mhurhangee/ep-ind-claims huggingface dataset:
A liquid jetting structure comprising: a nozzle substrate on which a nozzle for jetting a liquid is formed; and a flow passage substrate on which a liquid flow passage communicating with the nozzle is formed, wherein a first layer, a second layer, and a liquid-repellent layer are provided in this order on a jetting surface of the nozzle substrate, the first layer and the second layer are provided in this order on an inner wall of the liquid flow passage, the first layer is a layer containing at least one selected from the group consisting of tantalum oxide, zirconium oxide, titanium oxide, and hafnium oxide, and the second layer is a layer containing at least one selected from the group consisting of SiO 2, SiC, SiN, SiCN, and SiON, wherein a thickness of the second layer is 0.3 nm to 3 nm or 10 nm to 100 nm. a nozzle substrate on which a nozzle for jetting a liquid is formed; and a flow passage substrate on which a liquid flow passage communicating with the nozzle is formed, wherein a first layer, a second layer, and a liquid-repellent layer are provided in this order on a jetting surface of the nozzle substrate, the first layer and the second layer are provided in this order on an inner wall of the liquid flow passage, the first layer is a layer containing at least one selected from the group consisting of tantalum oxide, zirconium oxide, titanium oxide, and hafnium oxide, and the second layer is a layer containing at least one selected from the group consisting of SiO 2, SiC, SiN, SiCN, and SiON, wherein a thickness of the second layer is 0.3 nm to 3 nm or 10 nm to 100 nm.
Gear sling device comprising: - a body in the form of a hook with an opening, - a gate fixed to the body, the gate being fitted movable with respect to the body between a first position closing the opening and a second position leaving the opening open, the body and gate defining a ring, - a loop designed to attach the body to a belt of a climbing harness or to a strap, the loop being partly bounded by the body, the gear sling device being characterised in that it comprises a wire-like element fitted sliding inside a through hole of the body, the wire-like element extending from the through hole up to a pressing area where a first end of the wire-like element pulls on the body, - a clamp configured to block the wire-like element and to define the size of the loop. - a body in the form of a hook with an opening, - a gate fixed to the body, the gate being fitted movable with respect to the body between a first position closing the opening and a second position leaving the opening open, the body and gate defining a ring, - a loop designed to attach the body to a belt of a climbing harness or to a strap, the loop being partly bounded by the body, - a clamp configured to block the wire-like element and to define the size of the loop.
A door leaf handle for a motor vehicle comprising a support and a gripping element, said gripping element being fixed to a lever and configured to displace from a rest position to a deployed position, and from a deployed position to an unblocking position, the handle comprising a first detector, said first detector being configured to detect the presence of the user when the gripping element is in its deployed position, and configured to send a first signal to an electric control unit in response to the detection of the presence of said user, the handle comprising a second detector configured to detect a displacement of the gripping element from a deployed position to an unblocking position and to send a second signal in response to the detection of said displacement, the electric control unit being configured to control the unlocking of an electric latch in response to the reception of the second signal after reception of said first signal.
A method of identifying a visual beacon by a mobile platform, the method comprising: observing the visual beacon that has a fixed location; determining an approximate position of the visual beacon based on a position determined by the mobile platform; determining a content information for the visual beacon, wherein the content information is at least a sample of the visual beacon content or an image of the visual beacon; generating a visual beacon identifier using the approximate position of the visual beacon and the content information; and wirelessly transmitting the visual beacon identifier to a navigation assistance server having a visual beacon database that associates visual beacons with navigation assistance messages; and if there is a single match between the visual beacon identifier and a visual beacon entry in the visual beacon database, and a navigation assistance message is associated with the visual beacon entry, receiving the navigation assistance message associated with the visual beacon from the navigation assistance server in response to transmitting the visual beacon identifier; and determining a location of the visual beacon based at least in part on the navigation assistance message. observing the visual beacon that has a fixed location; determining an approximate position of the visual beacon based on a position determined by the mobile platform; determining a content information for the visual beacon, wherein the content information is at least a sample of the visual beacon content or an image of the visual beacon; generating a visual beacon identifier using the approximate position of the visual beacon and the content information; and wirelessly transmitting the visual beacon identifier to a navigation assistance server having a visual beacon database that associates visual beacons with navigation assistance messages; and if there is a single match between the visual beacon identifier and a visual beacon entry in the visual beacon database, and a navigation assistance message is associated with the visual beacon entry, receiving the navigation assistance message associated with the visual beacon from the navigation assistance server in response to transmitting the visual beacon identifier; and determining a location of the visual beacon based at least in part on the navigation assistance message.
