mhurhangee/ep-ind-claims huggingface dataset:
A computing system for measuring the performance of a path in a named-data network, the system comprising: one or more processors; a memory; and a computer-readable medium coupled to the one or more processors storing instructions stored that, when executed by the one or more processors, cause the computing system to perform a method comprising: determining that a received Interest includes a name that corresponds to a route-tracing operation; determining one or more outbound interfaces for the route-tracing operation based on the Interest's name, characterised by; creating one or more new forwarding information base entries for the outbound interfaces, wherein a respective FIB entry maps the Interest's name to a forwarding rule that includes a corresponding outbound interface; and returning a Content Object that satisfies the Interest, wherein the Content Object includes at least the names of the new FIB entries. one or more processors; a memory; and a computer-readable medium coupled to the one or more processors storing instructions stored that, when executed by the one or more processors, cause the computing system to perform a method comprising: determining that a received Interest includes a name that corresponds to a route-tracing operation; determining one or more outbound interfaces for the route-tracing operation based on the Interest's name, characterised by; creating one or more new forwarding information base entries for the outbound interfaces, wherein a respective FIB entry maps the Interest's name to a forwarding rule that includes a corresponding outbound interface; and returning a Content Object that satisfies the Interest, wherein the Content Object includes at least the names of the new FIB entries. determining that a received Interest includes a name that corresponds to a route-tracing operation; determining one or more outbound interfaces for the route-tracing operation based on the Interest's name, characterised by; creating one or more new forwarding information base entries for the outbound interfaces, wherein a respective FIB entry maps the Interest's name to a forwarding rule that includes a corresponding outbound interface; and returning a Content Object that satisfies the Interest, wherein the Content Object includes at least the names of the new FIB entries.
A delivery system for a self-expanding stent, said system comprises: a guide wire tube located coaxially with an outer sheath, said guide wire tube and said outer sheath including a distal and proximal end; a slider located coaxially with said guide wire tube and free to rotate and slide relative to said guide wire tube, the slider comprising interlocking features on its distal end that mate and lock with matching interlocking features on the proximal end of a stent; a pusher positioned proximal to said stent and said slider; a distal stop fixed to said guide wire tube distal to said slider; wherein before deployment of the stent, the stent is constrained in a radially compressed state within an inner diameter of said outer sheath, wherein during deployment of the stent said slider can rotate about and move longitudinally along said guide wire tube allowing the stent to move distally or rotate within said outer sheath as said outer sheath is retracted to deploy the stent, said pusher in contact with the stent; and wherein before said outer member is fully retracted, thereby releasing the stent, the stent can be re-constrained by moving said guide wire tube and fixed distal stop proximally relative to the stent and said slider until said distal stop contacts said slider, then said outer member can be moved distally relative to the stent, said slider, said guide wire tube and fixed distal stop, thereby recapturing the stent inside said outer member. a guide wire tube located coaxially with an outer sheath, said guide wire tube and said outer sheath including a distal and proximal end; a slider located coaxially with said guide wire tube and free to rotate and slide relative to said guide wire tube, the slider comprising interlocking features on its distal end that mate and lock with matching interlocking features on the proximal end of a stent; a pusher positioned proximal to said stent and said slider; a distal stop fixed to said guide wire tube distal to said slider; wherein before deployment of the stent, the stent is constrained in a radially compressed state within an inner diameter of said outer sheath, wherein during deployment of the stent said slider can rotate about and move longitudinally along said guide wire tube allowing the stent to move distally or rotate within said outer sheath as said outer sheath is retracted to deploy the stent, said pusher in contact with the stent; and wherein before said outer member is fully retracted, thereby releasing the stent, the stent can be re-constrained by moving said guide wire tube and fixed distal stop proximally relative to the stent and said slider until said distal stop contacts said slider, then said outer member can be moved distally relative to the stent, said slider, said guide wire tube and fixed distal stop, thereby recapturing the stent inside said outer member.
