mhurhangee/patent-ind-claim-en huggingface dataset:
A vascular closure assembly configured to seal a puncture in a vessel, comprising: a suture placement device operable to position at least one suture across the puncture to form a primary seal of the puncture; and a sealant delivery device comprising a sealant delivery tube having: a first lumen sized to receive the at least one suture, the sealant delivery device being slidable along the at least one suture to the puncture; and a second lumen configured to deliver a volume of sealant to the puncture after forming the primary seal to create a secondary seal of the puncture, the first and second lumens each having an opening at a distal end of the sealant delivery tube ; wherein the first lumen comprises a suture insertion slot at the distal end of the sealant delivery tube to permit lateral insertion of the at least one suture into the first lumen . a suture placement device operable to position at least one suture across the puncture to form a primary seal of the puncture; and a sealant delivery device comprising a sealant delivery tube having: a first lumen sized to receive the at least one suture, the sealant delivery device being slidable along the at least one suture to the puncture; and a second lumen configured to deliver a volume of sealant to the puncture after forming the primary seal to create a secondary seal of the puncture, the first and second lumens each having an opening at a distal end of the sealant delivery tube ; wherein the first lumen comprises a suture insertion slot at the distal end of the sealant delivery tube to permit lateral insertion of the at least one suture into the first lumen . a first lumen sized to receive the at least one suture, the sealant delivery device being slidable along the at least one suture to the puncture; and a second lumen configured to deliver a volume of sealant to the puncture after forming the primary seal to create a secondary seal of the puncture, the first and second lumens each having an opening at a distal end of the sealant delivery tube ; wherein the first lumen comprises a suture insertion slot at the distal end of the sealant delivery tube to permit lateral insertion of the at least one suture into the first lumen .
An antenna device , comprising: an antenna structure that is mountable in a vehicle , and includes a dielectric body with a dielectric property and an antenna element with a conductive property that is provided to the dielectric body , and a router including a transferring unit configured to transfer a signal to a transfer destination and a housing that houses the transferring unit and includes a shield part with a conductive property for blocking noise that affects the transferring unit , the antenna structure is provided to the shield part , connected to the transferring unit , and configured to transmit or receive a radio wave by using the shield part as a ground of the antenna structure , characterized in that the dielectric body is formed to have a sheet shape, is disposed to face the shield part with a distance therebetween, and includes a bent part corresponding to one end of the dielectric body disposed to face the shield part , the one end being bent toward the shield part , and the antenna element is provided to the dielectric body on a side of the shield part and includes a capacitive coupling part that is configured to be capacitively coupled with the shield part in a manner that a part of the antenna element is overlapped with the shield part through the dielectric body at the bent part . an antenna structure that is mountable in a vehicle , and includes a dielectric body with a dielectric property and an antenna element with a conductive property that is provided to the dielectric body , and a router including a transferring unit configured to transfer a signal to a transfer destination and a housing that houses the transferring unit and includes a shield part with a conductive property for blocking noise that affects the transferring unit , the antenna structure is provided to the shield part , connected to the transferring unit , and configured to transmit or receive a radio wave by using the shield part as a ground of the antenna structure , characterized in that the dielectric body is formed to have a sheet shape, is disposed to face the shield part with a distance therebetween, and includes a bent part corresponding to one end of the dielectric body disposed to face the shield part , the one end being bent toward the shield part , and the antenna element is provided to the dielectric body on a side of the shield part and includes a capacitive coupling part that is configured to be capacitively coupled with the shield part in a manner that a part of the antenna element is overlapped with the shield part through the dielectric body at the bent part .
An electrochemical cell comprising a first electrode, wherein the first electrode is a manganese oxide electrode; a nanostructured separator grown on the first electrode as a phase-pure material, wherein the nanostructured separator is a metal-organic material or a covalent-organic framework; wherein the metal-organic material is a metal-organic framework, a metal-organic polyhedron or a coordination polymer; and a second electrode in contact with the nanostructured separator; wherein the nanostructured separator has an average pore diameter less than 20 nm.