A method of scheduling print jobs for printing on a printer which has printing elements provided for printing in a number of different colors (Y, M, C, K, W), characterized by the steps of: a) calculating, for each color, a constraint time (Tc Y - Tc W) which specifies a time at which the printing elements for the respective color should be either operated or subjected to a maintenance treatment (m) in order to avoid a risk of malfunction, due to causes such as ink drying out in the printing element; b) calculating, for each of a plurality of print jobs that have been scheduled already and are waiting in a print queue, an operation time (To) at which the printing elements will be operating in the course of the processing of the print job; and c) when a new print job is to be scheduled and the print jobs, including the new print job, comprise at least one job in which printing elements for at least one color are not operated, determining a sequence of the print jobs in the print queue, with corresponding calculation of the new constraint times (Tc Y ' - Tc W ') and new operation times (To), with an aim to extend the constraint times by operating the printing elements before expiry of their previously calculated constraint times by shifting the constraint times to the future due to the usage of the corresponding colors. a) calculating, for each color, a constraint time (Tc Y - Tc W) which specifies a time at which the printing elements for the respective color should be either operated or subjected to a maintenance treatment (m) in order to avoid a risk of malfunction, due to causes such as ink drying out in the printing element; b) calculating, for each of a plurality of print jobs that have been scheduled already and are waiting in a print queue, an operation time (To) at which the printing elements will be operating in the course of the processing of the print job; and c) when a new print job is to be scheduled and the print jobs, including the new print job, comprise at least one job in which printing elements for at least one color are not operated, determining a sequence of the print jobs in the print queue, with corresponding calculation of the new constraint times (Tc Y ' - Tc W ') and new operation times (To), with an aim to extend the constraint times by operating the printing elements before expiry of their previously calculated constraint times by shifting the constraint times to the future due to the usage of the corresponding colors.
A surgical tissue repair device, comprising: a first fixation device (50, 50a, 60, 60a) comprising a first body and a first loop attached to the first body, the first fixation device (50, 50a, 60, 60a) being a push-in anchor or a swivel anchor; and a second fixation device (50, 50a, 60, 60a) comprising a second body, a longitudinal axis, a proximal end and a distal end, and a tensionable construct pre-loaded on the second fixation device (50, 50a, 60, 60a), the tensionable construct consisting of a flexible strand and a shuttling device attached to the flexible strand so that, when the shuttling device is pulled, the flexible strand forms a splice through itself and a second loop having an adjustable perimeter, characterised in that the flexible strand is attached to the first loop and extends between the first fixation device (50, 50a, 60, 60a) and the second fixation device (50, 50a, 60, 60a). a first fixation device (50, 50a, 60, 60a) comprising a first body and a first loop attached to the first body, the first fixation device (50, 50a, 60, 60a) being a push-in anchor or a swivel anchor; and a second fixation device (50, 50a, 60, 60a) comprising a second body, a longitudinal axis, a proximal end and a distal end, and a tensionable construct pre-loaded on the second fixation device (50, 50a, 60, 60a), the tensionable construct consisting of a flexible strand and a shuttling device attached to the flexible strand so that, when the shuttling device is pulled, the flexible strand forms a splice through itself and a second loop having an adjustable perimeter, characterised in that the flexible strand is attached to the first loop and extends between the first fixation device (50, 50a, 60, 60a) and the second fixation device (50, 50a, 60, 60a).
A system comprising: a memory; and at least one processor, said at least one processor configured to: obtain a vehicle setup information for a vehicle, said vehicle setup information comprising one or more adjustment settings for one or more adjustable components of said vehicle; package said vehicle setup information into at least one tune (1201 - 120n); format said at least one tune in a computer readable scannable format (1911; 2011); and present said at least one tune in said computer readable scannable format (1911; 2011); characterized by an encryptor to encrypt said vehicle setup information prior to said presentation of said at least one tune (1201 - 120n) in said computer readable scannable format (1911; 2011). a memory; and at least one processor, said at least one processor configured to: obtain a vehicle setup information for a vehicle, said vehicle setup information comprising one or more adjustment settings for one or more adjustable components of said vehicle; package said vehicle setup information into at least one tune (1201 - 120n); format said at least one tune in a computer readable scannable format (1911; 2011); and present said at least one tune in said computer readable scannable format (1911; 2011); obtain a vehicle setup information for a vehicle, said vehicle setup information comprising one or more adjustment settings for one or more adjustable components of said vehicle; package said vehicle setup information into at least one tune (1201 - 120n); format said at least one tune in a computer readable scannable format (1911; 2011); and present said at least one tune in said computer readable scannable format (1911; 2011); characterized by an encryptor to encrypt said vehicle setup information prior to said presentation of said at least one tune (1201 - 120n) in said computer readable scannable format (1911; 2011).
