mhurhangee/ep-ind-claims huggingface dataset:
A method of collecting content of notes, comprising: capturing, by a sensor, an image comprising a visual representation of a scene having a plurality of physical notes, each of the physical notes having a predefined boundary and recognizable content thereon, wherein at least one of the plurality of physical notes comprises a mark; recognizing, by a processing unit, the one of the plurality of physical notes from the visual representation by determining a predefined boundary of the one of the plurality of physical notes based on the mark; authenticating the one of the plurality of physical notes based on the mark; extracting, by the processing unit and based at least in part on identifying the predefined boundary, the recognizable content of the one of the plurality of physical notes if the one of the plurality of physical notes is authenticated and based at least in part on a contrast between the recognizable content and a background of the one of the plurality of physical notes from the visual representation; and associating the recognizable content with a digital note representative of the one of the plurality of physical notes. capturing, by a sensor, an image comprising a visual representation of a scene having a plurality of physical notes, each of the physical notes having a predefined boundary and recognizable content thereon, wherein at least one of the plurality of physical notes comprises a mark; recognizing, by a processing unit, the one of the plurality of physical notes from the visual representation by determining a predefined boundary of the one of the plurality of physical notes based on the mark; authenticating the one of the plurality of physical notes based on the mark; extracting, by the processing unit and based at least in part on identifying the predefined boundary, the recognizable content of the one of the plurality of physical notes if the one of the plurality of physical notes is authenticated and based at least in part on a contrast between the recognizable content and a background of the one of the plurality of physical notes from the visual representation; and associating the recognizable content with a digital note representative of the one of the plurality of physical notes.
A power-transfer unit for a sealing unit of a packaging machine comprising a support, intended to be attached to a sealing unit, a power bar comprising a contact-initiation section, a contact-termination section, and an intermediate section therebetween, said power bar being resiliently suspended in the support and being moveable along a first direction being normal to a contact surface of said intermediate section, wherein the power bar is suspended in the support by means of a first leaf spring, wherein the power bar is suspended in the support by means of an additional second leaf spring, wherein the second leaf spring has substantially the same length as the first leaf spring, and is arranged in parallel with the first leaf spring, but separated a distance in the first direction, such as to prevent rotation of the power bar in a plane defined by a central axis of the first leaf spring and a central axis of the second leaf spring, and characterized in that a coil spring is arranged between the support and the power bar to provide a biasing force in said first direction.
An instrumentation comb for an aircraft engine including a central tube with a longitudinal axis on which a determined number of orifices spaced apart along this longitudinal axis are drilled and a base forming a proximal end of this tube and intended to be fixed on a crankcase portion of the aircraft engine, each orifice being associated with a sensor for measuring a physical parameter of the aircraft engine, each sensor being associated with an processing electronic interface and the base integrating a slave processing unit connected to each of the measuring sensors by a communication link able to receive in real time digital measurement data corresponding to the physical parameters measured by the measuring sensors and intended to be communicated to a master processing unit by a single communication link (50, 52), characterized in that the sensors and their processing electronic interface are placed on the central tube and spaced apart from each other along the longitudinal axis of the central tube
A breast shield adapter system comprising: a first breast shield, configured for adhesive attachment to a woman's breast; a drain line disposed in communication with the first breast shield for carrying milk from the breast to a remote location; the breast shield adapter system being configured for use with a breast pump system which has a second breast shield and/or a breast shield associated adapter; wherein the breast shield adapter system further comprises a connector disposed at or adjacent an opposing end of the drain line characterized in that the connector is configured to be mounted into the second breast shield and/or the breast shield associated adapter of the breast pump system, so that milk flows first through the drain line and then through the second breast shield and/or the breast shield associated adapter in response to suction provided by the breast pump system. a first breast shield, configured for adhesive attachment to a woman's breast; a drain line disposed in communication with the first breast shield for carrying milk from the breast to a remote location; the breast shield adapter system being configured for use with a breast pump system which has a second breast shield and/or a breast shield associated adapter; wherein the breast shield adapter system further comprises a connector disposed at or adjacent an opposing end of the drain line characterized in that the connector is configured to be mounted into the second breast shield and/or the breast shield associated adapter of the breast pump system, so that milk flows first through the drain line and then through the second breast shield and/or the breast shield associated adapter in response to suction provided by the breast pump system.
