mhurhangee/ep-ind-claims huggingface dataset:
A sampling and storage device for biological fluids comprising: a body comprising: two or more structural components (116, 124) that can at least partially be attached and detached from one another and can form an open and a closed configuration, wherein the components (116, 124) form one or more interior cavities when in the closed position; a capillary tube contained in the interior cavity and extending from an exterior of the device to a fluid reservoir and in fluid communication with the one or more interior cavities; one or more collection compartments formed in the interior cavity and in fluid communication with the capillary tube; one or more pieces of sampling material placed within the one or more collection compartments and in fluid communication with the capillary tube; and a desiccant within the one or more interior cavities in vaporous communication with the sampling material, and suitable for drying a collected sample and maintaining low humidity in the device; and a mechanism for sealing the device from the environment after use. a body comprising: two or more structural components (116, 124) that can at least partially be attached and detached from one another and can form an open and a closed configuration, wherein the components (116, 124) form one or more interior cavities when in the closed position; a capillary tube contained in the interior cavity and extending from an exterior of the device to a fluid reservoir and in fluid communication with the one or more interior cavities; one or more collection compartments formed in the interior cavity and in fluid communication with the capillary tube; one or more pieces of sampling material placed within the one or more collection compartments and in fluid communication with the capillary tube; and a desiccant within the one or more interior cavities in vaporous communication with the sampling material, and suitable for drying a collected sample and maintaining low humidity in the device; and a mechanism for sealing the device from the environment after use. two or more structural components (116, 124) that can at least partially be attached and detached from one another and can form an open and a closed configuration, wherein the components (116, 124) form one or more interior cavities when in the closed position; a capillary tube contained in the interior cavity and extending from an exterior of the device to a fluid reservoir and in fluid communication with the one or more interior cavities; one or more collection compartments formed in the interior cavity and in fluid communication with the capillary tube; one or more pieces of sampling material placed within the one or more collection compartments and in fluid communication with the capillary tube; and a desiccant within the one or more interior cavities in vaporous communication with the sampling material, and suitable for drying a collected sample and maintaining low humidity in the device; and a mechanism for sealing the device from the environment after use.
A method for updating a manner of processing a packet of a service flow, wherein a first packet of the service flow is forwarded by using a first service function chain, SFC, and the method comprises: obtaining, by a control node, indication information from a service function, SF, node of the first SFC, wherein the indication information is used to indicate a manner of processing a second packet of the service flow, and the second packet reaches a processing node later than the first packet; obtaining, by the control node according to the indication information, the manner of processing the second packet, wherein the manner of processing the second packet does not comprise forwarding the second packet along the first SFC; and sending, by the control node, the manner of processing the second packet to the processing node. obtaining, by a control node, indication information from a service function, SF, node of the first SFC, wherein the indication information is used to indicate a manner of processing a second packet of the service flow, and the second packet reaches a processing node later than the first packet; obtaining, by the control node according to the indication information, the manner of processing the second packet, wherein the manner of processing the second packet does not comprise forwarding the second packet along the first SFC; and sending, by the control node, the manner of processing the second packet to the processing node.
An encapsulation configuration for electronic components in a flexible implantable medical device, comprising: a plurality of circuit boards, each one of said plurality of circuit boards comprising at least one electronics component; and a plurality of flat connection cables, characterized in that: each one of said plurality of circuit boards has a generally circular shape; each one of said plurality of flat connection cables electrically couples adjacent ones of said plurality of circuit boards alternatively at opposite ends; and each one of said plurality of circuit boards is folded over an adjacent one of said plurality of circuit boards in a pleated manner, thereby giving said encapsulation configuration an accordion-like shape. a plurality of circuit boards, each one of said plurality of circuit boards comprising at least one electronics component; and a plurality of flat connection cables, characterized in that: each one of said plurality of circuit boards has a generally circular shape; each one of said plurality of flat connection cables electrically couples adjacent ones of said plurality of circuit boards alternatively at opposite ends; and each one of said plurality of circuit boards is folded over an adjacent one of said plurality of circuit boards in a pleated manner, thereby giving said encapsulation configuration an accordion-like shape. each one of said plurality of circuit boards has a generally circular shape; each one of said plurality of flat connection cables electrically couples adjacent ones of said plurality of circuit boards alternatively at opposite ends; and each one of said plurality of circuit boards is folded over an adjacent one of said plurality of circuit boards in a pleated manner, thereby giving said encapsulation configuration an accordion-like shape.