Functionalized isocyanate based organic aerogel/xerogel/cryogel having hydrophobic properties with a water contact angle >90° and comprising: - a cross-linked porous network structure made of polyurethane and/or polyisocyanurate and/or polyurea, having comprised on their pore surface before functionalization reactive groups capable of binding by covalent bond formation to reactive groups present in the functionalization molecules and - functionalization molecules having a solubility in water <0.1 g/L at 20°C chemically attached by covalent bonds to the pore surface of the cross-linked porous network structure wherein said molecules have at least one reactive group being capable of binding to said pore surface by covalent bond formation by reaction with reactive groups present on the pore surface, and at least one functional group providing the pore surface with the desired functionalization. - a cross-linked porous network structure made of polyurethane and/or polyisocyanurate and/or polyurea, having comprised on their pore surface before functionalization reactive groups capable of binding by covalent bond formation to reactive groups present in the functionalization molecules and - functionalization molecules having a solubility in water <0.1 g/L at 20°C chemically attached by covalent bonds to the pore surface of the cross-linked porous network structure wherein said molecules have at least one reactive group being capable of binding to said pore surface by covalent bond formation by reaction with reactive groups present on the pore surface, and at least one functional group providing the pore surface with the desired functionalization.
Support mandrel for producing curved composite components, comprising: a prismatoid mandrel body having the shape of a polyhedral three-dimensional body with two generally polygonal bases in two parallel planes all vertices of which are comprised within the two parallel planes formed from a flexible material, the mandrel body having two polygonal bases and a support surface extending between the two polygonal bases of the mandrel body; and a reinforcement bar enclosed within the mandrel body and extending between the two polygonal bases of the mandrel body substantially parallel and near to the upper support surface of the mandrel body, the support mandrel being characterized by a plurality of reinforcement pillars connected to the reinforcement bar and extending substantially perpendicular to the reinforcement bar and the support surface within the mandrel body. a prismatoid mandrel body having the shape of a polyhedral three-dimensional body with two generally polygonal bases in two parallel planes all vertices of which are comprised within the two parallel planes formed from a flexible material, the mandrel body having two polygonal bases and a support surface extending between the two polygonal bases of the mandrel body; and a reinforcement bar enclosed within the mandrel body and extending between the two polygonal bases of the mandrel body substantially parallel and near to the upper support surface of the mandrel body, the support mandrel being characterized by a plurality of reinforcement pillars connected to the reinforcement bar and extending substantially perpendicular to the reinforcement bar and the support surface within the mandrel body.
A drop rotary metering valve, comprising an internally spheroidal, box-like body, resulting from joining an upper half-shell, which defines an upper inlet opening, and a lower half-shell, which defines a lower discharge opening; internally to said box-like body there is housed a monobloc metering rotor, which includes compartments for accommodating the material to be metered and is engineered in such a way that its external profile is very close to the inner surface of the box-like body, whose ends (31, 32) are rotationally coupled together internally to two tubular elements (4, 5), coaxial to said rotor along an axis X, which laterally projects from said upper half-shell and from said lower half-shell respectively, said half-shells being coupled along a surface oblique with respect to said axis X, the outer ends of said tubular elements (4, 5) being coupled with respective closing elements (43, 53); the seal and rotational coupling of said ends (31, 32) internally to said tubular elements (4, 5) takes place thanks to the interposition of rotation and seal assemblies in the axially-symmetrical gaps defined by the inner lateral surface of said tubular elements (4, 5) and by the outer lateral surface of said ends (31, 32) of said monobloc metering rotor.
A cross-flow separation element for separating a fluid medium for treatment into a filtrate and a retentate, said separation element comprising a single-piece rigid porous support having arranged inside its volume at least one channel for passing a flow of the fluid medium for treatment between an inlet for the fluid medium for treatment and an outlet for the retentate, the single-piece rigid porous support having an outside surface for recovering the filtrate that has passed through said support, characterized in that at least one channel presents, between the inlet and the outlet, a flexuous flow volume (Vi) defined by sweeping a generator plane section (Si) along a curvilinear path (Hi) around a reference axis (Ai), and in that the reference axis (Ai) does not intersect said generator section (Si) and is contained within the volume of the porous support.
