mhurhangee/ep-ind-claims huggingface dataset:
A bodily fluid absorbent matrix including an aggregate of bodily fluid absorbent material interposed between a liquid-permeable first sheet lying on the skin-facing side in a bodily fluid absorbent wearing article and a liquid-permeable or liquid-impermeable second sheet lying on a garment-facing side opposite to the skin-facing side, wherein: the absorbent matrix includes hydrophilic fibers serving as the bodily fluid absorbent material; the absorbent matrix has a density gradient so as to increase from the first sheet toward the second sheet in a thickness direction of the absorbent matrix; a planar orientation index of the hydrophilic fibers increases in the thickness direction; the absorbent matrix has an upper layer portion and a lower layer portion overlapping each other in the thickness direction so that the upper layer portion faces the first sheet and the lower layer portion faces the second sheet; the density of the upper layer portion is lower than that of the lower layer portion; and the planar orientation index in the upper layer portion is less than 1.30 and the planar orientation index in the lower layer portion is at least 0.3 larger than the planar orientation index in the upper layer portion. the absorbent matrix includes hydrophilic fibers serving as the bodily fluid absorbent material; the absorbent matrix has a density gradient so as to increase from the first sheet toward the second sheet in a thickness direction of the absorbent matrix; a planar orientation index of the hydrophilic fibers increases in the thickness direction; the absorbent matrix has an upper layer portion and a lower layer portion overlapping each other in the thickness direction so that the upper layer portion faces the first sheet and the lower layer portion faces the second sheet; the density of the upper layer portion is lower than that of the lower layer portion; and the planar orientation index in the upper layer portion is less than 1.30 and the planar orientation index in the lower layer portion is at least 0.3 larger than the planar orientation index in the upper layer portion.
A method implemented by a network device for enabling the provisioning of explicit trees in a network by reporting link aggregation group, LAG, configuration information to a path computation element, PCE, the network device implementing a LAG module and an intermediate system intermediate system, IS-IS, module including an IS-IS path control and reservation module, ISIS-PCR, the method comprising: reporting LAG configuration by the LAG module to the IS-IS module within the network device; sending a link state protocol data unit, PDU LSP, with the LAG configuration in a LAG sub type length value, TLV, by the ISIS-PCR; wherein the method is characterized by comprising: receiving, by the IS-IS module, an explicit tree that specifies at least one virtual local area network, VLAN, identifier, VID, to aggregation link of the LAG assignment; and translating, by the ISIS-PCR module, the explicit tree into a LAG configuration, the LAG configuration specifying a conversation to aggregation link assignment. reporting LAG configuration by the LAG module to the IS-IS module within the network device; sending a link state protocol data unit, PDU LSP, with the LAG configuration in a LAG sub type length value, TLV, by the ISIS-PCR; wherein the method is characterized by comprising: receiving, by the IS-IS module, an explicit tree that specifies at least one virtual local area network, VLAN, identifier, VID, to aggregation link of the LAG assignment; and translating, by the ISIS-PCR module, the explicit tree into a LAG configuration, the LAG configuration specifying a conversation to aggregation link assignment. receiving, by the IS-IS module, an explicit tree that specifies at least one virtual local area network, VLAN, identifier, VID, to aggregation link of the LAG assignment; and translating, by the ISIS-PCR module, the explicit tree into a LAG configuration, the LAG configuration specifying a conversation to aggregation link assignment.
A two component cancer therapeutic comprising: (a) a small conjugate molecule comprising a targeted moiety conjugated to a tumor receptor ligand, wherein the tumor receptor ligand is folate; and (b) chimeric antigen receptor -expressing cytotoxic lymphocytes, wherein the CAR is a fusion protein comprising a recognition region, a co-stimulation domain and an activation signaling domain, and wherein the CAR has binding specificity for the targeted moiety or can be bound by the targeted moiety. (a) a small conjugate molecule comprising a targeted moiety conjugated to a tumor receptor ligand, wherein the tumor receptor ligand is folate; and (b) chimeric antigen receptor -expressing cytotoxic lymphocytes, wherein the CAR is a fusion protein comprising a recognition region, a co-stimulation domain and an activation signaling domain, and wherein the CAR has binding specificity for the targeted moiety or can be bound by the targeted moiety.
