mhurhangee/patent-ind-claim-en huggingface dataset:
A device for bidirectional optical amplification in high-precision fiber-optic time transfer, comprising a first wavelength separator/combiner , a wavelength combiner , a wavelength separator , a second wavelength separator/combiner , a first optical splitter , a second optical splitter , a control unit , a 2x2 optical switch and a unidirectional optical amplifier ; The combining port of the first wavelength separator/combiner is connected to a fiber-optic link, one splitting port is connected to the splitting port of the wavelength channel corresponding to the wavelength combiner via unidirectional transmission wavelength channel, and the other splitting port is connected to the junction of the first optical splitter via bidirectional transmission wavelength channel; The combining port of the wavelength combiner is connected to the input port of the unidirectional optical amplifier , and the output port of the unidirectional optical amplifier is connected to the combining port of the wavelength separator ; The combining port of the second wavelength separator/combiner is connected to an other fiber-optic link, one splitting port is connected to the splitting port of the wavelength channel corresponding to the wavelength separator via unidirectional transmission wavelength channel, and the other splitting port is connected to the junction of the second optical splitter via bidirectional transmission wavelength channel; The input ports of the control unit are respectively connected to the shunt terminal of the first optical splitter and the shunt terminal of the second optical splitter , and the control output port of the control unit is connected to the control input port of the 2x2 optical switch ; The port 1 of the 2x2 optical switch is connected to the other shunt terminal of the first optical splitter , the port 2 of the 2x2 optical switch is connected to the other shunt terminal of the second optical splitter , the port 3 of the 2x2 optical switch is connected to the other splitting port of the wavelength separator , and the port 4 of the 2x2 optical switch is connected to the other splitting port of the wavelength combiner .
A combination of ruxolitinib, a glucocorticoid and lenalidomide, for use in a method of treating multiple myeloma in a subject.
An apparatus comprising: a first compressor configured to compress a first refrigerant; a first load configured to: use the first refrigerant to remove heat from a space proximate the first load ; and send the first refrigerant to the first compressor ; a second compressor configured to compress a second refrigerant; a second load configured to: use the second refrigerant to remove heat from a space proximate the second load ; and send the second refrigerant to the second compressor ; a first heat exchanger , configured to: receive the first refrigerant from the first compressor ; and transfer heat from the first refrigerant to a fluid; and a second heat exchanger , configured to: receive the second refrigerant from the second compressor ; and transfer heat from the fluid to the second refrigerant; a high side heat exchanger configured to: receive the first refrigerant from the first compressor ; and remove heat from the first refrigerant; and a part load path coupled to the first heat exchanger and the high side heat exchanger , and configured such that the first refrigerant flows from the high side heat exchanger to the first heat exchanger through the part load path. a first compressor configured to compress a first refrigerant; a first load configured to: use the first refrigerant to remove heat from a space proximate the first load ; and send the first refrigerant to the first compressor ; use the first refrigerant to remove heat from a space proximate the first load ; and send the first refrigerant to the first compressor ; a second compressor configured to compress a second refrigerant; a second load configured to: use the second refrigerant to remove heat from a space proximate the second load ; and send the second refrigerant to the second compressor ; use the second refrigerant to remove heat from a space proximate the second load ; and send the second refrigerant to the second compressor ; a first heat exchanger , configured to: receive the first refrigerant from the first compressor ; and transfer heat from the first refrigerant to a fluid; and receive the first refrigerant from the first compressor ; and transfer heat from the first refrigerant to a fluid; and a second heat exchanger , configured to: receive the second refrigerant from the second compressor ; and transfer heat from the fluid to the second refrigerant; receive the second refrigerant from the second compressor ; and transfer heat from the fluid to the second refrigerant; a high side heat exchanger configured to: receive the first refrigerant from the first compressor ; and remove heat from the first refrigerant; and receive the first refrigerant from the first compressor ; and remove heat from the first refrigerant; and a part load path coupled to the first heat exchanger and the high side heat exchanger , and configured such that the first refrigerant flows from the high side heat exchanger to the first heat exchanger through the part load path.
