mhurhangee/patent-ind-claim-en huggingface dataset:
An embolization microcatheter for delivering an infusion agent in a small blood vessel towards a target bodily part, the embolization microcatheter being configured to be inserted into a large blood vessel and pass to the small blood vessel via an interim blood vessel interconnecting with the small blood vessel, the interim blood vessel having a blood vessel portion arranged with a distance to the small blood vessel of at least 50 mm, the microcatheter comprising: a single lumen surrounded by a tubular wall having an outer diameter and opened at both ends; wherein a proximal portion of the tubular wall is connectable to a pressure source and to a reservoir configured for containing an infusion suspension of the infusion agent in an infusion fluid, and a distal portion of the tubular wall ends with a tip having a distal outlet ; characterized in that a distal portion of the tubular wall comprises an infusion agent flow disruption section applicable via the lumen and configured, when applied, to disrupt passage of retrograded flow of the infusion agent around a periphery of the tubular wall distal portion adjacent thereto, during a continuous delivery of the infusion suspension from the reservoir to the tip, wherein the flow disruption section comprises a plurality of side openings in a form of slits formed around or/and along the flow disruption section ; wherein each of the plurality of side openings has a cross sectional dimension of 100 microns or less, thereby preventing outflow of particles having a minimal bead diameter of more than 100 microns and wherein a total opened cross-section of the plurality of side openings is equal to or greater than a smallest cross section of the single lumen and the distal outlet . a single lumen surrounded by a tubular wall having an outer diameter and opened at both ends; wherein a proximal portion of the tubular wall is connectable to a pressure source and to a reservoir configured for containing an infusion suspension of the infusion agent in an infusion fluid, and a distal portion of the tubular wall ends with a tip having a distal outlet ; characterized in that a distal portion of the tubular wall comprises an infusion agent flow disruption section applicable via the lumen and configured, when applied, to disrupt passage of retrograded flow of the infusion agent around a periphery of the tubular wall distal portion adjacent thereto, during a continuous delivery of the infusion suspension from the reservoir to the tip, wherein the flow disruption section comprises a plurality of side openings in a form of slits formed around or/and along the flow disruption section ; wherein each of the plurality of side openings has a cross sectional dimension of 100 microns or less, thereby preventing outflow of particles having a minimal bead diameter of more than 100 microns and wherein a total opened cross-section of the plurality of side openings is equal to or greater than a smallest cross section of the single lumen and the distal outlet .
A method for controlling a discharge flow rate of a loss-in-weight scale , having a meter , a motor , and a screw feeder , comprising the steps of: setting a plurality of consecutive sampling points, and values of control outputs of the meter that correspond to the sampling points; calculating, according to the values of the control outputs of the meter , a functional relationship between the control output and time; calculating, according to weights of materials remaining in a weighing hopper at the sampling points, a functional relationship between the weight and time; and calculating a functional relationship between a discharge flow rate of the screw feeder and the control output by using the functional relationship between the control output and time and the functional relationship between the weight and time characterized in that the slope at any location on a curve corresponding to the functional relationship between the control output and time, a slope of the curve is less than or equal to a defined value for the loss-in-weight scale , where the functional relationship between the control output and time is a linear, or exponential, or quadratic curve relationship, or is a curve relationship that is obtained by an arbitrary combination of the linear, or exponential, or quadratic curve relationships. setting a plurality of consecutive sampling points, and values of control outputs of the meter that correspond to the sampling points; calculating, according to the values of the control outputs of the meter , a functional relationship between the control output and time; calculating, according to weights of materials remaining in a weighing hopper at the sampling points, a functional relationship between the weight and time; and calculating a functional relationship between a discharge flow rate of the screw feeder and the control output by using the functional relationship between the control output and time and the functional relationship between the weight and time characterized in that the slope at any location on a curve corresponding to the functional relationship between the control output and time, a slope of the curve is less than or equal to a defined value for the loss-in-weight scale , where the functional relationship between the control output and time is a linear, or exponential, or quadratic curve relationship, or is a curve relationship that is obtained by an arbitrary combination of the linear, or exponential, or quadratic curve relationships.