A manifold for the circulation of fluids along predetermined circulation paths or circuits, in particular for extracorporeal dialysis machines, said manifold comprising a main body with a plurality of inner channels mutually connected so as to define said predetermined circulation paths, said predetermined circulation paths communicating with the exterior of said main body by means of at least one inlet and at least one outlet adapted to be connected to component parts and/or tubing of an extracorporeal dialysis machine, characterized in that said main body comprises a first outer multilayered body and a second outer multilayered body superimposed on said first outer multilayered body, said two bodies being mutually and rigidly fastened, and in that the first outer multilayered body has at least a first groove extending both from the surface thereof in contact with the second outer multilayered body, over a depth lower than the whole thickness thereof, and perpendicularly to said thickness, and in that said first through-groove, on its side opposite to said first multilayered body is closed by said second outer multilayered body, by the fact that said first outer multilayered body has at least a first through hole (104, 107) extending between the outer surface of said first outer multilayered body opposite to the surface in contact with said second outer multilayered body and said first groove of said first outer multilayered body, said first through hole (104, 107) thus putting in communication with the exterior a channel or a portion thereof of said plurality of inner channels and by the fact that said at least a first through hole of said first outer multilayered body defines a seat wherein a monitoring component of said circulation of fluids, such as a pressure and/or temperature and/or conductivity and/or flow sensor, is housed, and in that the respective monitoring component is housed in said seat so as to be in interference with the flow of said fluids in said inner channel or portion thereof. by the fact that said first outer multilayered body has at least a first through hole (104, 107) extending between the outer surface of said first outer multilayered body opposite to the surface in contact with said second outer multilayered body and said first groove of said first outer multilayered body, said first through hole (104, 107) thus putting in communication with the exterior a channel or a portion thereof of said plurality of inner channels and by the fact that said at least a first through hole of said first outer multilayered body defines a seat wherein a monitoring component of said circulation of fluids, such as a pressure and/or temperature and/or conductivity and/or flow sensor, is housed, and in that the respective monitoring component is housed in said seat so as to be in interference with the flow of said fluids in said inner channel or portion thereof.
A nonwoven fabric for an outer sheet of an absorbent article comprising a liquid-impermeable sheet having moisture vapor permeability, wherein the nonwoven fabric has a thickness direction and a planar direction, and a first surface and a second surface, the nonwoven fabric includes thermoplastic resin fibers, and cellulosic fibers of which at least a portion form a plurality of fiber masses, the nonwoven fabric comprises a plurality of gaps that are adjacent to first regions of each of the plurality of fiber masses that are facing the first surface, and each of the plurality of fiber masses are not joined with the thermoplastic resin fibers. the nonwoven fabric has a thickness direction and a planar direction, and a first surface and a second surface, the nonwoven fabric includes thermoplastic resin fibers, and cellulosic fibers of which at least a portion form a plurality of fiber masses, the nonwoven fabric comprises a plurality of gaps that are adjacent to first regions of each of the plurality of fiber masses that are facing the first surface, and each of the plurality of fiber masses are not joined with the thermoplastic resin fibers.
A fiber reinforced polyamide resin material, comprising 100 parts by mass of polyamide resin which is a polycondensate of diamine and dicarboxylic acid and 5 to 300 parts by mass of a carbon fiber; wherein 70 mol% or more of the diamine is a xylylenediamine; 50 mol% or more of the dicarboxylic acid is a Straight-chain aliphatic dicarboxylic acid containing 4 to 20 carbon atoms; the polyamide resin has a terminal amino group concentration ([NH 2]) (in μeq/g) of 5<[NH 2]<150; and the carbon fiber has on a surface thereof a compound which is reactive with amino group and wherein the polyamide resin has a terminal amino group concentration ([NH 2]) (in μeq/g)/terminal carboxy group concentration ([COOH]) (in μeq/g) of [NH 2] / [COOH] ≥ 1.00. wherein 70 mol% or more of the diamine is a xylylenediamine; 50 mol% or more of the dicarboxylic acid is a Straight-chain aliphatic dicarboxylic acid containing 4 to 20 carbon atoms; the polyamide resin has a terminal amino group concentration ([NH 2]) (in μeq/g) of 5<[NH 2]<150; and the carbon fiber has on a surface thereof a compound
A method for controlling the temperature of a multi-die power module comprising plural dies and a multi-die temperature control device receiving an input signal that is a pulse width modulated signal composed of consecutive periodic cycles of time and driving independently the dies of the multi-die power module, characterized in that the method is executed by the multi-die temperature control device and comprises the steps of: - obtaining, within one cycle, a signal that is representative of the temperature of only one die among the dies of the multi-die power module when the die is not conducting, - obtaining, within one period of time of the same cycle, a signal that is representative of the equivalent resistor value of the internal gate resistors of all the dies in parallel in order to set a reference temperature that is dependent of the temperature of all the dies of the multi-die power module when the dies are not conducting, - comparing the signal that is representative of the temperature of one die to the signal that is representative of the reference temperature, - reducing the duration of the conducting time of the die or reducing the duration of the conducting time of the other dies of the multi-die power module according to the comparison result. - obtaining, within one cycle, a signal that is representative of the temperature of only one die among the dies of the multi-die power module when the die is not conducting, - obtaining, within one period of time of the same cycle, a signal that is representative of the equivalent resistor value of the internal gate resistors of all the dies in parallel in order to set a reference temperature that is dependent of the temperature of all the dies of the multi-die power module when the dies are not conducting, - comparing the signal that is representative of the temperature of one die to the signal that is representative of the reference temperature, - reducing the duration of the conducting time of the die or reducing the duration of the conducting time of the other dies of the multi-die power module according to the comparison result.