Barrier for separating two adjacent battery cells of a battery module from each other, the barrier comprising a separation plate, at least one side plate and a base plate, the side plate and the base plate being based on adjacent edges of the separation plate, thereby defining a tray for receiving a battery cell, a spacing element that protrudes from the base plate into the tray, wherein the spacing element protrudes from the base plate in a direction (z) perpendicular to the base plate and the side plate is formed with an opening, characterised in that a height of the spacing element in the direction (z) perpendicular to the base plate is greater than a distance between the opening and the base plate.
A method for obtaining an aqueous extract a Dunaliella salina microalgae in which said microalgae is cultivated in the absence of light in a culture medium comprising a yeast extract, sugar and salt according to the following steps: a) solubilising a yeast extract in water; b) adding glucose to the mixture obtained in a); c) adding Dead Sea salt; d) after total solubilisation of the salt in the mixture obtained in b), the culture medium thus obtained has a pH of between 5 and 8, and the microalgae Dunaliella salina is added thereto; e) moderately stirring the mixture obtained in d), in darkness and at room temperature, for a period of at least 12 hours, in order to allow the fermentation of the microalgae Dunaliella salina; f) grinding and then filtering the fermented Dunaliella salina mixture obtained in e) in order to separate the soluble and insoluble materials; g) recovering a soluble aqueous raw extract to which Dead Sea salt or a preservative such as sodium benzoate is added; h) carrying out sterilising filtration with a porosity threshold of less than or equal to 0.2 μm; and i) obtaining a fermented aqueous extract of Dunaliella salina in which the pH is between 3.5 and 4.5. a) solubilising a yeast extract in water; b) adding glucose to the mixture obtained in a); c) adding Dead Sea salt; d) after total solubilisation of the salt in the mixture obtained in b), the culture medium thus obtained has a pH of between 5 and 8, and the microalgae Dunaliella salina is added thereto; e) moderately stirring the mixture obtained in d), in darkness and at room temperature, for a period of at least 12 hours, in order to allow the fermentation of the microalgae Dunaliella salina; f) grinding and then filtering the fermented Dunaliella salina mixture obtained in e) in order to separate the soluble and insoluble materials; g) recovering a soluble aqueous raw extract to which Dead Sea salt or a preservative such as sodium benzoate is added; h) carrying out sterilising filtration with a porosity threshold of less than or equal to 0.2 μm; and i) obtaining a fermented aqueous extract of Dunaliella salina in which the pH is between 3.5 and 4.5.
Device for restraining an occupant of a seat of a vehicle, comprising at least one airbag that is designed to be housed in the seat and that, when it inflates, is designed to deploy on one side of the occupant, this airbag delimiting two distinct chambers (110, 120) that are designed to communicate with one another, characterized in that the airbag is shaped so as to, when it inflates, pass beneath an armpit of the occupant and rise up on the side of the head of the occupant, and in that a membrane is provided that isolates the two chambers (110, 120) and that is designed to yield when the pressure difference between the two chambers (110, 120) exceeds a threshold. characterized in that the airbag is shaped so as to, when it inflates, pass beneath an armpit of the occupant and rise up on the side of the head of the occupant, and in that a membrane is provided that isolates the two chambers (110, 120) and that is designed to yield when the pressure difference between the two chambers (110, 120) exceeds a threshold.
An additive gas delivery apparatus for delivery of additive gas to a patient, wherein the additive gas delivery apparatus is connected to: a gas supply, a gas processing module, a gas outlet, a gas delivery conduit, and an external flow or pressure sensor or a communication unit for receiving information from a flow or pressure sensor of a breathing apparatus to which the patient is connected, the additive gas delivery apparatus comprising: a control unit configured to: - determine if the additive gas delivery apparatus is in a passive state in which it does not deliver additive gas, characterised in that the control unit is further configured to: - determine if a monitored parameter indicates that a patient is connected to the additive gas delivery apparatus, - activate an alarm if the additive gas delivery apparatus is in said passive state when said monitored parameter indicates that a patient is connected to the additive gas deliver apparatus. - determine if the additive gas delivery apparatus is in a passive state in which it does not deliver additive gas, - determine if a monitored parameter indicates that a patient is connected to the additive gas delivery apparatus, - activate an alarm if the additive gas delivery apparatus is in said passive state when said monitored parameter indicates that a patient is connected to the additive gas deliver apparatus.