A cutting deck lifting device for adjusting a height of the cutting deck of a mower, comprising: a pedal assembly including a pedal switched from locking to unlocking states for adjusting the height of the cutting deck; a cutting deck having at least one cutting blade mounted thereto, wherein the cutting deck is in a first position when the pedal is in locking state, and wherein the cutting deck is in a second position when the pedal is in unlocking state, and wherein the height of the cutting deck is adjustable when the cutting deck is in the second position; a connecting assembly connecting the pedal assembly to the cutting deck; and an adjusting assembly connected to the pedal assembly for positioning the cutting deck to a position with a desired height when the pedal is switched from locking to unlocking states, wherein the adjustment assembly includes a sliding plate rotatably connected to the pedal and a positioning member abutting against the sliding plate to position the cutting deck to the position with the desired height, and wherein the desired height is determined when the pedal is in locking state characterized in that the sliding plate slides away from the positioning member when the pedal is switched from the unlocking state to the locking state, and wherein the sliding plate slides towards the positioning member and abuts against the positioning member when the pedal is switched from the locking state to the unlocking state. a cutting deck having at least one cutting blade mounted thereto, wherein the cutting deck is in a first position when the pedal is in locking state, and wherein the cutting deck is in a second position when the pedal is in unlocking state, and wherein the height of the cutting deck is adjustable when the cutting deck is in the second position; a connecting assembly connecting the pedal assembly to the cutting deck; and an adjusting assembly connected to the pedal assembly for positioning the cutting deck to a position with a desired height when the pedal is switched from locking to unlocking states, wherein the adjustment assembly includes a sliding plate rotatably connected to the pedal and a positioning member abutting against the sliding plate to position the cutting deck to the position with the desired height, and wherein the desired height is determined when the pedal is in locking state characterized in that the sliding plate slides away from the positioning member when the pedal is switched from the unlocking state to the locking state, and wherein the sliding plate slides towards the positioning member and abuts against the positioning member when the pedal is switched from the locking state to the unlocking state.
An electroless nickel plating solution, comprising - a source of nickel ions, - a source of molybdenum ions, - a source of tungsten ions, - a source of hypophosphite ions, - at least one complexing agent, wherein the solution does not comprise any reducing agent comprising boron, characterised in that the solution further comprises - at least one organic sulphur containing compound in a concentration of 0.38 - 38.00 μmol/L, and - at least one amino acid in a concentration of 0.67 - 40.13 mmol/L. - a source of nickel ions, - a source of molybdenum ions, - a source of tungsten ions, - a source of hypophosphite ions, - at least one complexing agent, - at least one organic sulphur containing compound in a concentration of 0.38 - 38.00 μmol/L, and - at least one amino acid in a concentration of 0.67 - 40.13 mmol/L.
Cleaning vehicle comprising a rolling chassis and comprising a primary power source which is able and configured to drive the vehicle, which primary power source comprises a combustion engine, wherein a suction installation is provided that is at least partially fixed to the chassis, wherein said suction installation comprises an underpressure chamber with a suction connection and a pumping arrangement (31,32,33) which is coupled to said underpressure chamber to create and maintain an underpressure in the underpressure chamber, and wherein said pumping arrangement comprises at least one primary pump unit (31,32) which draws its input power from the primary power source, whereby, in addition to said primary pump unit (31,32), the pumping arrangement comprises at least a secondary pump unit characterized in that said secondary pump unit is driven directly, or indirectly, by a secondary power source, in that the secondary power source comprises at least one electric motor, in that the secondary power source is supplied independently of the primary power source by an electrical power supply (34,35,36), and in that both the primary pump unit (31,32) and the secondary pump unit allow to create an underpressure in the underpressure chamber that will generate an airflow through said suction connection to which a hose can be coupled with which dirt can be suctioned up from a surface and carried to the underpressure chamber.