A method performed by a host device (210; 310), the method comprising: identifying , by one or more processors of the host device (210; 310), which of one or more accessories (220 - 260; 320 - 360) are available to receive a notification (628; 728); analyzing , by the one or more processors based on the one or more identified accessories (220 - 260; 320 - 360), a context for transmitting the notification (628; 728; 828), wherein the context includes an accessory state (229-269) of one or more accessories, wherein the accessory state (229 - 269) includes at least one of do not disturb mode, silent mode, or haptic mode; selecting , by the one or more processors based on the context, at least one of the one or more identified accessories (220 - 260; 320 - 360); and transmitting , by the one or more processors , the notification (628; 728; 828) to the selected at least one of the one or more identified accessories (220 - 260; 320 - 360). identifying , by one or more processors of the host device (210; 310), which of one or more accessories (220 - 260; 320 - 360) are available to receive a notification (628; 728); analyzing , by the one or more processors based on the one or more identified accessories (220 - 260; 320 - 360), a context for transmitting the notification (628; 728; 828), wherein the context includes an accessory state (229-269) of one or more accessories, wherein the accessory state (229 - 269) includes at least one of do not disturb mode, silent mode, or haptic mode; selecting , by the one or more processors based on the context, at least one of the one or more identified accessories (220 - 260; 320 - 360); and transmitting , by the one or more processors , the notification (628; 728; 828) to the selected at least one of the one or more identified accessories (220 - 260; 320 - 360).
A method for providing a macroporous hydrogel, comprising the steps of - providing an aqueous solution comprising a first and a second solute, wherein i) the first solute is a cross-linkable derivative of a polyethylene glycol (PEG); and ii) the second solute is a polysaccharide kosmotropic agent, - adding a cross-linking reagent able to cross-link said cross-linkable derivative of a PEG, thus simultaneously initiating gelation of said cross-linkable derivative of a PEG and phase-separation; a) wherein the aqueous solution comprises 0.8% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, a combination of 0.525% (w/v) hyaluronan and 1.4% (w/v) dextran; and wherein the cross-linking reagent is 0.8% (w/v) PEG dithiol; or b) wherein the aqueous solution comprises 1.5% (w/v) TMR-tagged 4-arm-PEG- vinyl sulfone as first solute and as second solute, 0.525% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide; or c) wherein the aqueous solution comprises 1,5% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, 70% (v/v) of 0.5% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide. - providing an aqueous solution comprising a first and a second solute, wherein i) the first solute is a cross-linkable derivative of a polyethylene glycol (PEG); and ii) the second solute is a polysaccharide kosmotropic agent, i) the first solute is a cross-linkable derivative of a polyethylene glycol (PEG); and ii) the second solute is a polysaccharide kosmotropic agent, - adding a cross-linking reagent able to cross-link said cross-linkable derivative of a PEG, thus simultaneously initiating gelation of said cross-linkable derivative of a PEG and phase-separation; a) wherein the aqueous solution comprises 0.8% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, a combination of 0.525% (w/v) hyaluronan and 1.4% (w/v) dextran; and wherein the cross-linking reagent is 0.8% (w/v) PEG dithiol; or b) wherein the aqueous solution comprises 1.5% (w/v) TMR-tagged 4-arm-PEG- vinyl sulfone as first solute and as second solute, 0.525% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide; or c) wherein the aqueous solution comprises 1,5% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, 70% (v/v) of 0.5% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide. a) wherein the aqueous solution comprises 0.8% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, a combination of 0.525% (w/v) hyaluronan and 1.4% (w/v) dextran; and wherein the cross-linking reagent is 0.8% (w/v) PEG dithiol; or b) wherein the aqueous solution comprises 1.5% (w/v) TMR-tagged 4-arm-PEG- vinyl sulfone as first solute and as second solute, 0.525% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide; or c) wherein the aqueous solution comprises 1,5% (w/v) 4arm-PEG-vinyl sulfone as first solute and as second solute, 70% (v/v) of 0.5% (w/v) hyaluronan; and wherein the cross-linking reagent is an MMP-cleavable peptide.
Robotic arm having a plurality of links and a plurality of joints which connect the links so that they can be adjusted relative to one another, with at least one downstream link being rotatably mounted on an upstream link by means of a main bearing arrangement . a gear housing of a respective gear is coupled to the upstream link in the relevant joint and a joint torque sensor is connected to an output shaft of the gear . is connected, which is designed to detect a torque on the output side, the joint torque sensor having an input flange (10.1), an output flange (10.3) and a measuring section (10.2) connecting the input flange (10.1) to the output flange (10.3), on which at least one torque sensor measuring element is arranged, characterized by a counter surface on the transmission output side, on which a dynamic bearing sealing the transmission housing in a lubricant-tight manner contact seal is seated, with a gap determined by the main bearing arrangement between the upstream member and the downstream member to which the output flange (10.3) of the joint torque sensor is coupled, is sealed by means of a further dynamic seal .
