mhurhangee/patent-ind-claim-en huggingface dataset:
A sunscreen composition comprising: one or more sunscreen active agents encapsulated in a flexible cellulose derived capsule; and one or more additional agents, the one or more additional agents being encapsulated in a flexible cellulose derived capsule wherein the flexible cellulose derived capsule membrane consists of hydroxypropylcellulose, hydroxypropylmethylcellulose, ethylcellulose or carboxymethylcellulose and derivatives therefrom; and wherein 75% or more of the cellulose derived capsules have a diameter of 300 nm to 600 nm. one or more sunscreen active agents encapsulated in a flexible cellulose derived capsule; and one or more additional agents, the one or more additional agents being encapsulated in a flexible cellulose derived capsule wherein the flexible cellulose derived capsule membrane consists of hydroxypropylcellulose, hydroxypropylmethylcellulose, ethylcellulose or carboxymethylcellulose and derivatives therefrom; and wherein 75% or more of the cellulose derived capsules have a diameter of 300 nm to 600 nm.
A charging method, the method comprising: obtaining (S 101) cell characteristic parameters of at least one cell contained in a battery; determining (S 102) a charging strategy for the battery based on the cell characteristic parameters, wherein different charging strategies correspond to respective charging parameters; and charging (S103) the battery based on the charging strategy, characterized by , wherein determining (S101) the charging strategy for the battery based on the cell characteristic parameters comprises: under a constant voltage charging mode, determining a cut-off charging current of the battery according to a present voltage of the cell, a present current of the cell and a present temperature of the cell; and the charging the battery based on the charging strategy comprises: under a constant voltage charging mode, charging the battery at a charging current greater than the cut-off charging current and a constant charging voltage. obtaining (S 101) cell characteristic parameters of at least one cell contained in a battery; determining (S 102) a charging strategy for the battery based on the cell characteristic parameters, wherein different charging strategies correspond to respective charging parameters; and charging (S103) the battery based on the charging strategy, characterized by , wherein determining (S101) the charging strategy for the battery based on the cell characteristic parameters comprises: under a constant voltage charging mode, determining a cut-off charging current of the battery according to a present voltage of the cell, a present current of the cell and a present temperature of the cell; and the charging the battery based on the charging strategy comprises: under a constant voltage charging mode, charging the battery at a charging current greater than the cut-off charging current and a constant charging voltage. under a constant voltage charging mode, determining a cut-off charging current of the battery according to a present voltage of the cell, a present current of the cell and a present temperature of the cell; and the charging the battery based on the charging strategy comprises: under a constant voltage charging mode, charging the battery at a charging current greater than the cut-off charging current and a constant charging voltage.
A data acquisition system adapted to be coupled to a mains power source , comprising: a test probe , configured to be coupled to a subject, wherein in particular the subject is a biological sample; an analog to digital converter adapted to convert a signal from the test probe to samples; a noise replica generator adapted to generate estimates of noise in the samples; a noise removal block adapted to remove from each sample an estimate of noise therein; and a gating module characterized in that the gating module is adapted to determine when the subject is undergoing stimulation, wherein the gating module is adapted to provide the samples to only the noise removal block when the subject is undergoing stimulation, and to both the noise replica generator and the noise removal block when the subject is not undergoing stimulation. a test probe , configured to be coupled to a subject, wherein in particular the subject is a biological sample; an analog to digital converter adapted to convert a signal from the test probe to samples; a noise replica generator adapted to generate estimates of noise in the samples; a noise removal block adapted to remove from each sample an estimate of noise therein; and a gating module characterized in that the gating module is adapted to determine when the subject is undergoing stimulation, wherein the gating module is adapted to provide the samples to only the noise removal block when the subject is undergoing stimulation, and to both the noise replica generator and the noise removal block when the subject is not undergoing stimulation. to only the noise removal block when the subject is undergoing stimulation, and to both the noise replica generator and the noise removal block when the subject is not undergoing stimulation.