Pb-free deformable partial fragmentation projectile with a projectile body, wherein the projectile has a fragmentable core, wherein a bore arranged on the longitudinal axis and extending from the tip of the projectile body into the interior is incorporated into the projectile body, and the tip of the projectile body facing awaya from the projectile floor has an incline extending from the outer periphery of the projectile body up to the bore and running at an acute angle to the longitudinal axis, and the fragmentable core has a cylindrical part and a head part, wherein the cylindrical part is arranged in the bore, and the head part protrudes from the bore and has a contact surface, which is adjusted to the incline in the projectile body and abuts with this contact surface on the incline of the projectile body, and the head part has a rounded tip, which comprises the tip of the projectile, characterized in that the weight of the fragmentable core measures between 3% and 30% of the projectile weight, and that the fragmentable core consists of zinc or a compressed zinc granulate.
Method of filtering electrons to obtain spin-polarisation of an electron conduction current at the Fermi level of at least 75%, used with a spin-polarised current source, comprising at least: - a polarised spin injection device, said polarised spin injection device comprising at least one electrically conducting substrate of which a first face has magnetic properties and an organic layer comprising a first face, said first face of the organic layer at least partly comprising a set of atoms approximately in the same plane and bonded to each other by atomic bonds parallel to or approximately parallel to the first face of the substrate and being in contact with the first face of the substrate so as to form a filtering interface for the polarised spin injection device; - an electrically conducting material called ground (30, 10'), arranged facing the organic layer such that the organic layer is located between the ground (30, 10') and the substrate; - a current source electrically connected to the first face of the substrate and the ground (30, 10'); the method comprising circulation of the electron conduction current by means of the current source, between the first face of the substrate and the ground (30, 10'), the spin-polarised current source being exposed to a temperature higher than -220°C. - a polarised spin injection device, said polarised spin injection device comprising at least one electrically conducting substrate of which a first face has magnetic properties and an organic layer comprising a first face, said first face of the organic layer at least partly comprising a set of atoms approximately in the same plane and bonded to each other by atomic bonds parallel to or approximately parallel to the first face of the substrate and being in contact with the first face of the substrate so as to form a filtering interface for the polarised spin injection device; - an electrically conducting material called ground (30, 10'), arranged facing the organic layer such that the organic layer is located between the ground (30, 10') and the substrate; - a current source electrically connected to the first face of the substrate and the ground (30, 10');
An aircraft control system comprising: a computation means that computes a thrust control signal for controlling engine thrust and a deflection angle control signal for controlling control surfaces based on state information indicating a state of an airframe and an operation command signal from a vehicle control unit; an engine driving means that drives an engine based on the thrust control signal; a control surface moving means that moves the control surfaces based on the deflection angle control signal; and the aircraft control system being characterized by further comprising a response adjustment filter that filters the deflection angle control signal to adjust response speed of the control surfaces so as make the response speed of the control surfaces almost equal to response speed of the engine. a computation means that computes a thrust control signal for controlling engine thrust and a deflection angle control signal for controlling control surfaces based on state information indicating a state of an airframe and an operation command signal from a vehicle control unit; an engine driving means that drives an engine based on the thrust control signal; a control surface moving means that moves the control surfaces based on the deflection angle control signal; and the aircraft control system being characterized by further comprising a response adjustment filter that filters the deflection angle control signal to adjust response speed of the control surfaces so as make the response speed of the control surfaces almost equal to response speed of the engine.
A fast detachable placement seat structure for a display, comprising: a flat panel PC/ Display, disposed in an electronic device; and a placement seat, disposed below and connected to the flat panel PC/ Display, the placement seat includes: a support plate, a bottom base, connected to the support plate to form an angle with the support plate, and is used for receiving circuits, and a cable inlet end is disposed on one side of the bottom base, a cable placement portion, disposed between the support plate and the bottom base, and a fast detachable mechanism, disposed on the support plate, and is located between the support plate and a back side of the flat panel PC/ Display, the fast detachable mechanism includes: at least a fastening portion, formed by at least a recess on the support plate, and at least a pillar on the back side of the flat panel PC/ Display, and at least a locking portion, formed by at least a through hole on the support plate, and at least a screw hole piece on the back side of the flat panel PC/ Display, for a screw bolt to insert through the through hole and the screw hole piece, to be locked and fixed in the screw hole piece.