Sensor device for a motor vehicle, having a housing , in which a sensor element is accommodated, and having a translucent disk element covering an opening in the housing , by means of which measured values of an environment of the sensor device can be determined by means of the sensor element , characterised in that the disk element is arranged on the housing to facilitate a movement relative to the housing through the interposition of a flexible and deformable compensating element .
Roll of sheets based on a fibrous cellulosic product, such as toilet paper, comprising a rolled strip consisting of a continuous succession of cellulose wadding-based sheets made by joining at least two individual plies , each sheet being kept, with the possibility of detachment, with the adjacent sheet or two sheets by one, respectively two pre-cut lines , the said at least two individual plies of each sheet being connected by bonding or by mechanical pressure along a peripheral zone of each sheet and the surface area of the said peripheral zone representing between 4% and 60% of the total surface area of each sheet , the connection between the said at least two individual plies of each sheet being made over the whole perimeter of at least one sheet , preferably of each sheet , characterized in that there is no bonding joining point for the said at least two plies in a central zone not forming part of the peripheral zone .
Vehicle seat with at least one laterally positioned operating device for operating vehicle seat functions and/or vehicle functions and an adjustment device for adjusting a vertical position (Δz) and/or an inclination (α) of the at least one operating device with respect to a rest of the vehicle seat , wherein the adjustment device comprises a rotational axis extending in the seat width direction and a shaft which is connected to the operating device , positioned at a distance from the rotational axis and rotatable together with the operating device about the rotational axis , wherein the adjustment of the vertical position (Δz) and/or of the inclination (α) of the operating device is feasible by means of a rotational movement of a spindle element of the adjustment device , which is in operative contact with the shaft , wherein a central axis of the spindle element is arranged perpendicular to a central axis of the shaft , characterized in that the shaft is movable within a slotted guide of a slotted guide element with respect to the pivoting about the rotational axis , wherein a shape of the slotted guide is configured to extend along a portion of an arc (B), wherein the arc (B) is preferably configured to extend concentrically about the rotational axis .
A method for controlling a variable capacity ejector unit arranged in a refrigeration system , said refrigeration system further comprising a compressor , a heat rejecting heat exchanger , an expansion device and an evaporator arranged in the refrigerant path, wherein the ejector unit is fluidly connected in the refrigerant path between the heat rejecting heat exchanger and the expansion device , the refrigeration system further comprising a high pressure valve arranged in the refrigerant path, fluidly in parallel with the ejector unit , between the heat rejecting heat exchanger and the expansion device , the method comprising the steps of: - obtaining a temperature and a pressure of refrigerant leaving the heat rejecting heat exchanger , the method being characterised by the ejector unit comprising two or more ejectors arranged fluidly in parallel in a refrigerant path and comprising the following steps: - generating a high pressure valve control signal for the high pressure valve on the basis of the obtained temperature and the obtained pressure, - controlling an opening degree of the high pressure valve in accordance with the high pressure control signal, - generating an ejector control signal for the ejector unit , based on the obtained temperature and the obtained pressure, and based on the high pressure control signal, said ejector control signal indicating whether the capacity of the ejector unit should be increased, decreased or maintained, and - controlling the capacity of the ejector unit in accordance with the generated ejector control signal by activating or deactivating one or more of the ejectors. - obtaining a temperature and a pressure of refrigerant leaving the heat rejecting heat exchanger , the method being characterised by the ejector unit comprising two or more ejectors arranged fluidly in parallel in a refrigerant path and comprising the following steps: - generating a high pressure valve control signal for the high pressure valve on the basis of the obtained temperature and the obtained pressure, - controlling an opening degree of the high pressure valve in accordance with the high pressure control signal, - generating an ejector control signal for the ejector unit , based on the obtained temperature and the obtained pressure, and based on the high pressure control signal, said ejector control signal indicating whether the capacity of the ejector unit should be increased, decreased or maintained, and - controlling the capacity of the ejector unit in accordance with the generated ejector control signal by activating or deactivating one or more of the ejectors.
A long chain peptide antigen having a plurality of epitopes in which each interepitope sequence is four to eight consecutive tyrosines, for use as a vaccine.