An aircraft structure comprising: structural elements (10, 12, 13); a first multitude of lines that are connected to structural elements in a fixed manner; a second multitude of lines (14, 15) that are connected to structural elements (12, 13) in a fixed manner and whose longitudinal direction intersects the longitudinal direction of the first multitude of lines so that the longitudinal directions of the lines form a network that spans the aircraft structure at least in some sections; and connecting elements (21, 22, 23) in order to, in the state of the structural elements (10, 12, 13) installed in the aircraft structure, connect selected lines of the first multitude to selected lines (14, 15) of the second multitude at selected points of intersection of the network, and in this way form lines for electricity transmission and/or data transmission; and an access coupling for connecting an aircraft system component (16, 17, 18, 19) to one or several lines from the first or second multitude of lines, wherein the access coupling is positionable along the lines of a structural element as by means of material removal, access to the corresponding line is created. structural elements (10, 12, 13); a first multitude of lines that are connected to structural elements in a fixed manner; a second multitude of lines (14, 15) that are connected to structural elements (12, 13) in a fixed manner and whose longitudinal direction intersects the longitudinal direction of the first multitude of lines so that the longitudinal directions of the lines form a network that spans the aircraft structure at least in some sections; and connecting elements (21, 22, 23) in order to, in the state of the structural elements (10, 12, 13) installed in the aircraft structure, connect selected lines of the first multitude to selected lines (14, 15) of the second multitude at selected points of intersection of the network, and in this way form lines for electricity transmission and/or data transmission; and an access coupling for connecting an aircraft system component (16, 17, 18, 19) to one or several lines from the first or second multitude of lines, wherein the access coupling is positionable along the lines of a structural element as by means of material removal, access to the corresponding line is created.
A valve block for a backflushing and teat dip applicator system, the valve block comprising: a housing defining a chamber; a plurality of inlets into the chamber; a plurality of valves (611, 612, 620, 622, 624), and each valve (611, 612, 620, 622, 624) is movable to open or close a corresponding inlet to the chamber; a common outlet from the chamber; and a spool disposed in the chamber for movement between a milking position and a backflushing position. a housing defining a chamber; a plurality of inlets into the chamber; a plurality of valves (611, 612, 620, 622, 624), and each valve (611, 612, 620, 622, 624) is movable to open or close a corresponding inlet to the chamber; a common outlet from the chamber; and a spool disposed in the chamber for movement between a milking position and a backflushing position.
A fibroblast growth factor-two (FGF-2) polypeptide that differs from the wild-type FGF-2 (SEQ ID NO:1) at least at amino acid positions 56, 102 and 119, wherein the differences are Q56I, N102G and K119N substitutions, and wherein said FGF-2 polypeptide has a higher thermostability, a higher biological activity and a higher resistance to proteolytic degradation than wild-type FGF-2.
Use of extracted partially hydrolysed sericin that has a purity of 90% or more, as a denture surface treating agent or a denture stabilizer, wherein the sericin has an average molecular weight in the range of 6,000 to 100,000.
A method carried out by a communication device comprising: making at least one type of idle-mode cell selection measurement for at least one carrier in unlicensed spectrum in time resources determined from broadcast system information; and refraining from making said at least one type of idle-mode cell selection measurement for said at least one carrier outside of said time resources.
A method performed by an electronic device, the method comprising: receiving an indication of an incoming voice communication request; identifying one or more devices capable of communicating with the electronic device via a connection, each of the one or more devices including a sensor capable of obtaining one or more audio signals or one or more image signals; requesting one or more of the devices to obtain an audio signal or an image signal via its respective sensor; obtaining the audio signal or the image signal obtained by the one or more devices, wherein the audio signal or the image signal is used for recognizing a person, wherein a recognized person is a person known to the electronic device based on maintained information about the person; determining an associated priority for each of the one or more devices based on the recognized persons; based on at least the associated priority, selecting a device of the one or more devices; and providing a signal to the selected device to output a notification indicating the incoming voice communication request. receiving an indication of an incoming voice communication request; identifying one or more devices capable of communicating with the electronic device via a connection, each of the one or more devices including a sensor capable of obtaining one or more audio signals or one or more image signals; requesting one or more of the devices to obtain an audio signal or an image signal via its respective sensor; obtaining the audio signal or the image signal obtained by the one or more devices, wherein the audio signal or the image signal is used for recognizing a person, wherein a recognized person is a person known to the electronic device based on maintained information about the person; determining an associated priority for each of the one or more devices based on the recognized persons; based on at least the associated priority, selecting a device of the one or more devices; and providing a signal to the selected device to output a notification indicating the incoming voice communication request.