Coupling body for the plug connection of pipelines , in particular plastic pipelines, comprising a retaining screw having a screw shaft , on the front region of which in the screw-in direction (Y) an externally threaded section is formed, and the latter is adjoined counter to the screw-in direction (Y) by an actuating section , and wherein an inner passage opening extends through the retaining screw in an axial direction, wherein, in the passage opening , there is a contact shoulder directed radially inwards towards the longitudinal axis (X-X), on which shoulder there is arranged a retaining element , which is formed as a toothed disc or toothed ring, and an annular sealing element is supported behind the latter as viewed in the screw-in direction (Y) in a circumferential groove that is open towards the passage opening and that has a groove base and two opposite side walls ending at the groove base , wherein a sleeve-like spacer element is arranged between the retaining element and the annular sealing element , wherein the retaining element is retained in the axial direction between the front end side of the spacer element in the screw-in direction (Y) and the contact shoulder , and the front side wall of the circumferential groove in the screw-in direction (Y) is formed by the rear end face of the spacer element in the screw-in direction (Y), characterized in that the sleeve-like spacer element has a length in the axial direction such that an indentation produced, when the retaining element is loaded, as a result of teeth of the retaining element being buried into a circumferential wall of the pipeline plugged into the passage opening is bridged by the spacer element in such a way that the annular sealing element makes contact in the region of the non-deformed pipe wall, and the sleeve-like spacer element , on its outer circumference, in its rear end region in the screw-in direction (Y), has a circumferential retaining collar , as a result of which the spacer element is retained in the passage opening within an inner retaining groove that is open towards the passage opening .
A laundry treating apparatus comprising: a cabinet having an introduction opening for placing in, and taking out laundry therethrough; a tub in the cabinet having a tub opening in communication with the introduction opening; a drum rotatably provided in the tub to have a drum opening in communication with the tub opening for holding the laundry; and a drum supporter (H, L) for levitating the drum within the tub with repulsive force between a permanent magnet provided to the tub and a permanent magnet provided to the drum, wherein the drum supporter includes a circumferential supporter (H) for levitating the drum within the tub to make the drum movable in a radial direction with reference to a rotation axis of the drum within the tub and a longitudinal supporter (L) for maintaining gaps between the drum and the tub formed in a length direction of the tub. a cabinet having an introduction opening for placing in, and taking out laundry therethrough; a tub in the cabinet having a tub opening in communication with the introduction opening; a drum rotatably provided in the tub to have a drum opening in communication with the tub opening for holding the laundry; and a drum supporter (H, L) for levitating the drum within the tub with repulsive force between a permanent magnet provided to the tub and a permanent magnet provided to the drum, wherein the drum supporter includes a circumferential supporter (H) for levitating the drum within the tub to make the drum movable in a radial direction with reference to a rotation axis of the drum within the tub and a longitudinal supporter (L) for maintaining gaps between the drum and the tub formed in a length direction of the tub. a circumferential supporter (H) for levitating the drum within the tub to make the drum movable in a radial direction with reference to a rotation axis of the drum within the tub and a longitudinal supporter (L) for maintaining gaps between the drum and the tub formed in a length direction of the tub.
A polyurethane resin composition comprising: a urethane resin; an adhesive resin obtained by reacting an aminoalkoxy silane-based compound and a biuret body bonded with isocyanate; and a first plasticizer, wherein in the reaction, the aminoalkoxy silane-based compound is included in 5 to 8 parts by weight based on 100 parts by weight of the polyurethane resin composition. a urethane resin; an adhesive resin obtained by reacting an aminoalkoxy silane-based compound and a biuret body bonded with isocyanate; and a first plasticizer, wherein in the reaction, the aminoalkoxy silane-based compound is included in 5 to 8 parts by weight based on 100 parts by weight of the polyurethane resin composition.
Clamp for fastening hose or pipe elements, wherein the clamp has an annular clamp band with at least one opening , wherein the clamp has a closed state and an open state and can also be clamped firmly in an installation position, wherein the clamp has an RFID chip , wherein the RFID chip is connected to a circuit, wherein a switching state of the circuit correlates with the closed state and open state of the clamp , characterized in that the readable data sets of the RFID chip differ in dependence on the switching state, wherein the RFID chip outputs data altered in dependence on the opening state, and it is thus possible to monitor the closing state of the clamp .
An integrated circuit to drive a plurality of fluid actuation devices , the integrated circuit comprising: an ID line (ID); a first select line (S4); a second select line (S5); a plurality of first data lines (D1 1-3 ); a second data line (D2); a first memory element enabled in response to a first logic level on the first select line (S4) and first data on the plurality of first data lines (D1 1-3 ); and a second memory element enabled in response to second data on the second data line (D2), a first logic level on the second select line (S5) and a first logic level on the ID line (ID); and a fluid actuation device enabled in response to a first logic level on the second select line (S5) and a second logic level on the ID line (ID); wherein the first data and the second data are fully independent from each other. an ID line (ID); a first select line (S4); a second select line (S5); a plurality of first data lines (D1 1-3 ); a second data line (D2); a first memory element enabled in response to a first logic level on the first select line (S4) and first data on the plurality of first data lines (D1 1-3 ); and a second memory element enabled in response to second data on the second data line (D2), a first logic level on the second select line (S5) and a first logic level on the ID line (ID); and a fluid actuation device enabled in response to a first logic level on the second select line (S5) and a second logic level on the ID line (ID); wherein the first data and the second data are fully independent from each other.