A display device comprising: a display panel having a folding area and a non-folding area (1000NF1, 1000NF2) and comprising a base layer (100-1), a circuit layer (100-2) on the base layer, and a display element layer (100-3) on the circuit layer; an input sensor below the display panel and defining a sensing area overlapping the non-folding area in a plan view; and a light shielding layer between the display element layer (100-3) and the input sensor , wherein the light shielding layer includes a plurality of holes in a first portion of the light shielding layer at the non-folding area, and includes a cut portion in a second portion of the light shielding layer overlapping the folding area, and wherein the cut portion comprises one or more elongated slits where a material of the light shielding layer is at least partially removed in a thickness direction of the light shielding layer. a display panel having a folding area and a non-folding area (1000NF1, 1000NF2) and comprising a base layer (100-1), a circuit layer (100-2) on the base layer, and a display element layer (100-3) on the circuit layer; an input sensor below the display panel and defining a sensing area overlapping the non-folding area in a plan view; and a light shielding layer between the display element layer (100-3) and the input sensor , wherein the light shielding layer includes a plurality of holes in a first portion of the light shielding layer at the non-folding area, and includes a cut portion in a second portion of the light shielding layer overlapping the folding area, and wherein the cut portion comprises one or more elongated slits where a material of the light shielding layer is at least partially removed in a thickness direction of the light shielding layer.
A miR-22 inhibitory composition comprising a nucleic acid having a sequence comprising CTTcaACtgGCAgCT (SEQ ID NO: 8) wherein: the capital letters are LNA (locked nucleic acid)-modified nucleotides, and the lower-case letters are unmodified nucleotides. the capital letters are LNA (locked nucleic acid)-modified nucleotides, and the lower-case letters are unmodified nucleotides.
Bi-directional MOSFET switch comprising an input (A) and an output (B) and two MOSFET transistors (T1, T2) interconnected by their source and gate terminals, the input (A) and the output (B) each being connected to a drain terminal of the two MOSFET transistors (T1, T2), a control input (D) which is galvanically isolated by means of a potential separation and is connected to a control unit (C1) which is configured to switch a control current for a junction FET transistor (T3) by means of a further MOSFET transistor (T4), characterized in that the gate terminal and the source terminal of the junction FET transistor (T3) are interconnected, wherein the gate terminal of the junction FET transistor (T3) is connected to the source terminals of the two MOSFET transistors (T1, T2) and the drain terminal of the junction FET transistor (T3) is connected to the gate terminals of the two MOSFET transistors (T1, T2) and to the further MOSFET transistor (T4), and wherein the bi-directional MOSFET switch further comprises a floating voltage source (V1) which is galvanically connected to the input (A), is connected between the input and the further MOSFET transistor, and is configured to generate the control current.
A system for representing sounds of a reed instrument , the system comprising: output means ; a speaker driven to produce sound by an excitation unit , said speaker being arranged to deliver sound to an air chamber of the reed instrument ; a microphone arranged to receive sound in the air chamber and to provide a measurement signal; and a processing unit arranged to receive the measurement signal, wherein the system has an operating mode in which: the processing unit generates from the measurement signal an output signal indicative of which musical note is being played by the reed instrument; and the output means outputs the output signal; wherein the system comprises additionally a pressure sensor , separate and independent from the microphone , which sends a signal to the processing unit to indicate when a user of the reed instrument is blowing through a mouthpiece of the reed instrument; characterised in that the excitation unit is arranged to drive the speaker with an exponential chirp. output means ; a speaker driven to produce sound by an excitation unit , said speaker being arranged to deliver sound to an air chamber of the reed instrument ; a microphone arranged to receive sound in the air chamber and to provide a measurement signal; and a processing unit arranged to receive the measurement signal, wherein the system has an operating mode in which: the processing unit generates from the measurement signal an output signal indicative of which musical note is being played by the reed instrument; and the output means outputs the output signal; wherein the system comprises additionally a pressure sensor , separate and independent from the microphone , which sends a signal to the processing unit to indicate when a user of the reed instrument is blowing through a mouthpiece of the reed instrument; characterised in that the excitation unit is arranged to drive the speaker with an exponential chirp. the processing unit generates from the measurement signal an output signal indicative of which musical note is being played by the reed instrument; and the output means outputs the output signal; wherein the system comprises additionally a pressure sensor , separate and independent from the microphone , which sends a signal to the processing unit to indicate when a user of the reed instrument is blowing through a mouthpiece of the reed instrument; characterised in that the excitation unit is arranged to drive the speaker with an exponential chirp.
Apparatus comprising: a tuning object configured to be bonded to a rotor blade for a rotorcraft with a side of the tuning object to reduce a vibratory response of the rotor blade in which the tuning object has a plurality of channels formed as a plurality of slots and formed such that the tuning object has a selected mass , wherein a plurality of segments is separated by the plurality of slots , and the plurality of slots extends from said side up to a connective segment configured to connect segments in the plurality of segments to each other.