A lidar system for a motor vehicle comprising - at least one laser light source adapted to generate a light beam which is directed to one single scanning device, - wherein the one scanning device is adapted to scan a field of view by deflecting the light beam to a scanned surface in the environment of the vehicle along one of a plurality of scanning directions; - at least one light sensing device (8a, 8b) adapted to sense light which is incident on said light sensing device; and - a data processing device; characterized in that - said one single scanning device is adapted to scan different regions (91a, 91b, 92a, 92b) of said field of view with different resolutions by changing the scanning direction of the light beam with different speed and/or at a different rate, - said regions (91a, 91b, 92a, 92b) comprise at least one high-resolution region (91a, 91b) and at least one low-resolution region (92a, 92b), - the one scanning device is arranged to locate the high-resolution region (91a, 91b) in the principal locomotion direction of the motor vehicle, and - the one scanning device is arranged to locate the low-resolution region (92a, 92b) laterally from the principal locomotion direction of the motor vehicle. - at least one laser light source adapted to generate a light beam which is directed to one single scanning device, - wherein the one scanning device is adapted to scan a field of view by deflecting the light beam to a scanned surface in the environment of the vehicle along one of a plurality of scanning directions; - at least one light sensing device (8a, 8b) adapted to sense light which is incident on said light sensing device; and - a data processing device; - said one single scanning device is adapted to scan different regions (91a, 91b, 92a, 92b) of said field of view with different resolutions by changing the scanning direction of the light beam with different speed and/or at a different rate, - said regions (91a, 91b, 92a, 92b) comprise at least one high-resolution region (91a, 91b) and at least one low-resolution region (92a, 92b), - the one scanning device is arranged to locate the high-resolution region (91a, 91b) in the principal locomotion direction of the motor vehicle, and - the one scanning device is arranged to locate the low-resolution region (92a, 92b) laterally from the principal locomotion direction of the motor vehicle.
An adhesive composition comprising: an adhesive polymer comprising repeated structures consisting of one or more kinds of (meth)acryl-based, urethane-based, silicone-based and polyolefin-based unit structures; a conductive polymer complex including a conjugated polymer, and a polyanion having a block copolymer structure; and a nonaqueous solvent or dispersion medium, wherein the conductive polymer complex is contained by 0.1 parts by mass or higher and lower than 10 parts by mass relative to 100 parts by mass of the adhesive polymer. an adhesive polymer comprising repeated structures consisting of one or more kinds of (meth)acryl-based, urethane-based, silicone-based and polyolefin-based unit structures; a conductive polymer complex including a conjugated polymer, and a polyanion having a block copolymer structure; and a nonaqueous solvent or dispersion medium,
A polymer electrolyte membrane comprising co-continuous domains of a conductive phase and a crosslinked network phase, wherein the conductive phase comprises one or more polymers having glass transition temperatures below room temperature; and the crosslinked network phase is formed from at least one monofunctional monomer and at least one di- or greater functional vinyl monomer.
