mhurhangee/patent-ind-claim-en huggingface dataset:
An image sensor comprising: a semiconductor substrate including a first pixel group (PG1) and a second pixel group (PG2), each of which includes at least four pixel regions (PR), the first and second pixel groups (PG1, PG2) sharing a first pixel region of the pixel regions; a pixel isolation structure (PIS) disposed in the semiconductor substrate and surrounding each of the pixel regions (PR); a first device isolation pattern provided in the second pixel group (PG2) and disposed on a first portion of the pixel isolation structure (PIS); a floating diffusion region (FD) disposed adjacent to the first device isolation pattern in each of the pixel regions (PR); a ground dopant region (GR) provided in the first pixel group (PG1) and disposed on a second portion of the pixel isolation structure (PIS); and a second device isolation pattern provided in the first pixel group (PG1) and disposed between the second portion of the pixel isolation structure (PIS) and the ground dopant region (GR). a semiconductor substrate including a first pixel group (PG1) and a second pixel group (PG2), each of which includes at least four pixel regions (PR), the first and second pixel groups (PG1, PG2) sharing a first pixel region of the pixel regions; a pixel isolation structure (PIS) disposed in the semiconductor substrate and surrounding each of the pixel regions (PR); a first device isolation pattern provided in the second pixel group (PG2) and disposed on a first portion of the pixel isolation structure (PIS); a floating diffusion region (FD) disposed adjacent to the first device isolation pattern in each of the pixel regions (PR); a ground dopant region (GR) provided in the first pixel group (PG1) and disposed on a second portion of the pixel isolation structure (PIS); and a second device isolation pattern provided in the first pixel group (PG1) and disposed between the second portion of the pixel isolation structure (PIS) and the ground dopant region (GR).
A dip-molded article comprising: a layer derived from a latex composition for dip-molding; and a layer derived from a polymer including a repeating unit derived from a diacetylene-based compound, and wherein the diacetylene-based compound is one selected from the group consisting of compounds represented by Chemical Formulas 1-1 to 1-5 below: a layer derived from a latex composition for dip-molding; and a layer derived from a polymer including a repeating unit derived from a diacetylene-based compound, and wherein the diacetylene-based compound is one selected from the group consisting of compounds represented by Chemical Formulas 1-1 to 1-5 below:
A method for evaluating anion-permeability of a graphene-containing membrane comprising the steps of: (i) preparing a measuring apparatus which comprises an aqueous solution containing anions , a working electrode containing silver-metal, a counter electrode and a reference electrode and in which said working electrode, said counter electrode and said reference electrode are electrically connected through an external circuit; (ii) measuring the reaction current I 0 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that said working electrode, said counter electrode and said reference electrode are in contact with said aqueous solution; (iii) measuring the reaction current I 1 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that, instead of said working electrode, the graphene-containing membrane electrically connecting to said working electrode is in contact with said aqueous solution and that said working electrode is not directly in contact with said aqueous solution; and (iv) comparing the reaction currents I 0 in (ii) and I 1 in (iii) so as to evaluate anion-permeability of said graphene-containing membrane. (i) preparing a measuring apparatus which comprises an aqueous solution containing anions , a working electrode containing silver-metal, a counter electrode and a reference electrode and in which said working electrode, said counter electrode and said reference electrode are electrically connected through an external circuit; (ii) measuring the reaction current I 0 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that said working electrode, said counter electrode and said reference electrode are in contact with said aqueous solution; (iii) measuring the reaction current I 1 between the silver-metal and the anions while the electrode potential of said working electrode to said counter electrode is being periodically changed and driven under the condition that, instead of said working electrode, the graphene-containing membrane electrically connecting to said working electrode is in contact with said aqueous solution and that said working electrode is not directly in contact with said aqueous solution; and (iv) comparing the reaction currents I 0 in (ii) and I 1 in (iii) so as to evaluate anion-permeability of said graphene-containing membrane.
