mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a first print head configured to apply a colorant to a medium based on a first bitmap that indicates printable features for the medium; a second print head configured to apply a clear protectant to the medium based on a second bitmap; and a controller configured to receive the first bitmap, to replicate the printable features in the first bitmap to generate the second bitmap, to identify boundaries of the printable features in the second bitmap, to expand the boundaries of the printable features in the second bitmap where the clear protectant is applied to the medium, to direct the first print head to apply the colorant to the medium to form the printable features on the medium based on the first bitmap, and to direct the second print head to apply the clear protectant to the printable features formed on the medium based on the second bitmap, characterized in that the controller is configured to convert horizontal scan lines in the second bitmap into sequences of run ends, to identify transition points in the sequences that indicate the horizontal boundaries of the printable features in the second bitmap, and to modify the sequences proximate to the transition points to expand the horizontal boundaries where the clear protectant is applied to the medium. a first print head configured to apply a colorant to a medium based on a first bitmap that indicates printable features for the medium; a second print head configured to apply a clear protectant to the medium based on a second bitmap; and a controller configured to receive the first bitmap, to replicate the printable features in the first bitmap to generate the second bitmap, to identify boundaries of the printable features in the second bitmap, to expand the boundaries of the printable features in the second bitmap where the clear protectant is applied to the medium, to direct the first print head to apply the colorant to the medium to form the printable features on the medium based on the first bitmap, and to direct the second print head to apply the clear protectant to the printable features formed on the medium based on the second bitmap, characterized in that the controller is configured to convert horizontal scan lines in the second bitmap into sequences of run ends, to identify transition points in the sequences that indicate the horizontal boundaries of the printable features in the second bitmap, and to modify the sequences proximate to the transition points to expand the horizontal boundaries where the clear protectant is applied to the medium.
Turnbuckle, which comprises a screw rod provided with a thread and a frame part that is provided with a corresponding thread and is rotatable in relation to the screw rod, which frame part has vertical bars (3, 4), and on the top end of which screw rod a retainer is installed, and installed on at least one vertical bar (3, 4) is a locking means (10, 10', 10") that slides in the direction of the vertical bar, and that in its locking position collides with the retainer on the screw rod and prevents movement of the frame part around the screw rod, characterized in that the locking means (10, 10', 10") is shaped and dimensioned in such a way that it is possible for the bottom end of a lashing bar connected to the turnbuckle to extend in its extreme position up to the top end of the screw rod without the locking means preventing this, regardless of the attitude and height position of the locking means.
A fuel nozzle assembly for a combustor in a gas turbine comprising: a first passage and a fourth passage each connectable to a source of gaseous fuel, a second passage connectable to a source of a gaseous oxidizer and a third passage coupled to a source of a diluent gas; wherein the first passage is a center passage and is configured to discharge the gaseous fuel from nozzles at a discharge end of the center passage wherein the discharge end is within a cavity of the fuel nozzle assembly, the second passage is configured to discharge the gaseous oxidizer through nozzles adjacent to the nozzles for the center passage and within the cavity and the fourth passage is configured to discharge the gaseous fuel through nozzles for the fourth passage downstream of an open end of the cavity, characterized in that the third passage is configured to discharge a diluent gas through nozzles adjacent to the nozzles for the second passage and within the cavity. a first passage and a fourth passage each connectable to a source of gaseous fuel, a second passage connectable to a source of a gaseous oxidizer and a third passage coupled to a source of a diluent gas; wherein the first passage is a center passage and is configured to discharge the gaseous fuel from nozzles at a discharge end of the center passage wherein the discharge end is within a cavity of the fuel nozzle assembly, the second passage is configured to discharge the gaseous oxidizer through nozzles adjacent to the nozzles for the center passage and within the cavity and the fourth passage is configured to discharge the gaseous fuel through nozzles for the fourth passage downstream of an open end of the cavity, characterized in that the third passage is configured to discharge a diluent gas through nozzles adjacent to the nozzles for the second passage and within the cavity.