A modular dialysis machine comprising: a. a controller unit wherein said controller unit comprises: i. a door having an interior face, ii. a housing with a panel wherein said housing and panel define a recessed region configured to receive said interior face of said door, and iii. a manifold receiver fixedly attached to said panel, wherein the manifold receiver is configured to receive a molded plastic substrate that defines a first flow path of a blood circuit which is fluidically isolated from a second flow path of a dialysate circuit; b. a base unit , wherein said base unit comprises: i. a planar surface for receiving a container of dialysate fluid, ii. a scale integrated with said planar surface, and iii. a heater in thermal communication with said planar surface and with the container that is received on the planar surface; characterised by c. a docking station configured to physically interface with the controller unit and to electronically and fluidically interface with the base unit wherein the base unit is physically separated from the controller unit. a. a controller unit wherein said controller unit comprises: i. a door having an interior face, ii. a housing with a panel wherein said housing and panel define a recessed region configured to receive said interior face of said door, and iii. a manifold receiver fixedly attached to said panel, wherein the manifold receiver is configured to receive a molded plastic substrate that defines a first flow path of a blood circuit which is fluidically isolated from a second flow path of a dialysate circuit; i. a door having an interior face, ii. a housing with a panel wherein said housing and panel define a recessed region configured to receive said interior face of said door, and iii. a manifold receiver fixedly attached to said panel, wherein the manifold receiver is configured to receive a molded plastic substrate that defines a first flow path of a blood circuit which is fluidically isolated from a second flow path of a dialysate circuit; b. a base unit , wherein said base unit comprises: i. a planar surface for receiving a container of dialysate fluid, ii. a scale integrated with said planar surface, and iii. a heater in thermal communication with said planar surface and with the container that is received on the planar surface; characterised by i. a planar surface for receiving a container of dialysate fluid, ii. a scale integrated with said planar surface, and iii. a heater in thermal communication with said planar surface and with the container that is received on the planar surface; characterised by c. a docking station configured to physically interface with the controller unit and to electronically and fluidically interface with the base unit wherein the base unit is physically separated from the controller unit.
Music string , in particular for stringed and/or plucked instruments, wherein the music string has a first fluid and a second fluid different from the first fluid , wherein the first fluid and the second fluid are arranged in at least a first predeterminable vibration section of the music string to form a first mixing region , wherein the first fluid is arranged on a first music string part of the music string , characterized in that the first music string part is a music string part selected from the group: string core of the music string , first circumferential section of the string core , first cross-sectional section of the string core , second winding layer of the music string, second winding element of the second winding layer , in that the second fluid is arranged on a second music string part of the music string , in that the second music string part is a first winding layer of the music string or a first winding element of the first winding layer , and in that the second fluid is formed in such a way and the first winding layer is arranged in such a way that, when the musical string is excited in a predetermined manner as intended, the second fluid penetrates the first winding layer to form the first mixing region , wherein the winding density of the first winding layer and the properties of the second fluid are designed in such a manner that the second fluid penetrates the first winding layer at least in some regions, and at least during the dynamic opening and closing of the windings due to the stretching and bending of the music string during playing, and thus comes into contact with the first fluid .
Stack of paper sheets for use as napkins, particularly dispenser napkins, the stack comprising: a plurality of folded sheets , each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet , whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line , the second folding line separating the folded sheet in two panels connected at the second folding line , wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels of the consecutive folded sheet , characterized in that the free edge of the starter fold is located closer to the outer peripheral edge formed by the first folding line than to an opposite outer peripheral edge. a plurality of folded sheets , each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet , whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line , the second folding line separating the folded sheet in two panels connected at the second folding line , wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels of the consecutive folded sheet , characterized in that the free edge of the starter fold is located closer to the outer peripheral edge formed by the first folding line than to an opposite outer peripheral edge.
Surface renovation device comprising a main body which houses electrical rotary drive means, a rotation shaft capable of rotating via said drive means and intended to carry at least one cylindrical element with an active renovation surface of the roller type, locking means intended to lock the roller in position on the shaft, and a protective casing which extends from the main body and houses the rotation shaft , the casing being closed opposite the main body by a cheek which can be in closed position or in open position, characterized in that the locking means of the roller are integral with the cheek and comprise a locking part which is capable of rotating and is capable, in the closed position of the cheek, of cooperating by bearing against the roller intended to be mounted on the rotation shaft.