Process for the manufacturing of a supporting surface for furnishing accessories, in particular for tables and tops for kitchens and/or bathrooms, characterized by the fact that it comprises the phases of: I providing at least one raw slab made of raw ceramic material; II firing at least part of said raw slab to obtain at least one fired slab ; III modeling at least part of said fired slab to obtain at least one shaped slab comprising at least one exposed surface and at least one lateral surface transverse to said exposed surface ; IV decorating said shaped slab with ceramic pigments to obtain at least one decorated slab which is decorated at least partly on said lateral surface ; V firing said decorated slab and said ceramic pigments to obtain at least one supporting surface for furnishing accessories. I providing at least one raw slab made of raw ceramic material; II firing at least part of said raw slab to obtain at least one fired slab ; III modeling at least part of said fired slab to obtain at least one shaped slab comprising at least one exposed surface and at least one lateral surface transverse to said exposed surface ; IV decorating said shaped slab with ceramic pigments to obtain at least one decorated slab which is decorated at least partly on said lateral surface ; V firing said decorated slab and said ceramic pigments to obtain at least one supporting surface for furnishing accessories.
A compound of formula (I) for use in the treatment or prevention of a disease associated with α7 nicotinic acetylcholine receptor activity, wherein: A is a five or six membered heterocycle; B is a six membered carbocycle or heterocycle; X is C or N; Y is CorN; Z is CorN; W is O or S; R 1 is H, C 1-6 alkyl, halogen or haloC 1-6 alkyl; R 2 is H or O; R 3 is H, C 1-6 alkyl, halogen, haloC 1-6 alkyl or C 1-6 alkoxy; R 4 is H or C 1-6 alkyl; R 5 is H or C 1-6 alkyl; n and m are independently 1 or 2; - - - is a single - or double-bond; or pharmaceutically acceptable salts, racemates, enantiomers, diastereomers, solvates and hydrates thereof. A is a five or six membered heterocycle; B is a six membered carbocycle or heterocycle; X is C or N; Y is CorN; Z is CorN; W is O or S; R 1 is H, C 1-6 alkyl, halogen or haloC 1-6 alkyl; R 2 is H or O; R 3 is H, C 1-6 alkyl, halogen, haloC 1-6 alkyl or C 1-6 alkoxy; R 4 is H or C 1-6 alkyl; R 5 is H or C 1-6 alkyl; n and m are independently 1 or 2; - - - is a single - or double-bond;
Attachment device arranged to keep a wire taut along a post , including a wire holder member comprising: • a rigid base comprising at least one front face , one generally flat rear face arranged to be supported along the post , and • a rigid attachment member generally with the shape of a hook at least partially secured to the front face of said base , said attachment device being characterised in that the wire holder member comprises an elastically flexible tongue extending in an inclined manner towards the front of said wire holder from the upper end of the front face of the base thereof and in the direction of said attachment member , the attachment member and the tongue determining a first recess arranged to receive the wire and of which the transversal cross-section is generally in the shape of a closed U, and in that it includes a clamping collar arranged to secure said wire holder member along the post such that the rear face of the base thereof is supported against the outer face of the post and that the longitudinal axis of said rear face is generally perpendicular to the longitudinal axis of the wire . • a rigid base comprising at least one front face , one generally flat rear face arranged to be supported along the post , and • a rigid attachment member generally with the shape of a hook at least partially secured to the front face of said base ,
A method for manufacturing a thin film, the method comprising the steps of: forming a coating film by applying a coating liquid that comprises a material having a crosslinking group, and forming the thin film by repeating an irradiation of electromagnetic waves to the coating film to cross-link with the crosslinking group, characterized in that the source of the electromagnetic waves is a xenon flash lamp, and in that at the step of forming the thin film, the thin film is formed by repeating the irradiation of the electromagnetic waves through a filter such that a transmittance of electromagnetic waves the wavelength of which is equal to 400 nm or less is equal to 10% or less. forming a coating film by applying a coating liquid that comprises a material having a crosslinking group, and forming the thin film by repeating an irradiation of electromagnetic waves to the coating film to cross-link with the crosslinking group, characterized in that the source of the electromagnetic waves is a xenon flash lamp, and in that at the step of forming the thin film, the thin film is formed by repeating the irradiation of the electromagnetic waves through a filter such that a transmittance of electromagnetic waves the wavelength of which is equal to 400 nm or less is equal to 10% or less.