An apparatus comprising: a network device including: a Internet Protocol, IP, performance measurement, PM, Sender controller module arranged to distinguish different TWAMP E2E paths between the Sender and Reflector by sequence of IP addresses of a forward direction TWAMP E2E path to be traversed as learned from TWAMP path discovery; and a Two-Way Active Measurement Protocol, TWAMP, module, coupled to the IP PM controller module, including, a TWAMP packet selection content module arranged to determine, for each TWAMP test session, the content to include in the TWAMP test request packets, to cause a given TWAMP test request packet to traverse a particular path, a TWAMP communication module, coupled to the TWAMP packet selection content module, arranged to perform the TWAMP path discovery to determine a sequence of IP addresses of a forward direction TWAMP E2E path to be traversed for the TWAMP test sessions configured for TWAMP path discovery, and arranged to collect TWAMP PMs for each of the TWAMP test sessions. a network device including: a Internet Protocol, IP, performance measurement, PM, Sender controller module arranged to distinguish different TWAMP E2E paths between the Sender and Reflector by sequence of IP addresses of a forward direction TWAMP E2E path to be traversed as learned from TWAMP path discovery; and a Two-Way Active Measurement Protocol, TWAMP, module, coupled to the IP PM controller module, including, a TWAMP packet selection content module arranged to determine, for each TWAMP test session, the content to include in the TWAMP test request packets, to cause a given TWAMP test request packet to traverse a particular path, a TWAMP communication module, coupled to the TWAMP packet selection content module, arranged to perform the TWAMP path discovery to determine a sequence of IP addresses of a forward direction TWAMP E2E path to be traversed for the TWAMP test sessions configured for TWAMP path discovery, and arranged to collect TWAMP PMs for each of the TWAMP test sessions. a Internet Protocol, IP, performance measurement, PM, Sender controller module arranged to distinguish different TWAMP E2E paths between the Sender and Reflector by sequence of IP addresses of a forward direction TWAMP E2E path to be traversed as learned from TWAMP path discovery; and a Two-Way Active Measurement Protocol, TWAMP, module, coupled to the IP PM controller module, including, a TWAMP packet selection content module arranged to determine, for each TWAMP test session, the content to include in the TWAMP test request packets, to cause a given TWAMP test request packet to traverse a particular path, a TWAMP communication module, coupled to the TWAMP packet selection content module, arranged to perform the TWAMP path discovery to determine a sequence of IP addresses of a forward direction TWAMP E2E path to be traversed for the TWAMP test sessions configured for TWAMP path discovery, and arranged to collect TWAMP PMs for each of the TWAMP test sessions.
A method of preparing iron oxide nanoparticles coated with a hydrophilic material, comprising: a) attaching magnetic iron oxide nanoparticles coated with a hydrophobic organic material onto salt particles, annealing a powder mixture comprising the magnetic iron oxide nanoparticles coated with the hydrophobic organic material and the salt particles under air conditions, removing the hydrophobic organic material from the surface of the magnetic iron oxide nanoparticles by the annealing, and thus obtaining iron oxide nanoparticles having no organic material; and b) coating a surface of the iron oxide nanoparticles having no organic material with a hydrophilic material. a) attaching magnetic iron oxide nanoparticles coated with a hydrophobic organic material onto salt particles, annealing a powder mixture comprising the magnetic iron oxide nanoparticles coated with the hydrophobic organic material and the salt particles under air conditions, removing the hydrophobic organic material from the surface of the magnetic iron oxide nanoparticles by the annealing, and thus obtaining iron oxide nanoparticles having no organic material; and b) coating a surface of the iron oxide nanoparticles having no organic material with a hydrophilic material.