A system for scanning an aircraft from the outside for the detection of concealed threats, comprising: a scanning head comprising an X-ray source for generating an X-ray beam toward the aircraft and configured to be positioned on one side of the aircraft; a manipulator arm for maneuvering the scanning head relative to the aircraft, wherein said manipulator arm has a first end and a second end , wherein the first end is movably connected to a vehicle for transporting the system and wherein the second end is movably connected to the scanning head; a movable detector unit comprising a detector cart, the movable detector unit comprising a first set of detectors , said detector unit being configured to be positioned on the other side of the aircraft to said scanning head and aligned with said scanning head such that the first set of detectors receive the X-rays transmitted through the aircraft; a computer system for controlling the motion of the system, wherein said computer system further comprises a memory. a scanning head comprising an X-ray source for generating an X-ray beam toward the aircraft and configured to be positioned on one side of the aircraft; a manipulator arm for maneuvering the scanning head relative to the aircraft, wherein said manipulator arm has a first end and a second end , wherein the first end is movably connected to a vehicle for transporting the system and wherein the second end is movably connected to the scanning head; a movable detector unit comprising a detector cart, the movable detector unit comprising a first set of detectors , said detector unit being configured to be positioned on the other side of the aircraft to said scanning head and aligned with said scanning head such that the first set of detectors receive the X-rays transmitted through the aircraft; a computer system for controlling the motion of the system, wherein said computer system further comprises a memory.
A method comprising: sending, by a wireless device to an access and mobility management function, AMF, of a network, a registration request message; and receiving, by the wireless device from the AMF, a registration accept message comprising an access traffic steering, switching, and splitting, ATSSS, capability indication of the network. sending, by a wireless device to an access and mobility management function, AMF, of a network, a registration request message; and receiving, by the wireless device from the AMF, a registration accept message comprising an access traffic steering, switching, and splitting, ATSSS, capability indication of the network.
A light-emitting diode comprising: a light-emitting element with a p-n junction ; a first light-transmitting member comprising a phosphor , sealing the light-emitting element , and having first and second parallel surfaces that are positioned parallel to each other; a first cover disposed on the first parallel surface of the first light-transmitting member ; and a second cover disposed on the second parallel surface of the first light-transmitting member , the first cover extending over an edge (24ac, 64ac; 24ae, 64ae) of the first parallel surface of the first light-transmitting member , and the second cover extending over an edge (24bc, 64bc; 24be, 64be) of the second parallel surface of the first light-transmitting member , characterized in that the first light-transmitting member further comprises first , second , and third perpendicular surfaces that extend perpendicularly to the first and second parallel surfaces between edges of the first parallel surface and edges of the second parallel surface , being configured to emit light with a wide angle of light emitted through the first , the second and the third perpendicular surfaces, which are surrounded by air. a light-emitting element with a p-n junction ; a first light-transmitting member comprising a phosphor , sealing the light-emitting element , and having first and second parallel surfaces that are positioned parallel to each other; a first cover disposed on the first parallel surface of the first light-transmitting member ; and a second cover disposed on the second parallel surface of the first light-transmitting member , the first cover extending over an edge (24ac, 64ac; 24ae, 64ae) of the first parallel surface of the first light-transmitting member , and the second cover extending over an edge (24bc, 64bc; 24be, 64be) of the second parallel surface of the first light-transmitting member , characterized in that the first light-transmitting member further comprises first , second , and third perpendicular surfaces that extend perpendicularly to the first and second parallel surfaces between edges of the first parallel surface and edges of the second parallel surface , being configured to emit light with a wide angle of light emitted through the first , the second and the third perpendicular surfaces, which are surrounded by air.
Fermenter of a biogas plant comprising at least one fermenter wall and at least one fermenter interior and at least one fermenter roof which is inclined towards the horizontal and in particular is configured to be flexible and comprising at least one stirring device in order to stir a substrate present in the fermenter interior , wherein the stirring device comprises at least one guide unit , at least one support unit and at least one adjustable stirring unit received on the guide unit , wherein the support unit is fastened to the fermenter wall to support the guide unit , wherein the stirring unit is provided to be height-adjustable and wherein at least one adjusting device is provided for adjusting the stirring unit , characterized in that the upper end of the guide unit extends as far as above an upper end of the fermenter wall and ends below the fermenter roof inside the fermenter interior , wherein at least one part of the stirring unit is adjustable as far as above the upper end of the fermenter wall and wherein the adjusting device comprises at least one operating unit arranged outside the fermenter interior and at least one adjusting unit arranged inside the fermenter interior which are coupled by means of at least one gastight feed-through device and wherein the operating unit is arranged underneath the upper end of the guide unit and in particular also underneath the upper end of the fermenter wall and wherein in the fermenter roof at least one gastight closable service opening is provided above the guide unit .