An isolated polypeptide comprising a) the sequence of SEQ ID NO 2; or b) a variant of the sequence of a) which is at least 85% identical to SEQ ID NO 2, based on the identity of all the amino acids of said sequence; for use in the prevention or treatment of chronic complications of diabetes and/or neurodegenerative diseases of the retina, where chronic complications of diabetes are selected from the group consisting of diabetic retinopathy, macular edema, diabetic nephropathy, diabetic angiopathies, diabetic microangiopathies, diabetic macroangiopathies, diabetic atherosclerosis, diabetic foot and peripheral artery disease, and where neurodegenerative diseases of the retina are selected from the group consisting of diabetic retinopathy, glaucoma and retinitis pigmentosa, preferably diabetic retinopathy. a) the sequence of SEQ ID NO 2; or b) a variant of the sequence of a) which is at least 85% identical to SEQ ID NO 2, based on the identity of all the amino acids of said sequence; for use in the prevention or treatment of chronic complications of diabetes and/or neurodegenerative diseases of the retina, where chronic complications of diabetes are selected from the group consisting of diabetic retinopathy, macular edema, diabetic nephropathy, diabetic angiopathies, diabetic microangiopathies, diabetic macroangiopathies, diabetic atherosclerosis, diabetic foot and peripheral artery disease, and where neurodegenerative diseases of the retina are selected from the group consisting of diabetic retinopathy, glaucoma and retinitis pigmentosa, preferably diabetic retinopathy.
Apparatus (1, 51) for separating individual flat, bendable objects (2, 52) from the underside of a stack (30, 80) of such objects (2, 52) and for the onward conveying of the separated objects (2, 52), said apparatus including: - a stacking area (31, 81) having a support region (14, 64); - a roller arrangement produced from a plurality of rollers (9, 59), said roller arrangement supporting the stack (30, 80) from below in the support region (14, 64); - separating and holding means (4, 54; 5, 55) for separating the objects (2, 52) from the underside of the stack (30, 80) in the support region; and - an onward conveying device (6, 56) for the onward conveying of the separated objects (2, 52), characterized in that the apparatus (1, 51) includes a supporting and stopping device (32, 82) having a supporting and stopping means (33, 83) which is positionable in the support region (14, 64) in a holding position between the stack (30, 80) and the rollers (9, 59) of the roller arrangement. - a stacking area (31, 81) having a support region (14, 64); - a roller arrangement produced from a plurality of rollers (9, 59), said roller arrangement supporting the stack (30, 80) from below in the support region (14, 64); - separating and holding means (4, 54; 5, 55) for separating the objects (2, 52) from the underside of the stack (30, 80) in the support region; and - an onward conveying device (6, 56) for the onward conveying of the separated objects (2, 52),
A quinone polyhalide flow battery, the battery consists of a battery module, a reservoir reserving positive electrolyte, a reservoir reserving negative electrolyte, a circulating pump and pipes, wherein the battery module is formed by two, three or more than three sections of single cells in series; and single cell includes a positive electrode, a separator and a negative electrode, characterized in that the positive electrolyte is a mixed solution of hydrochloric acid and sodium bromide and the negative electrolyte is a mixed solution of hydrochloric acid and anthraquinone, and wherein the positive and negative electrolytes contain 0.1-1 M of quaternary ammonium salt molecular bromine complexing agents.
An industrial truck with a driver protection roof, which has a crown (28, 28') and at least two struts (26, 26') fastened to a vehicle frame, which struts, arranged on opposite sides of the vehicle, support the crown (28, 28'), characterized in that two or more of the at least two struts (26, 26') each have at least one nominal articulation, in which the respective strut (26, 26') is inclined inward.
Sensitive key for a touch-sensitive housing, the sensitive key comprising electrodes (7, 9) and external tracks (25a, 25b) for electrical connection to circuits (26, 28), wherein a first of the electrodes comprises pads and internal tracks, the pads all being connected together by the internal tracks, the pads and the internal tracks of the first electrode forming a skeleton pattern of the sensitive key, some of the pads of the first electrode being connected to a first one of the circuits by first ones of the external connection tracks, a second one of the electrodes comprising pads arranged in spaces left free by the skeleton pattern, the pads of the second electrode being connected to a second one of the circuits by a second one of the external connection tracks, so that two adjacent pads belong alternately to the first electrode and to the second electrode and are alternately connected to one of the first external connection tracks and to one of the second external connection tracks, the sensitive key comprising a press zone formed by the joining together of the first and second electrodes (7, 9) and delimited by the external contour of the pads (22a, 22b) of the first and second electrodes, the first and second external connecting tracks (25a, 25b) being arranged outside and along the press zone.