A method for obtaining data relating to the performance of a plurality of participants in a sporting event held on a playing surface , comprising the steps of: determining the position of each participant on the playing surface at different times from an indication of the location of each participant in a calibrated video image of the playing surface captured at different times; storing position data indicating the position of each participant at different times, characterised in that the method further comprises: indicating the occurrence of a match event by identifying the match event from a video image of the sporting event; storing match event data time correlated with the position data for all of the plurality of participants, wherein the match event data indicates the nature of the match event, the participant associated with the match event and an indication of the time of the match; and determining a playing object trajectory data set from the stored match event data and the position data so that the trajectory of the playing object can be determined without tracking the trajectory of the playing object. determining the position of each participant on the playing surface at different times from an indication of the location of each participant in a calibrated video image of the playing surface captured at different times; storing position data indicating the position of each participant at different times, characterised in that the method further comprises: indicating the occurrence of a match event by identifying the match event from a video image of the sporting event; storing match event data time correlated with the position data for all of the plurality of participants, wherein the match event data indicates the nature of the match event, the participant associated with the match event and an indication of the time of the match; and determining a playing object trajectory data set from the stored match event data and the position data so that the trajectory of the playing object can be determined without tracking the trajectory of the playing object. indicating the occurrence of a match event by identifying the match event from a video image of the sporting event; storing match event data time correlated with the position data for all of the plurality of participants, wherein the match event data indicates the nature of the match event, the participant associated with the match event and an indication of the time of the match; and determining a playing object trajectory data set from the stored match event data and the position data so that the trajectory of the playing object can be determined without tracking the trajectory of the playing object.
A fluid activated shaft bulkhead seal system characterized by : an annular carrier fixed to a bulkhead and about a shaft extending through the bulkhead and the annular carrier ; the annular carrier including an inward ring about and spaced from the shaft; the annular carrier supporting a pair of lip seals spaced from and out of contact with the shaft when no fluid fluid is present, said lip seals on opposite sides of the inward ring , each lip seal defining an outwardly facing pocket between a lip portion spaced from the shaft and a portion abutting the inward ring ; a foam body disposed in the pocket of each lip seal ; each foam body including a gel material configured to expand in the presence of fluid urging the lip portions of the lip seals into contact with the shaft to seal the annular carrier with respect to the shaft; and an annular retainer mated to each side of the annular carrier , each retainer supporting a said foam body in the pocket of each lip seal . an annular carrier fixed to a bulkhead and about a shaft extending through the bulkhead and the annular carrier ; the annular carrier including an inward ring about and spaced from the shaft; the annular carrier supporting a pair of lip seals spaced from and out of contact with the shaft when no fluid fluid is present, said lip seals on opposite sides of the inward ring , each lip seal defining an outwardly facing pocket between a lip portion spaced from the shaft and a portion abutting the inward ring ; a foam body disposed in the pocket of each lip seal ; each foam body including a gel material configured to expand in the presence of fluid urging the lip portions of the lip seals into contact with the shaft to seal the annular carrier with respect to the shaft; and an annular retainer mated to each side of the annular carrier , each retainer supporting a said foam body in the pocket of each lip seal .
A WW domain-containing oxidoreductase (WWOX) wild type gene, or a functional derivative thereof encoding an amino acid sequence having at least 95% sequence identity with the amino acid sequence of SEQ ID NO: 2, for use in a method for the treatment of a WWOX-associated CNS disease, the method comprising: administering to the brain of a patient in need of such treatment, said WWOX wild type gene or functional derivative thereof under control of a regulatory element that results in expression of WWOX in the brain, wherein the WWOX-associated CNS disease is WWOX-related epileptic encephalopathy (WOREE) syndrome or spinocerebellar ataxia, autosomal recessive 12 (SCAR12).