A composition for use in the treatment of an ERAD-related disease, such as arthritis, cystic fibrosis, glycosphingolipid lysosomal storage disease, dislipidemia, hypertension, cholesterol biosynthesis, alpha 1-antitrypsin disease, Gaucher's disease, disease from HIV infection, Robinow syndrome, Walker-Warburg syndrome, Leber congenital amaurosis, type 1, endplate acetyl cholinesterase deficiency, Charcot-Marie-Tooth neuropathy 1B, glucose transport defect, pulmonary alveolar proteinosis, hereditary hemorrhagic telangiectasia, familial primary pulmonary hypertension, erythrokeratodermia variabilis, Tangier disease and HDL deficiency, Smith-Lemli-Opitz syndrome, desmosterolosis and supravalvuler aortic stenosis, wherein said composition comprises a modified holotoxin which is capable of undergoing retrograde transport to the endoplasmic reticulum and a pharmaceutically acceptable adjuvant, wherein the modified holotoxin comprises an inactivated A subunit.
Stopper for a receptacle, particularly a tube, more particularly a flexible tube for a cosmetic product, said receptacle comprising a neck and a full insert forming a seal closing an end of the neck opening onto an inner volume of the receptacle, said stopper comprising a peripheral wall adapted to attach the stopper to the receptacle, a punch adapted to cut and/or pierce the seal, and a wall, referred to as the upper wall, connecting an upper edge of the punch and an upper edge of the peripheral wall, characterised in that said stopper further comprises a sealing strip at the level of a connection between the punch and the peripheral wall, said upper wall closing the punch at one of its longitudinal ends.
A single mode, i. e. SM, ultra-high power fiber laser system, comprising: a single mode oscillator emitting a single mode signal light which is guided along an input passive fiber; an unconfined delivery cable centered along a longitudinal axis; an elongated fiber booster extending through the delivery cable, wherein an input end of the booster is spliced to the input passive fiber and wherein the booster is structured with a concentric and coextending multimode, i.e. MM, core and at least one cladding around the MM core, the MM core being non-uniformly shaped and including a mode transition region expanding between small diameter input and large diameter output uniformly shaped MM core regions and configured so that as a SM signal light is guided in a propagating direction along the MM core, amplification of high order modes is substantially suppressed; a laser head directly receiving an output end of the booster; a plurality of unconfined pump light output fibers spaced from one another and from the delivery cable, each output fiber guiding MM pump light in the propagating direction; and a mirror mounted in the laser head end and configured to redirect the pump light to the output end of the booster in a counter-propagating direction, wherein the booster emits the signal light in a kW to MW range in substantially the SM. a single mode oscillator emitting a single mode signal light which is guided along an input passive fiber; an unconfined delivery cable centered along a longitudinal axis; an elongated fiber booster extending through the delivery cable, wherein an input end of the booster is spliced to the input passive fiber and wherein the booster is structured with a concentric and coextending multimode, i.e. MM, core and at least one cladding around the MM core, the MM core being non-uniformly shaped and including a mode transition region expanding between small diameter input and large diameter output uniformly shaped MM core regions and configured so that as a SM signal light is guided in a propagating direction along the MM core, amplification of high order modes is substantially suppressed; a laser head directly receiving an output end of the booster; a plurality of unconfined pump light output fibers spaced from one another and from the delivery cable, each output fiber guiding MM pump light in the propagating direction; and a mirror mounted in the laser head end and configured to redirect the pump light to the output end of the booster in a counter-propagating direction, wherein the booster emits the signal light in a kW to MW range in substantially the SM.
An electromagnetic positioning device with an armature unit that can be driven relative to a stationary core unit in reaction to the application of current to a stationary coil unit, which armature unit has a permanent magnetic agent as well as a plunger unit, designed so as to interact with a positioning partner, guided out of a magnetically flux-conducting housing, characterised in that, on the outer surface of a shaft section of the armature unit a magnetically non-conducting bushing agent is provided such that in a zero applied current state of the coil unit a permanent magnetic flux of the permanent magnetic agent flows through the core unit and the shaft section so as to hold the armature unit on the core unit, and in a state of the core unit in which current is applied the permanent magnetic flux (40', 40") is displaced out of the core unit into a housing section (50, 52) of the housing and a permanent magnetic flux circuit is closed by a section of the plunger unit facing towards the housing.
Method, carried out by a server computer, of making distribution information available to a request distributor, wherein the request distributor is configured to receive requests from a network, to distribute each one of the requests to one of the server computer and at least one another server computer (4b, 4), and to use the distribution information for selecting, as a destination for each of at least some of the requests, one of the server computer and the at least one another server computer (4b, 4), depending on at least one attribute associated with said each request; the method being characterized by including a determining procedure for determining, by the server computer, whether a further request relating to the same delivery of a service as the delivery to which a first request, among said received requests by the request distributor, related is expected to be received by the request distributor; and a providing procedure for making available, by the server computer, the distribution information to the request distributor to be used for the same delivery to which the first request related if, in the determining procedure, a further request relating to the same delivery of the service is determined to be expected to be received by the request distributor.