A precision guided firearm comprising: a trigger assembly; and an optical device coupled to the trigger assembly and including an optical sensor configured to capture video of a view area and at least one motion sensor, the optical device configured to process video frames of the video to determine a distance between an aim point of the precision guided firearm and a selected location on a target and to determine a trajectory of the aim point based on the video frames and motion data from the at least one motion sensor, wherein the trigger assembly is coupled to the optical device and responsive to a control signal from the optical device to permit discharge of the firearm when the distance is less than a threshold and the trajectory of the aim point is moving away from the selected location. a trigger assembly; and an optical device coupled to the trigger assembly and including an optical sensor configured to capture video of a view area and at least one motion sensor, the optical device configured to process video frames of the video to determine a distance between an aim point of the precision guided firearm and a selected location on a target and to determine a trajectory of the aim point based on the video frames and motion data from the at least one motion sensor, wherein the trigger assembly is coupled to the optical device and responsive to a control signal from the optical device to permit discharge of the firearm when the distance is less than a threshold and the trajectory of the aim point is moving away from the selected location.
A heat-shrinkable tube having tearability, which comprises, as a base resin, a copolymer comprising at least tetrafluoroethylene and hexafluoropropylene as constituent monomers, and as a resin other than the base resin, a copolymer being incompatible with the base resin and comprising at least tetrafluoroethylene and hexafluoropropylene as constituent monomers, wherein a thickness of an entanglement unit of a polymer observed at a cross-section in a longitudinal direction of the tube is 9 μm or less, the thickness of the entanglement unit of the polymer being calculated by measuring the shape of the cross-section of the tube in the longitudinal direction by using a confocal microscope as disclosed in the description, the shape of the cross-section being indicated as a waveform, and the width of a mountain or valley defining the thickness of the entanglement unit of the polymer.
A low power differential data isolator circuit, comprising: a transmitter configured to transmit a differential signal; a differential data isolator; and a differential receiver comprising first and second single-ended amplifiers that are cross-coupled with each other; the first single-ended amplifier having an input terminal configured to receive a first signal output from a first terminal of the isolator, the input terminal of the first single-ended amplifier being coupled to a reference terminal of the second single-ended amplifier; and the second single-ended amplifier having an input terminal configured to receive a second signal output from a second terminal of the isolator, the input terminal of the second single-ended amplifier being coupled to a reference terminal of the first single-ended amplifier, and wherein each of the first single-ended amplifier and the second single-ended amplifier comprise a resetting means,(214a-214b; NDW3-NDW6; MP3-MP6), coupled to the respective input terminal and the respective reference terminal, the resetting means being configured to reset, at the beginning of each data transmission, the respective input terminal and the respective reference terminal to a voltage of zero volt or a supply voltage,, applied to each of the first single-ended amplifier and the second single-ended amplifier before the differential receiver receives any signal from the differential data isolator. a transmitter configured to transmit a differential signal; a differential data isolator; and a differential receiver comprising first and second single-ended amplifiers that are cross-coupled with each other; the first single-ended amplifier having an input terminal configured to receive a first signal output from a first terminal of the isolator, the input terminal of the first single-ended amplifier being coupled to a reference terminal of the second single-ended amplifier; and the second single-ended amplifier having an input terminal configured to receive a second signal output from a second terminal of the isolator, the input terminal of the second single-ended amplifier being coupled to a reference terminal of the first single-ended amplifier, and wherein each of the first single-ended amplifier and the second single-ended amplifier comprise a resetting means,(214a-214b; NDW3-NDW6; MP3-MP6), coupled to the respective input terminal and the respective reference terminal, the resetting means being configured to reset, at the beginning of each data transmission, the respective input terminal and the respective reference terminal to a voltage of zero volt or a supply voltage,, applied to each of the first single-ended amplifier and the second single-ended amplifier before the differential receiver receives any signal from the differential data isolator.
A three-component composition for use in the treatment of preeclampsia by reducing mediators of preeclampsia, comprising: a first component comprising a synthetic carbon particle mixture, wherein the synthetic carbon particle mixture comprises a first carbon particle comprising a pore size x and a second carbon particle comprising a pore size y, where y is greater than x; a second component comprising a first resin bead with at least one attached affinity ligand comprising a binding domain for syncytiotrophoblast-derived factor sEndoglin; and a third component comprising a second resin bead with at least one attached affinity ligand comprising a binding domain for syncytiotrophoblast-derived factor soluble Fms-like tyrosine kinase-1. a first component comprising a synthetic carbon particle mixture, wherein the synthetic carbon particle mixture comprises a first carbon particle comprising a pore size x and a second carbon particle comprising a pore size y, where y is greater than x; a second component comprising a first resin bead with at least one attached affinity ligand comprising a binding domain for syncytiotrophoblast-derived factor sEndoglin; and a third component comprising a second resin bead with at least one attached affinity ligand comprising a binding domain for syncytiotrophoblast-derived factor soluble Fms-like tyrosine kinase-1.