A power supply system configured to tap a high voltage signal from at least one high voltage power line and convert the high voltage signal to a low voltage signal suitable for powering a load , the power supply system comprising a power supply device comprising: a voltage conversion unit comprising: a capacitor divider circuit comprising a plurality of capacitors coupled to each other in series and a step-down transformer coupled to at least one of the plurality of capacitors and configured to be coupled to the load; and a low pass filter configured to be coupled to the at least one high voltage power line and the capacitor divider circuit of the voltage conversion unit , wherein the low pass filter is configured to provide filtered power to the capacitor divider circuit . a voltage conversion unit comprising: a capacitor divider circuit comprising a plurality of capacitors coupled to each other in series and a step-down transformer coupled to at least one of the plurality of capacitors and configured to be coupled to the load; and a capacitor divider circuit comprising a plurality of capacitors coupled to each other in series and a step-down transformer coupled to at least one of the plurality of capacitors and configured to be coupled to the load; and a low pass filter configured to be coupled to the at least one high voltage power line and the capacitor divider circuit of the voltage conversion unit , wherein the low pass filter is configured to provide filtered power to the capacitor divider circuit .
A control method for a hybrid vehicle, wherein: - the hybrid vehicle includes an internal combustion engine and a motor generator , wherein - the internal combustion engine includes a variable compression ratio mechanism structured to vary in mechanical compression ratio depending on variation in position of a compression ratio control member structured to move due to driving of an electric actuator , and - the control method comprises measuring a state of charge (SOC) of a battery connected to the motor generator , characterized in that the control method further comprises, in response to regenerative operation of the motor generator in a state that the state of charge (SOC) of the battery is equal to or higher than a predetermined level (SOC1), consuming generated electric power by driving the electric actuator of the variable compression ratio mechanism with rotation of the internal combustion engine stopped. - the hybrid vehicle includes an internal combustion engine and a motor generator , wherein - the internal combustion engine includes a variable compression ratio mechanism structured to vary in mechanical compression ratio depending on variation in position of a compression ratio control member structured to move due to driving of an electric actuator , and - the control method comprises measuring a state of charge (SOC) of a battery connected to the motor generator ,
A tool comprising a tool holder in which a face , a flank , and a cutting edge forming an intersection ridge between the face and the flank are disposed at a leading end portion of a shaft-shaped tool body , wherein a coolant supply passage is formed in the tool body , a coolant ejection member is detachably provided at the leading end portion of the tool body , and the coolant ejection member includes a tubular portion and an ejection portion provided with an ejection hole that communicates with the coolant supply passage through the inside of the tubular portion and opens toward the flank and the cutting edge , wherein the flank is positioned between the ejection hole of the coolant ejection member and the cutting edge , and the ejection hole is disposed adjacent to the flank ,and a housing recess, which communicates with the coolant supply passage , is formed at the leading end portion of the tool body , and the coolant ejection member is housed in the housing recess, characterized in that the tubular portion extends so as to be gradually inclined toward the cutting edge as approaching at least one of a leading end side and a lateral side of the tool body from a portion of the tubular portion , which is connected to the coolant supply passage . holder in which a face , a flank , and a cutting edge forming an intersection ridge between the face and the flank are disposed at a leading end portion of a shaft-shaped tool body , wherein a coolant supply passage is formed in the tool body , a coolant ejection member is detachably provided at the leading end portion of the tool body , and the coolant ejection member includes a tubular portion and an ejection portion provided with an ejection hole that communicates with the coolant supply passage through the inside of the tubular portion and opens toward the flank and the cutting edge , wherein the flank is positioned between the ejection hole of the coolant ejection member and the cutting edge , and the ejection hole is disposed adjacent to the flank ,and a housing recess, which communicates with the coolant supply passage , is formed at the leading end portion of the tool body , and the coolant ejection member is housed in the housing recess,
A coating composition for an aquatic surface comprising a χ-conotoxin peptide.
A structural frame for use with a modular slave vehicle , said structural frame being simultaneously articulatable at a rear end thereof to another structural frame of a modular slave vehicle , and at a front end thereof to a coupling portion of an independently driven master vehicle, said structural frame comprising: a master coupling system in the form of a mechanical stress absorbing coupling mechanism mounted to said front end , said master coupling system being detachably articulatable to said coupling portion of the master vehicle so as to constrain, at least partially, all translational DOF of the vehicles relatively to each other, and leave at least one rotational DOF at least partially unconstrained; characterized in that said structural frame further comprises: at least one first slave coupling device mounted to said front end , distal from the master coupling system ; and at least one second slave coupling device mounted to said rear end ; said first and second coupling devices , when mounted to two adjacent structural frames intended to be connected to each other, are detachably connectable to each other to form a tandem coupling configured to constrain all DOF therebetween. at least one first slave coupling device mounted to said front end , distal from the master coupling system ; and at least one second slave coupling device mounted to said rear end ; said first and second coupling devices , when mounted to two adjacent structural frames intended to be connected to each other, are detachably connectable to each other to form a tandem coupling configured to constrain all DOF therebetween.