A syringe cartridge strip for use with a syringe cartridge applicator, wherein the syringe cartridge strip comprises a base portion and a plurality of spaced apart syringe cartridges, wherein the base portion is adapted to connect to said plurality of spaced apart syringe cartridges, each syringe cartridge having: (a) a body adapted to contain a fluid for dispensing, (b) a dispensing end adapted to allow the fluid to be expelled from the body,and (c) a non-dispensing end adapted to allow a plunger or other mechanism of the syringe cartridge applicator to contact or engage therewith to drive the fluid from the syringe cartridge; characterised wherein the syringe cartridges are connected to the base portion so as the face of the non-dispensing body end is substantially parallel to the face of the base portion of the strip. (a) a body adapted to contain a fluid for dispensing, (b) a dispensing end adapted to allow the fluid to be expelled from the body,and (c) a non-dispensing end adapted to allow a plunger or other mechanism of the syringe cartridge applicator to contact or engage therewith to drive the fluid from the syringe cartridge;
A tool assembly (100; 700; 800; 900; 1000; 1100) configured for being mounted on a tool holder of a press, the tool assembly comprising separable portions, the separable portions including a holder (102; 302; 402; 502; 602; 702; 802; 902; 1002; 1102) and a tip (104; 304; 404; 504; 604; 704; 804; 904; 1004; 1104), the tool assembly including self-seating structure configured to position and seat a first of the holder (102; 302; 402; 502; 602; 702; 802; 902; 1002; 1102) and the tip (104; 304; 404; 504; 604; 704; 804; 904; 1004; 1104) in relation to a second of the holder and the tip, the self-seating structure including a linking member (120; 720; 820; 920) selectively attachable to and removable from the holder and the tip and having first and second end regions (122, 124; 722, 724; 822, 824; 922, 924), the first end region (122; 722; 822; 922) forming a rigid attachment to a first of the holder and tip, the second end region (124; 724; 824; 924) protruding from the first of the holder and tip and being adapted for engagement by a second of the holder and tip such that a mount surface of the first of the holder and tip is positioned and seated against a corresponding surface of the second of the holder and tip without further adjustment of the first of the holder and tip being required, a coupling member (136; 736; 836; 936) being provided on the second of the holder and tip, at least a portion of the coupling member being movable selectively toward or away from a segment of the linking member (120; 720; 820; 920) at such time as that segment is received in a mount aperture or bore (138; 338; 438; 538; 738; 838; 980; 1080; 1180) of the second of the holder and tip, wherein such movement of the coupling member portion toward the linking member segment is in an axial direction toward or away from the segment and corresponding engagement between the coupling member portion and the linking member segment results in the mount surface of the tip being pulled toward, and thus seated, directly against a corresponding surface of the holder.
An ultrasound imaging catheter, comprising: an elongate shaft sized and configured to be advanced within a patient; a handle sized and positioned to remain outside of the patient; a distal tip including an ultrasound transducer; an elongate cable bundle in communication with the ultrasound transducer, the elongate cable bundle passing through the elongate shaft and extending into the handle, the elongate cable bundle comprising a shield layer and a ground layer adjacent to the shield layer on each side of the cable bundle, and characterized in that a respective shield layer and ground layer are formed of a common strip folded at a distal end such that a distal end of each ground layer is electrically connected to a distal end of a respective shield layer. an elongate shaft sized and configured to be advanced within a patient; a handle sized and positioned to remain outside of the patient; a distal tip including an ultrasound transducer; an elongate cable bundle in communication with the ultrasound transducer, the elongate cable bundle passing through the elongate shaft and extending into the handle, the elongate cable bundle comprising a shield layer and a ground layer adjacent to the shield layer on each side of the cable bundle, and characterized in that a respective shield layer and ground layer are formed of a common strip folded at a distal end such that a distal end of each ground layer is electrically connected to a distal end of a respective shield layer.
A method of fabricating a composite structure, comprising: stitching (50,58,60), using a thermoplastic resin, prepreg plies (24a,24b,24c) together into a stitched stack of prepreg plies having varying fiber orientations, the prepreg plies comprising a matrix resin, wherein the matrix resin is a thermoset resin; thermally curing (54,72) the stitched stack of prepreg plies(24a,24b,24c); and melting (55,74) the stitching during thermal curing of the stitched stack of prepreg plies (24a,24b,24c), wherein melting of the stitching during thermal curing comprises melting and dissolving the stitching into the matrix resin after the viscosity of the matrix resin begins to increase, as the matrix resin begins to harden during an initial stage of curing, and before the stitched stack of prepreg plies is fully cured. stitching (50,58,60), using a thermoplastic resin, prepreg plies (24a,24b,24c) together into a stitched stack of prepreg plies having varying fiber orientations, the prepreg plies comprising a matrix resin, wherein the matrix resin is a thermoset resin; thermally curing (54,72) the stitched stack of prepreg plies(24a,24b,24c); and melting (55,74) the stitching during thermal curing of the stitched stack of prepreg plies (24a,24b,24c), wherein melting of the stitching during thermal curing comprises melting and dissolving the stitching into the matrix resin after the viscosity of the matrix resin begins to increase, as the matrix resin begins to harden during an initial stage of curing, and before the stitched stack of prepreg plies is fully cured.