A tire manufacturing method for controlling a product profile having one or more elastomeric layers that are produced by continuously extruding an elongated element of an elastomeric material and depositing the elongated element upon a forming surface of a circumferentially rotating drum , characterized in that the process comprises the following steps: feeding the elongated element to a reel assembly at a predetermined flow rate consistent with a rotation speed of the drum , with the reel assembly positioned at a predetermined distance (L) above the forming surface so as to remain out of contact therewith; depositing the elongated element axially along at least a portion of the forming surface to produce a layer; providing data for the product profile that includes at least a target circumferential value of at least a portion of the layer; detecting, with a predetermined frequency, a value indicative of a distance traveled by the elongated element along a circumferential extent of the rotating drum ; comparing the detected value with the target circumferential value at an elapsed time during the deposition cycle; and verifying equivalence between the detected value and the target circumferential value prior to deposition of a subsequent layer. feeding the elongated element to a reel assembly at a predetermined flow rate consistent with a rotation speed of the drum , with the reel assembly positioned at a predetermined distance (L) above the forming surface so as to remain out of contact therewith; depositing the elongated element axially along at least a portion of the forming surface to produce a layer; providing data for the product profile that includes at least a target circumferential value of at least a portion of the layer; detecting, with a predetermined frequency, a value indicative of a distance traveled by the elongated element along a circumferential extent of the rotating drum ; comparing the detected value with the target circumferential value at an elapsed time during the deposition cycle; and verifying equivalence between the detected value and the target circumferential value prior to deposition of a subsequent layer.
Method for producing a radiation-emitting organic electronic device having a first and a second electrode layer and an emitter layer, comprising the following steps: A) providing a phosphorescent emitter having an anisotropic molecular structure and a matrix material, B) applying the first electrode layer to a substrate, C) applying the emitter layer under thermodynamic control, wherein the phosphorescent emitter and the matrix material are evaporated in vacuum and deposited on the first electrode layer, so that an anisotropic alignment of the molecules of the phosphorescent emitter takes place, and wherein the thermodynamic control takes place by bringing the deposited emitter layer to a temperature between 30 °C and 100 °C, which is elevated with respect to room temperature, after and/or during the deposition step and before depositing a further layer, or by maintaining it at such a temperature D) applying the second electrode layer to the emitter layer. A) providing a phosphorescent emitter having an anisotropic molecular structure and a matrix material, B) applying the first electrode layer to a substrate, C) applying the emitter layer under thermodynamic control, wherein the phosphorescent emitter and the matrix material are evaporated in vacuum and deposited on the first electrode layer, so that an anisotropic alignment of the molecules of the phosphorescent emitter takes place, and wherein the thermodynamic control takes place by bringing the deposited emitter layer to a temperature between 30 °C and 100 °C, which is elevated with respect to room temperature, after and/or during the deposition step and before depositing a further layer, or by maintaining it at such a temperature D) applying the second electrode layer to the emitter layer.
A pyrazole amide compound represented by general formula I: wherein: R 1 is hydrogen or methyl; R 2 is methyl or ethyl; and R 3 is methyl, ethyl, n -propyl, n -butyl or n -pentyl. R 1 is hydrogen or methyl; R 2 is methyl or ethyl; and R 3 is methyl, ethyl, n -propyl, n -butyl or n -pentyl.
An accessory adapted to be used with a breath actuated inhaler , the breath actuated inhaler comprising an air inlet , an outlet for delivering medicament and a trigger mechanism for triggering the delivery of a dose of the medicament in response to a flow between the air inlet and the outlet , characterized in that the accessory comprises: a pressure assist unit for application to the air inlet, comprising an assist chamber for holding a volume of air and a user-activated latched mechanical release system for expelling air from the assist chamber to the air inlet, at a rate sufficient to trigger the trigger mechanism.
An isolated antibody, or antigen-binding fragment thereof, that specifically binds TEM-1 comprising a light chain CDR1 having the amino acid sequence of SEQ ID NO: 73, a light chain CDR2 having the amino acid sequence of SEQ ID NO: 74, a light chain CDR3 having the amino acid sequence of SEQ ID NO: 75, a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 77, a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 78, and a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 79.
Lubricating oil composition for use in diesel engines which comprises, in the base oil, not more than 0.3% by mass of sulphated ash, from 0.01 to 0.2% by mass of nitrogen in succinimides, from 0.05 to 0.12% by mass of zinc in zinc dithiophosphates, from 0.02 to 0.3% by mass of nitrogen in amine-based anti-oxidants, and from 0.01 to 0.08% by mass of boron, which further has a total value of zinc amount in zinc dithiophosphate x (succinimide nitrogen amount + amine-based anti-oxidant nitrogen amount) as defined above of from 0.015 to 0.06, and which does not contain salicylate, phenate or sulphonate metallic detergents, and wherein the boron is derived from boron-modified forms of alkenyl or alkyl succinimides.