, wherein said body forms one or more open-ended pressure sensing portions having a movable member (24, 70) disposed therein, wherein apertures in the housing allow the sensing portions to be in fluid communication with the channels, and wherein an open end of each sensing portion is sealed by the movable member (24, 70) that is a membrane (24, 70) and is configured to move in response to a change in pressure of the fluid flowing through channels in the cassette; and wherein the holder includes a vision sensor configured to detect movement of the movable member (24, 70) and to generate a signal indicative of the movement. An apheresis machine configured to be reused for multiple blood processing operations for different patients and including a separation device and a holder; a disposable fluid processing assembly configured for a single blood processing operation, which fluid processing assembly is insertable to and removable from the apheresis machine and comprises conduits configured to convey fluid such as blood through the processing assembly to and from the separation device, which fluid processing assembly further includes one or more cassettes directing liquid flow among multiple fluid sources and destinations during a fluid processing procedure, wherein the one or more cassettes have a body formed to include one or more input ports, one or more output ports and channels directing fluid from input to output, wherein said body forms one or more open-ended pressure sensing portions having a movable member (24, 70) disposed therein, wherein apertures in the housing allow the sensing portions to be in fluid communication with the channels, and wherein an open end of each sensing portion is sealed by the movable member (24, 70) that is a membrane (24, 70) and is configured to move in response to a change in pressure of the fluid flowing through channels in the cassette; and wherein the holder includes a vision sensor configured to detect movement of the movable member (24, 70) and to generate a signal indicative of the movement.
Method for repairing the teeth of a ring gear, the method implementing a removable machining device comprising a chassis and a portion mobile with respect to the chassis, supporting a cutting member, said method being implemented on site, without disassembly of the ring gear of the rotating machine that it is intended to rotate, said method comprising the following steps, for carrying out the machining of each tooth: - attaching said machining device to the ring gear by clamping the machining device onto the ring gear in a position of attachment onto the ring gear corresponding to the tooth to be machined, - carrying out the machining of the tooth in an automated manner via the control of the cutting member according to predetermined machining operations, and wherein the machining device is moved from a position of attachment onto the ring gear, corresponding to the tooth previously machined, to a position of attachment of a neighbouring tooth to be machined, while the ring gear is immobile, said machining device being suspended and maintained by at least one cable under tension connected to the frame of the rotating machine. - attaching said machining device to the ring gear by clamping the machining device onto the ring gear in a position of attachment onto the ring gear corresponding to the tooth to be machined, - carrying out the machining of the tooth in an automated manner via the control of the cutting member according to predetermined machining operations,
Exhaust-gas aftertreatment system having a catalytic converter and/or having some other exhaust-gas aftertreatment unit for use in the exhaust-gas stream of internal combustion engines, wherein at least one temperature-sensitive element (2 to 4), which is composed at least partially of temperature-sensitive material, is provided at least one region, which is to be monitored with regard to prevailing temperatures, of the exhaust-gas aftertreatment unit, and in that the temperature-sensitive material permanently visibly changes its property at at least a predefined threshold temperature, characterized in that the temperature-sensitive material is applied in the form of a barcode or 2D code, which can be read by a reader device, to the exhaust-gas aftertreatment unit, in that the code changes in a temperature-dependent manner, and in that the temperature-sensitive element (2 to 4) is configured as a separate component which is arranged between a substrate and a shell of a catalytic converter.
A terminal device configured to communicate with a base station device, the terminal device comprising: a receiving unit configured to receive a first physical downlink shared channel, PDSCH, that is transmitted on a basis of a sub frame which is defined by a predetermined number of symbols, and a second PDSCH that is transmitted on a basis of an extended sub frame which has a smaller number of symbols than a number of symbols corresponding to the sub frame; and a transmitting unit configured to transmit a first hybrid automatic repeat request acknowledgment, HARQ-ACK, that is a feedback for reception of the first PDSCH after a predetermined sub frame, and transmit a second HARQ-ACK that is a feedback for reception of the second PDSCH after a predetermined extended sub frame, wherein the first HARQ-ACK is transmitted through a first physical uplink control channel, PUCCH, or a first PUSCH in a sub frame that is a predetermined number after a sub frame in which the first PDSCH is received, and the second HARQ-ACK is transmitted through a second PUCCH or a second PUSCH in an extended sub frame that is a predetermined number after an extended sub frame in which the second PDSCH is received, characterized in that, in a case in which the first HARQ-ACK is to be transmitted in the sub frame including the extended sub frame in which the second HARQ-ACK is transmitted, the transmitting unit either drops the first HARQ-ACK, or transmits the first HARQ-ACK through a second PUCCH or a second PUSCH for transmitting the second HARQ-ACK, so that the first HARQ-ACK is not transmitted in a sub frame including an extended sub frame in which the second HARQ-ACK is transmitted. a receiving unit configured to receive a first physical downlink shared channel, PDSCH, that is transmitted on a basis of a sub frame which is defined by a predetermined number of symbols, and a second PDSCH that is transmitted on a basis of an extended sub frame which has a smaller number of symbols than a number of symbols corresponding to the sub frame; and a transmitting unit configured to transmit a first hybrid automatic repeat request acknowledgment, HARQ-ACK, that is a feedback for reception of the first PDSCH after a predetermined sub frame, and transmit a second HARQ-ACK that is a feedback for reception of the second PDSCH after a predetermined extended sub frame, wherein the first HARQ-ACK is transmitted through a first physical uplink control channel, PUCCH, or a first PUSCH in a sub frame that is a predetermined number after a sub frame in which the first PDSCH is received, and the second HARQ-ACK is transmitted through a second PUCCH or a second PUSCH in an extended sub frame that is a predetermined number after an extended sub frame in which the second PDSCH is received, characterized in that, in a case in which the first HARQ-ACK is to be transmitted in the sub frame including the extended sub frame in which the second HARQ-ACK is transmitted, the transmitting unit either drops the first HARQ-ACK, or transmits the first HARQ-ACK through a second PUCCH or a second PUSCH for transmitting the second HARQ-ACK,