A pharmaceutical composition comprising pridopidine or a pharmaceutically acceptable salt thereof for use in treating dystonia by periodic administration to a human subject afflicted with dystonia, wherein the subject has a Unified Huntington's Disease Rating Scale Total Motor Score dystonia (UHDRS-TMS-dystonia) rating of ≥4, and wherein the pridopidine is administered at a dosage of 45 mg bid to 90 mg bid.
A flexible shaft that is formed from several wound layers of wire and is wrapped with a noise-reducing wrapping means disposed on the radial outside thereof and having a first radial outer distance from the longitudinal axis of the flexible shaft, wherein said radial outer distance is selected such that the wrapping means protrudes radially outwards beyond the wound wire layers, characterised in that - a second noise-reducing wrapping means having a second radial outer distance from the longitudinal axis of the flexible shaft is arranged on the radial outside thereof, wherein the second radial outer distance is in excess of the first radial outer distance. - a second noise-reducing wrapping means having a second radial outer distance from the longitudinal axis of the flexible shaft is arranged on the radial outside thereof, wherein the second radial outer distance is in excess of the first radial outer distance.
A method for wireless communication at a first cell, comprising: transmitting a control message to a user equipment, UE, indicating that the UE is to transmit sounding reference signals; transmitting, based at least in part on transmitting the control message, a measurement request to one or more second cells capable of transmitting a single frequency network transmission to the UE with the first cell, the measurement request indicating for the one or more second cells to perform measurements on the sounding reference signals; and transmitting the single frequency network transmission to the UE based at least in part on transmitting the measurement request. transmitting a control message to a user equipment, UE, indicating that the UE is to transmit sounding reference signals; transmitting, based at least in part on transmitting the control message, a measurement request to one or more second cells capable of transmitting a single frequency network transmission to the UE with the first cell, the measurement request indicating for the one or more second cells to perform measurements on the sounding reference signals; and transmitting the single frequency network transmission to the UE based at least in part on transmitting the measurement request.
An electrolyte for a lithium secondary battery, the electrolyte comprising: a lithium salt; an organic solvent; and a compound represented by Formula 1 wherein, in Formula 1, R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms. a lithium salt; an organic solvent; and a compound represented by Formula 1 wherein, in Formula 1, R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms.
A fire suppression apparatus, comprising: a base having an opening and comprising: walls (110a-d) defining an internal area; a sleeve with a portion positioned in the internal area and around a perimeter of the walls (110a-d), the sleeve defining a region of the internal area for placing an object, and the sleeve having an opening for placing the object into the region; a first fire suppressing powder positioned in the internal area between the sleeve and the walls (110a-d); and a lid for covering the opening of the base, wherein the lid comprises: a cavity; a second fire suppressing powder contained inside the cavity; and a divider positioned to cover the cavity of the lid; and wherein: the sleeve is removable from the base causing the first fire suppressing powder to collapse on a portion of the region of the internal area for placing the object; and the divider is removable from the lid to release the second fire suppressing powder into the internal area of the base. walls (110a-d) defining an internal area; a sleeve with a portion positioned in the internal area and around a perimeter of the walls (110a-d), the sleeve defining a region of the internal area for placing an object, and the sleeve having an opening for placing the object into the region; a first fire suppressing powder positioned in the internal area between the sleeve and the walls (110a-d); and a lid for covering the opening of the base, wherein the lid comprises: a cavity; a second fire suppressing powder contained inside the cavity; and a divider positioned to cover the cavity of the lid; and wherein: a cavity; a second fire suppressing powder contained inside the cavity; and a divider positioned to cover the cavity of the lid; and wherein: the sleeve is removable from the base causing the first fire suppressing powder to collapse on a portion of the region of the internal area for placing the object; and the divider is removable from the lid to release the second fire suppressing powder into the internal area of the base.
Method for producing an electrical appliance having a plastics body, wherein, in a first step, an original mould of the plastics body is heated to a temperature below the critical temperature above which the material of the plastics body can be plastically deformed, and a first printed circuit board together with its fitted components is heated to a temperature above the critical temperature above which the material of the plastics body can be plastically deformed, in a second step, the first printed circuit board is pushed at least in part into the original mould, i.e. the plastics body, during which the plastics body is plastically deformed and integrally shaped recesses are produced in the plastics body, in a third step, the first printed circuit board is removed and the plastics body is cooled, after which said plastically deformed and then cooled plastics body is arranged between a housing part of the electrical appliance and a printed circuit board that is structurally identical to the first board and is fitted with heat-generating components that are structurally identical to the components.