A device for improving the function of a valve in a heart comprising: a flow-blocking member configured for insertion between the leaflets (54a, 54p) of the valve characterised by a body portion extending from the flow-blocking member, the body portion having a body portion coupling member; and an anchor having a first portion configured to be secured to the body portion and a second portion configured for securement within a wall of the heart on a first side of the valve; wherein the anchor first portion includes an anchor coupling member configured to be coupled to a body portion coupling member for allowing the body portion to be coupled to the anchor after the anchor has been secured to the wall of the heart. a flow-blocking member configured for insertion between the leaflets (54a, 54p) of the valve characterised by a body portion extending from the flow-blocking member, the body portion having a body portion coupling member; and an anchor having a first portion configured to be secured to the body portion and a second portion configured for securement within a wall of the heart on a first side of the valve;
A coated substrate comprising: a. a substrate; b. a single layer undercoating comprising a mixture selected from titania and silica; alumina and zirconia; silica and zirconia; titania and alumina; and silica, titania and alumina; overlaying at least a portion of the substrate; c. a functional coating overlaying at least a portion of the undercoating. a. a substrate; b. a single layer undercoating comprising a mixture selected from titania and silica; alumina and zirconia; silica and zirconia; titania and alumina; and silica, titania and alumina; overlaying at least a portion of the substrate; c. a functional coating overlaying at least a portion of the undercoating.
A composite aerofoil, the aerofoil having a leading edge, a trailing edge a pressure side and a suction side and comprising an outer erosion protection layer along one or both of the pressure side or suction side, a structural core having a plurality of resin impregnated plies of unidirectional fibres, and characterized in that between the outer erosion protection layer and the structural core there is a woven composite impregnated with a resin having a lower modulus of elasticity than that of the resin impregnating the plies in the structural core.
Wound covering comprising: a) a transparent film having a permeability to light measured in accordance with ASTM-D 1003-77 of at least 90%, and a water vapour permeability > 500g/m 2 /24h determined in accordance with DIN EN 13726-2: 2002 and b) applied to the film in a thickness of 0.1 to 5mm, a transparent hydrogel having a permeability to light measured in accordance with ASTM-D 1003-77 of at least 90%, which consists of: b1) 0.001 to 1% by weight octenidine dihydrochloride, b2) 0.5 to 10% by weight thickener selected from xanthan gums, thickening silicas, polyvinyl alcohols, polyacrylates, gelatin, pectin, casein, agar agar, starch, tragacanth, polyvinylpyrrolidone, cellulose and cellulose derivatives and mixtures thereof, b3) 0.1 to 20% by weight of polyol selected from propylene glycol and/or glycerol and b4) water; said hydrogel having a viscosity between 15000 and 1000 mpas measured by measurement corresponding to DIN 53019. a) a transparent film having a permeability to light measured in accordance with ASTM-D 1003-77 of at least 90%, and a water vapour permeability > 500g/m 2 /24h determined in accordance with DIN EN 13726-2: 2002 and b) applied to the film in a thickness of 0.1 to 5mm, a transparent hydrogel having a permeability to light measured in accordance with ASTM-D 1003-77 of at least 90%, which consists of: b1) 0.001 to 1% by weight octenidine dihydrochloride, b2) 0.5 to 10% by weight thickener selected from xanthan gums, thickening silicas, polyvinyl alcohols, polyacrylates, gelatin, pectin, casein, agar agar, starch, tragacanth, polyvinylpyrrolidone, cellulose and cellulose derivatives and mixtures thereof, b3) 0.1 to 20% by weight of polyol selected from propylene glycol and/or glycerol and b4) water; said hydrogel having a viscosity between 15000 and 1000 mpas measured by measurement corresponding to DIN 53019. b1) 0.001 to 1% by weight octenidine dihydrochloride, b2) 0.5 to 10% by weight thickener selected from xanthan gums, thickening silicas, polyvinyl alcohols, polyacrylates, gelatin, pectin, casein, agar agar, starch, tragacanth, polyvinylpyrrolidone, cellulose and cellulose derivatives and mixtures thereof, b3) 0.1 to 20% by weight of polyol selected from propylene glycol and/or glycerol and b4) water; said hydrogel having a viscosity between 15000 and 1000 mpas measured by measurement corresponding to DIN 53019.