Brain computer interface BCI comprising an input adapted to be connected to at least one electroencephalography EEG sensor to receive EEG signals , the BCI further comprising a processor running an associative model applying a multiway regression approach, the model being trained to simulate electrocorticography ECoG signal features from EEG signals received via the input, the trained model being configured to process the input EEG signals to produce and output the simulated ECoG signal features, the BCI comprising an output to transmit the simulated ECoG signal features
A retrofit auxiliary device for distributing cleaning resources to a household cleaning appliance having a treating chamber, the retrofit auxiliary device comprising: at least one water inlet configured to connect to a supply of water; at least one outlet configured to connect to the household cleaning appliance for distribution of water within the household cleaning appliance ; a flow meter configured to monitor a flow of the water from the at least one water inlet and to transmit a signal containing water flow information; wherein the retrofit auxiliary device also comprises: a memory having information that correlates the water flow information to a cycle of operation in the household cleaning appliance ; a treating chemistry reservoir configured to connect to the household cleaning appliance to dispense a treating chemistry to the household cleaning appliance in response to receiving dispense commands; and a controller operably coupled to the flow meter , the memory , and the treating chemistry reservoir ; wherein the controller is configured to: determine a cycle of operation being executed by the household cleaning appliance based on the water flow information; and send dispense commands to the treating chemistry reservoir in accordance with the determined cycle of operation, characterised in that the information that correlates the water flow information to a cycle of operation in the household cleaning appliance is learned as the household cleaning appliance operates. at least one water inlet configured to connect to a supply of water; at least one outlet configured to connect to the household cleaning appliance for distribution of water within the household cleaning appliance ; a flow meter configured to monitor a flow of the water from the at least one water inlet and to transmit a signal containing water flow information; wherein the retrofit auxiliary device also comprises: a memory having information that correlates the water flow information to a cycle of operation in the household cleaning appliance ; a treating chemistry reservoir configured to connect to the household cleaning appliance to dispense a treating chemistry to the household cleaning appliance in response to receiving dispense commands; and a controller operably coupled to the flow meter , the memory , and the treating chemistry reservoir ; wherein the controller is configured to: determine a cycle of operation being executed by the household cleaning appliance based on the water flow information; and send dispense commands to the treating chemistry reservoir in accordance with the determined cycle of operation, determine a cycle of operation being executed by the household cleaning appliance based on the water flow information; and send dispense commands to the treating chemistry reservoir in accordance with the determined cycle of operation,
Topical composition comprising: - a water-based composition comprising plant extracts embedded in hydrophilic niosomes having size lower than 500 nm, and - at least one topically acceptable excipient, characterized in that said hydrophilic niosomes comprise linear or branched polyglycerols esterified with saturated or mono-unsaturated linear fatty acids, or mixtures thereof. - a water-based composition comprising plant extracts embedded in hydrophilic niosomes having size lower than 500 nm, and - at least one topically acceptable excipient, characterized in that said hydrophilic niosomes comprise linear or branched polyglycerols esterified with saturated or mono-unsaturated linear fatty acids, or mixtures thereof.
A print head having a tile made of a material having a first coefficient of thermal expansion (CTE), the tile carrying a chip that forms a number of printing elements and is in thermal contact with the tile , the chip being mainly made of a material having a second coefficient of thermal expansion (CTE) different from the first coefficient of thermal expansion (CTE), wherein a stress relief plate made of a material having a third coefficient of thermal expansion (CTE) that is closer to the second coefficient of thermal expansion (CTE) than the first is bonded to the tile with a first adhesive layer having a first thickness d1, and characterised in that the chip is bonded to the stress relief plate with a second adhesive layer having a second thickness d2 smaller than the first thickness d1.
An information processing device comprising: a first acquisition unit configured to acquire a sound signal outputted from a microphone ; an acoustic feature detection unit configured to detect an acoustic feature based on the sound signal; an identification unit configured to identify first discomfort condition information corresponding to a first work type of work performed by a user, among one or more pieces of discomfort condition information specifying discomfort conditions using the acoustic feature and corresponding to one or more work types, based on work type information indicating the first work type; and an output judgment unit configured to judge whether first masking sound should be outputted or not based on the acoustic feature detected by the acoustic feature detection unit and the first discomfort condition information, characterized by a second acquisition unit configured to acquire application software information as information regarding application software activated in a terminal device used by a user; a work type detection unit configured to detect the first work type of work performed by the user based on the application software information. a first acquisition unit configured to acquire a sound signal outputted from a microphone ; an acoustic feature detection unit configured to detect an acoustic feature based on the sound signal; an identification unit configured to identify first discomfort condition information corresponding to a first work type of work performed by a user, among one or more pieces of discomfort condition information specifying discomfort conditions using the acoustic feature and corresponding to one or more work types, based on work type information indicating the first work type; and an output judgment unit configured to judge whether first masking sound should be outputted or not based on the acoustic feature detected by the acoustic feature detection unit and the first discomfort condition information, characterized by a second acquisition unit configured to acquire application software information as information regarding application software activated in a terminal device used by a user; a work type detection unit configured to detect the first work type of work performed by the user based on the application software information.