Power supply device for a radiofrequency ignition system, comprising a power supply circuit configured to apply, to an output intended to be connected to a plasma-generating resonator, a power supply voltage at a frequency defined by a control signal supplied by a power supply circuit control device, said power supply circuit comprising a parallel resonant circuit connected between a capacitor (Cb) of said power supply circuit and the drain of a switch transistor controlled by said control signal and connected to said output, the control device comprising: - an interface for receiving a request to determine an optimum control frequency, - an interface for receiving signals measuring the voltage at the terminals of a capacitor (Cb) of the power supply circuit, - a module for determining the optimum control frequency, configured to supply, in succession, different control frequencies to the power supply circuit for successive ignition commands on reception of a request and to determine an optimum control frequency as a function of the measurement signals received via the reception interface, characterized in that the module for determining the optimum control frequency is configured to compare two successive deviation values between a value of the voltage at the terminals of the capacitor (Cb) of the power supply at the start of an ignition command and a value of the voltage at the terminals of the capacitor (Cb) of the power supply at the end of an ignition command, to modify the control frequency in a first direction if the difference between the successive deviation values has a first sign and to determine that the preceding control frequency is the optimum control frequency if the difference between the successive values has a second sign. - an interface for receiving a request to determine an optimum control frequency, - an interface for receiving signals measuring the voltage at the terminals of a capacitor (Cb) of the power supply circuit, - a module for determining the optimum control frequency, configured to supply, in succession, different control frequencies to the power supply circuit for successive ignition commands on reception of a request and to determine an optimum control frequency as a function of the measurement signals received via the reception interface, characterized in that the module for determining the optimum control frequency is configured to compare two successive deviation values between a value of the voltage at the terminals of the capacitor (Cb) of the power supply at the start of an ignition command and a value of the voltage at the terminals of the capacitor (Cb) of the power supply at the end of an ignition command, to modify the control frequency in a first direction if the difference between the successive deviation values has a first sign and to determine that the preceding control frequency is the optimum control frequency if the difference between the successive values has a second sign.
A plant for pre-coating and digital inkjet printing of a metallic strip comprising, in the following order: (a) a first coating device for applying a combined coat that serves as both a primer and a base coat; (b) a first oven for drying the coat; (c) a first cooling system, such as an air and water cooling system; (d) a digital sol-gel type inkjet printing unit, preferably with an ink drying device; (e) a second coating device, in particular a roller applicator, for applying a clear coat; (f) a second oven for drying the coat; and (g) a second cooling system, such as an air and water cooling system. (a) a first coating device for applying a combined coat that serves as both a primer and a base coat; (b) a first oven for drying the coat; (c) a first cooling system, such as an air and water cooling system; (d) a digital sol-gel type inkjet printing unit, preferably with an ink drying device; (e) a second coating device, in particular a roller applicator, for applying a clear coat; (f) a second oven for drying the coat; and (g) a second cooling system, such as an air and water cooling system.
Cosmetic composition dispensing head comprising: - a duct for preparing and for distributing the cosmetic composition, able to be connected to at least one reservoir (12, 14) of at least one cosmetic product, the duct for preparing and for distributing comprising a distribution nozzle opening outside of the head and a distribution cannula mounted protruding with respect to the distribution nozzle, wherein the distribution nozzle comprises an external skirt that has an inner passage having a first transversal section on a free edge of the external skirt, the distribution cannula comprising a first portion cooperating with the external skirt, the first portion having a sealing edge engaged in a sealed manner around the external skirt, and wherein, the distribution cannula comprises a second portion protruding from the first portion, the second portion defining an inner channel for the delivery of a product, opening at an outlet of the distribution cannula, the inner channel having, at the outlet of the distribution cannula, a second transversal section different from the first transversal section, and wherein the inner passage of the external skirt has, at its free edge, a non-circular transversal section, in particular an extended transversal section. - a duct for preparing and for distributing the cosmetic composition, able to be connected to at least one reservoir (12, 14) of at least one cosmetic product, the duct for preparing and for distributing comprising a distribution nozzle opening outside of the head and a distribution cannula mounted protruding with respect to the distribution nozzle,