A pressure management warming headrest comprising: a spacer layer ; a heating layer including a heating member having a heating element; and a pressure management layer comprised of at least one foam layer , wherein said spacer layer , heating layer and pressure management layer are bonded together, and wherein the pressure management layer has a central opening comprised of a rectangular region and a semicircular region . a spacer layer ; a heating layer including a heating member having a heating element; and a pressure management layer comprised of at least one foam layer , wherein said spacer layer , heating layer and pressure management layer are bonded together, and wherein the pressure management layer has a central opening comprised of a rectangular region and a semicircular region .
A material for adhesion prevention composed of a 1 to 1,000 μm-thick water-soluble support layer comprising a water-soluble polymer and a 10 to 1,000 nm-thick adhesion prevention layer comprising a biodegradable polymer, wherein the biodegradable polymer is composed of a branched polyalkylene glycol comprising 3 to 8 terminal hydroxyl groups per molecule bound to a polyhydroxy alkanoic acid and the mass ratio of the branched polyalkylene glycol relative to the total mass is 1% to 40%, wherein the biodegradable polymer has a structure represented by Formula (I): wherein, l, m, n, and o are each independently an integer of 24 to 88 and A, B, C, and D each independently represent a group represented by Formula (III): wherein, y is an integer of 72 to 132 and z is an integer of 19 to 39, or wherein the biodegradable polymer has a structure represented by Formula (IV): wherein, p, q, r, s, and t are each independently in each repeating unit an integer of 5 to 20, u is an integer of 0 to 4, and A, B, C, D, and E each independently in each repeating unit represent a group represented by Formula (III): wherein, y is an integer of 35 to 65 and z is an integer of 9 to 20, and wherein the polyhydroxy alkanoic acid in the biodegradable polymer represented by Formula (I) or Formula (IV) is a copolymer of lactic acid and glycolic acid and the ratio of the molar number of the lactic acid relative to the molar number of the glycolic acid in the biodegradable polymer is 3.0 to 5.0. wherein the biodegradable polymer has a structure represented by Formula (I): wherein, l, m, n, and o are each independently an integer of 24 to 88 and A, B, C, and D each independently represent a group represented by Formula (III): wherein, y is an integer of 72 to 132 and z is an integer of 19 to 39, or wherein the biodegradable polymer has a structure represented by Formula (IV): wherein, p, q, r, s, and t are each independently in each repeating unit an integer of 5 to 20, u is an integer of 0 to 4, and A, B, C, D, and E each independently in each repeating unit represent a group represented by Formula (III): wherein, y is an integer of 35 to 65 and z is an integer of 9 to 20, and wherein the polyhydroxy alkanoic acid in the biodegradable polymer represented by Formula (I) or Formula (IV) is a copolymer of lactic acid and glycolic acid and the ratio of the molar number of the lactic acid relative to the molar number of the glycolic acid in the biodegradable polymer is 3.0 to 5.0.
A method of handling a transferring from an energy-consuming mode to an energy-saving mode for a communication device in a wireless communication system, the method comprising: transmitting or receiving a first message of an upper protocol layer ; deferring the transferring, if the communication device determines that a second message of the upper protocol layer corresponding to the first message is going to be transmitted or received ; and advancing the transferring, if the communication device determines that no message corresponding to the first message is going to be transmitted or received ; wherein the upper protocol layer is a transport layer or an application layer; wherein the communication device determines that no message corresponding to the first message is going to be transmitted or received, when the first message is an ending message in a procedure; wherein the communication device determines that the second message corresponding to the first message is going to be transmitted or received, when the first message is an initial message triggering at least one successive message; wherein the communication device defers the transferring by increasing a value of an inactivity timer, and advances the transferring by decreasing the value of the inactivity timer. transmitting or receiving a first message of an upper protocol layer ; deferring the transferring, if the communication device determines that a second message of the upper protocol layer corresponding to the first message is going to be transmitted or received ; and advancing the transferring, if the communication device determines that no message corresponding to the first message is going to be transmitted or received ; wherein the upper protocol layer is a transport layer or an application layer; wherein the communication device determines that no message corresponding to the first message is going to be transmitted or received, when the first message is an ending message in a procedure; wherein the communication device determines that the second message corresponding to the first message is going to be transmitted or received, when the first message is an initial message triggering at least one successive message; wherein the communication device defers the transferring by increasing a value of an inactivity timer, and advances the transferring by decreasing the value of the inactivity timer.