Top head housing for a current transformer, which is to be mounted on top of an insulating column of the current transformer, and forming a chamber for windings of the current transformer, said top head housing being made of two parts fixed one to the other, and comprising two openings through each of which a conductor penetrates the chamber, said openings being symmetrically opposed with reference to a main vertical axis of the top head housing, the two parts of the top head housing consisting of two half shells comprising identical bodies, wherein each part comprises a base and a hollow body extending vertically from the base, said body comprising an end edge which is to come in contact with the end edge of the body of the other part, wherein each part comprises a flange extending radially, with respect to said main vertical axis of the top head housing, from the end edge of the body, and wherein the two parts are made of metal, characterized in that the two parts are electrically connected by an external U-shaped connector attached to the flanges which overlaps the flanges. said top head housing being made of two parts fixed one to the other, and comprising two openings through each of which a conductor penetrates the chamber, said openings being symmetrically opposed with reference to a main vertical axis of the top head housing, the two parts of the top head housing consisting of two half shells comprising identical bodies, wherein each part comprises a base and a hollow body extending vertically from the base, said body comprising an end edge which is to come in contact with the end edge of the body of the other part, wherein each part comprises a flange extending radially, with respect to said main vertical axis of the top head housing, from the end edge of the body, and wherein the two parts are made of metal, characterized in that the two parts are electrically connected by an external U-shaped connector attached to the flanges which overlaps the flanges.
A single crystal manufacturing device, including: a container member configured to house a raw material for single crystal growth and a seed crystal for single crystal growth in such a manner that the raw material for single crystal growth and the seed crystal for single crystal growth face each other, the raw material for single crystal growth being used as a single crystal raw material, a sublimed gas produced by sublimation of the raw material for single crystal growth recrystallizing on the seed crystal for single crystal growth, and characterized by: a plurality of guide members provided inside the container member, wherein the guide members each have an opening portion formed therein at a position corresponding to the seed crystal for single crystal growth, and are provided at intervals between the raw material for single crystal growth and the seed crystal for single crystal growth. a container member configured to house a raw material for single crystal growth and a seed crystal for single crystal growth in such a manner that the raw material for single crystal growth and the seed crystal for single crystal growth face each other, the raw material for single crystal growth being used as a single crystal raw material, a sublimed gas produced by sublimation of the raw material for single crystal growth recrystallizing on the seed crystal for single crystal growth, and characterized by: a plurality of guide members provided inside the container member, wherein the guide members each have an opening portion formed therein at a position corresponding to the seed crystal for single crystal growth, and are provided at intervals between the raw material for single crystal growth and the seed crystal for single crystal growth. a plurality of guide members provided inside the container member, wherein the guide members each have an opening portion formed therein at a position corresponding to the seed crystal for single crystal growth, and are provided at intervals between the raw material for single crystal growth and the seed crystal for single crystal growth.
An aircraft brake control and monitoring system, comprising: a force sensor system comprising a plurality of force sensors in mechanical communication with a plurality of brakes; and a processor configured to receive force measurements of each of the plurality of brakes from the plurality of force sensors and the force measurements defined as a force data set, characterised by the processor further configured to calculate a force data centrality value based on the force data set, the processor further configured to calculate a force deviation value for each of the plurality of brakes based on the relative forces measured for each of the plurality of brakes compared to the force data centrality value, wherein the processor assigns a health status for each of the plurality of brakes. a force sensor system comprising a plurality of force sensors in mechanical communication with a plurality of brakes; and a processor configured to receive force measurements of each of the plurality of brakes from the plurality of force sensors and the force measurements defined as a force data set, characterised by the processor further configured to calculate a force data centrality value based on the force data set, the processor further configured to calculate a force deviation value for each of the plurality of brakes based on the relative forces measured for each of the plurality of brakes compared to the force data centrality value, wherein the processor assigns a health status for each of the plurality of brakes.
A method for determining the composition of a gaseous mixture enclosed within a gas-tight housing of a battery pack for a vehicle, wherein the housing includes an air inlet port and an air outlet port, which are sealed by removable sealing means, wherein the sealing means are screwed sealing plugs, the method comprising the steps of: a) removing the screwed sealing plugs from the air inlet port and from the air outlet port; b) generating an air stream entering the housing through the air inlet port and leaving the housing at the air outlet port; and c) analyzing the air stream leaving the air outlet port with a gas analyzer. a) removing the screwed sealing plugs from the air inlet port and from the air outlet port; b) generating an air stream entering the housing through the air inlet port and leaving the housing at the air outlet port; and c) analyzing the air stream leaving the air outlet port with a gas analyzer.