A wireless communications system configured to support simultaneous transmission of dual-connection signals, the wireless communications system comprising: a first power amplifier , a second power amplifier , a first switch , a second switch , a first filter circuit , a second filter circuit , and an antenna module , wherein a first output end of the first power amplifier is connected to a first input end of the first switch , and a first output end of the second power amplifier is connected to a second input end of the first switch ; a first output end of the first switch is connected to a first input end of the first filter circuit , and a first output end of the first filter circuit is connected to the antenna module ; a second output end of the first power amplifier is connected to a first input end of the second switch , and a second output end of the second power amplifier is connected to a second input end of the second switch ; a first output end of the second switch is connected to a first input end of the second filter circuit , and a first output end of the second filter circuit is connected to the antenna module ; the first power amplifier is configured to amplify a first signal of a first communication standard, and the second power amplifier is configured to amplify a second signal of a second communication standard; the first communication standard is different from the second communication standard; and the dual-connection signals comprise the first signal and the second signal. a first power amplifier , a second power amplifier , a first switch , a second switch , a first filter circuit , a second filter circuit , and an antenna module , wherein a first output end of the first power amplifier is connected to a first input end of the first switch , and a first output end of the second power amplifier is connected to a second input end of the first switch ; a first output end of the first switch is connected to a first input end of the first filter circuit , and a first output end of the first filter circuit is connected to the antenna module ; a second output end of the first power amplifier is connected to a first input end of the second switch , and a second output end of the second power amplifier is connected to a second input end of the second switch ; a first output end of the second switch is connected to a first input end of the second filter circuit , and a first output end of the second filter circuit is connected to the antenna module ; the first power amplifier is configured to amplify a first signal of a first communication standard, and the second power amplifier is configured to amplify a second signal of a second communication standard; the first communication standard is different from the second communication standard; and the dual-connection signals comprise the first signal and the second signal.
A car panel for an elevator car in an elevator system , the elevator system including a hoistway , the car panel comprising: a lower portion , the lower portion attached to a floor of the elevator car ; and an upper portion , the upper portion attached to a side panel by a hinge , the hinge allowing the upper portion to displace, with respect to the lower portion , by rotating the upper portion inwardly about the hinge towards an interior space of the elevator car , displacement of the upper portion , with respect to the lower portion , from rotating the upper portion inwardly about the hinge providing ingress to the hoistway ; wherein an electronic control component associated with the elevator system is integrated within the upper portion ; characterized in that the electronic control component associated with the elevator system includes a user control element provided on an inward facing surface of the car panel and electronics associated with the user control element. a lower portion , the lower portion attached to a floor of the elevator car ; and an upper portion , the upper portion attached to a side panel by a hinge , the hinge allowing the upper portion to displace, with respect to the lower portion , by rotating the upper portion inwardly about the hinge towards an interior space of the elevator car , displacement of the upper portion , with respect to the lower portion , from rotating the upper portion inwardly about the hinge providing ingress to the hoistway ; wherein an electronic control component associated with the elevator system is integrated within the upper portion ; characterized in that the electronic control component associated with the elevator system includes a user control element provided on an inward facing surface of the car panel and electronics associated with the user control element.
A method for fabricating a wavelength conversion device, comprising: preparing a plurality of wavelength conversion modules , each wavelength conversion module including a ceramic substrate , a reflective layer and a wavelength conversion layer , which are sequentially stacked together forming an integral unit; characterized by affixing the plurality of wavelength conversion modules on a surface of a base plate ; wherein the reflective layer is a diffuse reflection layer, formed by sintering a diffusing material slurry which includes white scattering particles, a first glass powder and an organic carrier preparing a plurality of wavelength conversion modules , each wavelength conversion module including a ceramic substrate , a reflective layer and a wavelength conversion layer , which are sequentially stacked together forming an integral unit; characterized by affixing the plurality of wavelength conversion modules on a surface of a base plate ; wherein the reflective layer is a diffuse reflection layer, formed by sintering a diffusing material slurry which includes white scattering particles, a first glass powder and an organic carrier