A phase change heat storage-type electrical water heater, comprising a phase change heat storage device, wherein the phase change heat storage device comprises a housing; the housing is internally filled in with a phase change material; a heat exchange pipe is embedded in the phase change material; the heat exchange pipe has one end connected with a circulating medium inflow pipe and the other end connected with a circulating medium outflow pipe; the circulating medium inflow pipe and the circulating medium outflow pipe are connected externally of the housing with a circulating medium backflow pipe there-between; the circulating medium inflow pipe, the heat exchange pipe, the circulating medium outflow pipe and the circulating medium backflow pipe form a circulating system in which a circulating medium flows, wherein the circulating medium backflow pipe is provided with a circulating pump and an electrical heater, characterized in that the circulating medium backflow pipe is further provided with a function switching valve and a heat exchanger in turn; the heat exchanger is provided with a water inlet pipe for heating tap water and a water outlet pipe, and the circulating medium backflow pipe at both ends of the function switching valve is respectively provided with a circulating medium reserved inflow pipe and a circulating medium reserved outflow pipe which are to be connected, in use, externally of the phase change heat storage-type electrical water heater with auxiliary energy sources, and a controller is provided which is configured to force an electrical water heater operation mode to be executed when the function switching valve is opened, and the controller is configured to force a hybrid operation mode of the auxiliary energy sources with the electrical water heater to be executed when the function switching valve is closed and the circulating system is connected, in use, to the auxiliary energy sources.
Method for magnetic separation of nanobeads from a first fluid, comprising: providing the first fluid containing nanobeads therein; inserting a sleeve body in the first fluid, wherein in the sleeve body a first magnet is disposed, which is moveable along a longitudinal axis of the sleeve body; collecting nanobeads on the sleeve wall by the force of a first magnetic field of the first magnet; removing the sleeve body with the collected nanobeads from the first fluid; inserting the sleeve body with the collected nanobeads in a second fluid; and providing a magnetic field by means of a device (120, 130) providing a second magnetic field, whose magnetic pole orientation is opposed to the pole orientation of the first magnet in the sleeve body, so that the first magnet in the sleeve body is pushed away from the first magnetic field and is moved in the sleeve body, wherein the device (120, 130) providing a second magnetic field and the sleeve body do not overlap in a direction perpendicular to the longitudinal axis. providing the first fluid containing nanobeads therein; inserting a sleeve body in the first fluid, wherein in the sleeve body a first magnet is disposed, which is moveable along a longitudinal axis of the sleeve body; collecting nanobeads on the sleeve wall by the force of a first magnetic field of the first magnet; removing the sleeve body with the collected nanobeads from the first fluid; inserting the sleeve body with the collected nanobeads in a second fluid; and providing a magnetic field by means of a device (120, 130) providing a second magnetic field, whose magnetic pole orientation is opposed to the pole orientation of the first magnet in the sleeve body, so that the first magnet in the sleeve body is pushed away from the first magnetic field and is moved in the sleeve body, wherein the device (120, 130) providing a second magnetic field and the sleeve body do not overlap in a direction perpendicular to the longitudinal axis.
Method for passivation of the surface of tinned steel strip which is moved through a coating installation at a strip speed of at least 200 m/min, wherein after the tinning of the steel strip first the surface is anodically oxidised in order to form an oxide layer which essentially consists of tetravalent tin oxide (SnO 2), and then a liquid solution of a chromium-free after-treatment agent is applied to the oxide layer, wherein the after-treatment agent is selected from copolymers of acrylates, polymethyl siloxanes with polyether side chains, acid polyethers, polymers with heterocyclic groups and acid, aqueous,liquid compounds which contain complex metal fluoride anions with divalent to tetravalent cations and polymeric substances.