A method for forming a pattern of metallic nanofeatures that generates by plasmonic resonance a desired image having a distribution of colours, which method includes: a) providing a substrate having a layer of photosensitive material; b) exposing the layer to a high-resolution periodic pattern of dose distribution; c) determining at least one low-resolution pattern of dose distribution such that the sum of the at least one low-resolution pattern of dose distribution and the high-resolution periodic pattern of dose distribution is suitable for forming the pattern of metallic nanofeatures, wherein the lateral dimensions of said metallic nanofeatures have a spatial variation across the pattern that corresponds to the distribution of colours in the desired image; d) exposing the layer of photosensitive material to said at least one low-resolution pattern of dose distribution; e) developing the layer of photosensitive material to produce a pattern of nanostructures in the developed photosensitive material; f) processing the pattern of nanostructures so that the pattern of metallic nanofeatures is formed with said spatial variation of lateral dimension across the pattern that corresponds to the distribution of colours in the desired image; wherein either the layer of photosensitive material is indirectly on the substrate with an intermediate metal layer, or the processing step includes depositing a layer of metal. a) providing a substrate having a layer of photosensitive material; b) exposing the layer to a high-resolution periodic pattern of dose distribution; c) determining at least one low-resolution pattern of dose distribution such that the sum of the at least one low-resolution pattern of dose distribution and the high-resolution periodic pattern of dose distribution is suitable for forming the pattern of metallic nanofeatures, wherein the lateral dimensions of said metallic nanofeatures have a spatial variation across the pattern that corresponds to the distribution of colours in the desired image; d) exposing the layer of photosensitive material to said at least one low-resolution pattern of dose distribution; e) developing the layer of photosensitive material to produce a pattern of nanostructures in the developed photosensitive material; f) processing the pattern of nanostructures so that the pattern of metallic nanofeatures is formed with said spatial variation of lateral dimension across the pattern that corresponds to the distribution of colours in the desired image; wherein either the layer of photosensitive material is indirectly on the substrate with an intermediate metal layer, or the processing step includes depositing a layer of metal.
A system for improving vision of a subject, comprising: a pulsed laser system configured to apply a plurality of laser pulses to an intraocular lens (IOL) implanted in an eye of a subject and to change the refractive index of at least one selected area of the IOL by refractive index writing, wherein the IOL has an optical profile induced by refractive index writing; a control system coupled to the pulsed laser system and configured to control the pulsed laser system to apply the plurality of laser pulses according to calculated pattern, and characterised in that the control system is further configured to perform functions that comprise: determining the direction of a plurality of rays associated with a vergence of a wavefront; determining the ray direction and ray height of a plurality of rays entering a first location of the optical profile; determining the refractive index of the optical profile at the first location; based on the determined ray direction, ray height, and refractive index at the first location, and by refractive index writing using the pulsed laser system, specifying the volume and shape of each voxel to match the wavefront through the direction of propagation. a pulsed laser system configured to apply a plurality of laser pulses to an intraocular lens (IOL) implanted in an eye of a subject and to change the refractive index of at least one selected area of the IOL by refractive index writing, wherein the IOL has an optical profile induced by refractive index writing; a control system coupled to the pulsed laser system and configured to control the pulsed laser system to apply the plurality of laser pulses according to calculated pattern, and characterised in that the control system is further configured to perform functions that comprise: determining the direction of a plurality of rays associated with a vergence of a wavefront; determining the ray direction and ray height of a plurality of rays entering a first location of the optical profile; determining the refractive index of the optical profile at the first location; based on the determined ray direction, ray height, and refractive index at the first location, and by refractive index writing using the pulsed laser system, specifying the volume and shape of each voxel to match the wavefront through the direction of propagation. determining the direction of a plurality of rays associated with a vergence of a wavefront; determining the ray direction and ray height of a plurality of rays entering a first location of the optical profile; determining the refractive index of the optical profile at the first location; based on the determined ray direction, ray height, and refractive index at the first location, and by refractive index writing using the pulsed laser system, specifying the volume and shape of each voxel to match the wavefront through the direction of propagation.
A method for eliminating triglycerides from lipoproteins other than low density lipoprotein, said method comprising allowing lipoprotein lipase, cholesterol esterase, glycerol kinase and glycerol-3-phosphate oxidase to act on a sample in the presence of a surfactant which is a polyoxyalkylene derivative having an HLB (hydrophile-lipophile balance) value of 13 to 15; and eliminating hydrogen peroxide produced thereby.