A coating batch suitable for an anti-oxidation coating of the surface of new linings of units for thermal processes, such as melting, firing, heat treatment or melt transport units, e.g. of units that accommodate molten metal, such as steel ladles or runner systems for pig iron production, said linings comprising carbon-containing and/or SiC-containing refractory products, for the duration of the indispensable, e.g. gas-fired, heat-up phase taking place in an oxygen-containing atmosphere before the actual commissioning of the units, wherein the batch is free from boron and lead and contains at least the following: - at least one powdery carrier raw material, which is refractory in the operating temperature range, comprising a refractory material - at least one first powdery mineral raw material forming a glaze melt at a relatively low temperature of between 200 and 600°C and at least one second powdery mineral raw material forming a glaze melt at a higher temperature of up to 1300°C, in particular between 600 and 900°C, in the form of at least one silicate glaze frit and/or at least one feldspar and/or serpentine and/or cryolite or similar sodium or potassium compound - at least one adhesion promoter suitable for the adhesion of the fresh mix of the anti-oxidation coating, comprising the batch mixed with liquid, after application - optionally at least one mineral plasticising binder, such as bond clay - optionally at least one additive liquefying the fresh mix - optionally at least one additive inhibiting the sedimentation of the constituents of the fresh mix - optionally at least one antioxidant. - at least one powdery carrier raw material, which is refractory in the operating temperature range, comprising a refractory material - at least one first powdery mineral raw material forming a glaze melt at a relatively low temperature of between 200 and 600°C and at least one second powdery mineral raw material forming a glaze melt at a higher temperature of up to 1300°C, in particular between 600 and 900°C, in the form of at least one silicate glaze frit and/or at least one feldspar and/or serpentine and/or cryolite or similar sodium or potassium compound - at least one adhesion promoter suitable for the adhesion of the fresh mix of the anti-oxidation coating, comprising the batch mixed with liquid, after application - optionally at least one mineral plasticising binder, such as bond clay - optionally at least one additive liquefying the fresh mix - optionally at least one additive inhibiting the sedimentation of the constituents of the fresh mix - optionally at least one antioxidant.
An electronic device in a wireless communication system, comprising: one or more processing circuits configured to perform operations of: measuring channel state information reference signals CSI-RSs on one or more antenna ports respectively, in response to a measurement indication from a base station in the wireless communication system; and generating feedback information based on a measurement result, the feedback information comprising occupation information indicating an occupation condition of each of the one or more antenna ports and wherein the occupation condition indicates whether a port has been occupied by electronic devices of a current cell other than the electronic device and the base station, wherein the number of the one or more antenna ports is n, where n is a natural number, and wherein the occupation information comprises a bitmap having n bits, and each bit corresponds to the occupation condition of each one antenna port of the one or more antenna ports. one or more processing circuits configured to perform operations of: measuring channel state information reference signals CSI-RSs on one or more antenna ports respectively, in response to a measurement indication from a base station in the wireless communication system; and generating feedback information based on a measurement result, the feedback information comprising occupation information indicating an occupation condition of each of the one or more antenna ports and wherein the occupation condition indicates whether a port has been occupied by electronic devices of a current cell other than the electronic device and the base station, wherein the number of the one or more antenna ports is n, where n is a natural number, and measuring channel state information reference signals CSI-RSs on one or more antenna ports respectively, in response to a measurement indication from a base station in the wireless communication system; and generating feedback information based on a measurement result, the feedback information comprising occupation information indicating an occupation condition of each of the one or more antenna ports and wherein the occupation condition indicates whether a port has been occupied by electronic devices of a current cell other than the electronic device and the base station, wherein the number of the one or more antenna ports is n, where n is a natural number, and wherein the occupation information comprises a bitmap having n bits, and each bit corresponds to the occupation condition of each one antenna port of the one or more antenna ports.