A method of manufacturing a heating mat comprising the following first step: - sewing a heating wire with supply leads onto a fabric to form a thin-bed heating mat , characterised by the following further steps: - adhering the thin-bed heating mat to a smooth, flat base , - fixing the circumferential edge of the heating mat by sticking a trimming cord adhesive tape onto the flat base and/or the fabric , - spray-moulding of polyurethane on the fabric up to over the trimming cord adhesive tape , - allowing the polyurethane layer applied in this way to cool, pulling off the trimming cord from the adhesive tape by cutting through the polyurethane layer, - detaching the thin-bed heating mat , which is moulded on one side, from the flat base and turning it over; - spray-moulding of polyurethane on the turned thin-bed heating mat which has been moulded on one side, - cuting off any polyurethane protrusions that may have formed, which project beyond the edge defined by the trimming cord. - sewing a heating wire with supply leads onto a fabric to form a thin-bed heating mat , - adhering the thin-bed heating mat to a smooth, flat base , - fixing the circumferential edge of the heating mat by sticking a trimming cord adhesive tape onto the flat base and/or the fabric , - spray-moulding of polyurethane on the fabric up to over the trimming cord adhesive tape , - allowing the polyurethane layer applied in this way to cool, pulling off the trimming cord from the adhesive tape by cutting through the polyurethane layer, - detaching the thin-bed heating mat , which is moulded on one side, from the flat base and turning it over; - spray-moulding of polyurethane on the turned thin-bed heating mat which has been moulded on one side, - cuting off any polyurethane protrusions that may have formed, which project beyond the edge defined by the trimming cord.
A film which is made from a polymer composition comprising particulate glass cullet having a d 90 of less than 20 μm, wherein the d 90 is measured by laser light particle size analysis using a CILAS (Compagnie Industrielle des Lasers) 1064 instrument, wherein the particles of the glass cullet are surface treated to modify one or more properties of the cullet.
A apparatus comprising a flow tube with a gas inlet at one end and a gas outlet at another end, a plasma reactor arranged in the flow tube , and a pulse generating power source , the plasma reactor comprising a plurality of electrode panels each including a dielectric body and an electrode included therein, the electrode panels having each a rectangular plate-like form and being disposed alternately in parallel at regular intervals, the electrode panels extending in a direction from the gas inlet toward the gas outlet , the plasma reactor being adapted to generate plasma by dielectric barrier discharge between the electrode panels , wherein: the electrode panels is obtainable through firing of a ceramic green sheet, an electrically conductive paste on the surface of the ceramic green sheet, and an optional further ceramic green sheet on the ceramic green sheet, each of the electrodes has a plurality of through holes each penetrating the electrode in a thickness direction and having a shape having a corner in plan view; and at least some of the corners of the through holes of a first electrode of a first electrode panel of the electrode panels do not overlap with at least some of the corners of the through holes of a second electrode of a second electrode panel of the electrode panels adjacent to the first electrode so that, during operation of the plasma reactor, the dielectric barrier discharge occurs between opening edges of the through holes of the first electrode of the first electrode panel and opening edges of the through holes of the second electrode of the second electrode panel , which opening edges are located obliquely downward of the opening edges of the through holes of the first electrode of the first electrode panel . the electrode panels is obtainable through firing of a ceramic green sheet, an electrically conductive paste on the surface of the ceramic green sheet, and an optional further ceramic green sheet on the ceramic green sheet, each of the electrodes has a plurality of through holes each penetrating the electrode in a thickness direction and having a shape having a corner in plan view; and at least some of the corners of the through holes of a first electrode of a first electrode panel of the electrode panels do not overlap with at least some of the corners of the through holes of a second electrode of a second electrode panel of the electrode panels adjacent to the first electrode so that, during operation of the plasma reactor, the dielectric barrier discharge occurs between opening edges of the through holes of the first electrode of the first electrode panel and opening edges of the through holes of the second electrode of the second electrode panel , which opening edges are located obliquely downward of the opening edges of the through holes of the first electrode of the first electrode panel .
An apparatus for a local platooning controller of a vehicle, the apparatus comprising a transceiver module configured to receive information related to a control command from a global platooning controller , and transmit feedback information to the global platooning controller ; and a control module configured to control the transceiver module characterised in that the controller is further configured to determine information related to a deviation between control information received with information related to the control command from the global platooning controller and an actual state of the vehicle, and effect transmission of feedback information based on the information related to the deviation.