mhurhangee/patent-ind-claim-en huggingface dataset:
A securement assembly for an enteral access device or vesical access device ("access device"), the securement assembly comprising: a base configured to support an external port of the access device, characterized in that the base comprises a border rim and a central portion , wherein the border rim is configured to engage a skin surface of a patient around a stoma and the central portion is configured to engage the external port of the access device, wherein the central portion comprises opposing side arms defining an aperture through which a tube of the access device extends, wherein the side arms (115 of the central portion are resiliently flexible to facilitate selective enhanced retention of the external port of the access device; and a lid pivotably coupled to the base , wherein an underside of the lid comprises engagement features configured to engage the side arms of the central portion to transfer a user applied compression force from the lid to the central portion to facilitate the selective enhanced retention of the external port of the access device. a base configured to support an external port of the access device, characterized in that the base comprises a border rim and a central portion , wherein the border rim is configured to engage a skin surface of a patient around a stoma and the central portion is configured to engage the external port of the access device, wherein the central portion comprises opposing side arms defining an aperture through which a tube of the access device extends, wherein the side arms (115 of the central portion are resiliently flexible to facilitate selective enhanced retention of the external port of the access device; and wherein the border rim is configured to engage a skin surface of a patient around a stoma and the central portion is configured to engage the external port of the access device, wherein the central portion comprises opposing side arms defining an aperture through which a tube of the access device extends, wherein the side arms (115 of the central portion are resiliently flexible to facilitate selective enhanced retention of the external port of the access device; and a lid pivotably coupled to the base , wherein an underside of the lid comprises engagement features configured to engage the side arms of the central portion to transfer a user applied compression force from the lid to the central portion to facilitate the selective enhanced retention of the external port of the access device.
A UV-LED chip comprising: a patterned sapphire substrate ; a buffer layer formed on the patterned sapphire substrate ; a contact layer formed on the buffer layer ; an n-type superlattice structure layer formed on the contact layer ; an InGaN light emitting layer formed on the n-type superlattice structure layer ; and a p-type superlattice structure layer formed on the light emitting layer , wherein the UV-LED chip has a quadrate planar shape with sides each having a size from 10 μm to 50 μm. a patterned sapphire substrate ; a buffer layer formed on the patterned sapphire substrate ; a contact layer formed on the buffer layer ; an n-type superlattice structure layer formed on the contact layer ; an InGaN light emitting layer formed on the n-type superlattice structure layer ; and a p-type superlattice structure layer formed on the light emitting layer , wherein the UV-LED chip has a quadrate planar shape with sides each having a size from 10 μm to 50 μm.
A caul plate for application onto an uncured composite material , having a length (Lc) and an L-shaped configuration with a first portion and a second portion , comprising: a first slit which is defined by and which extends through and along the caul plate in a first linear direction (LD) along the first portion and a second linear direction (LD') along the second portion , wherein the first linear direction (LD) and the second linear direction (LD') extend in a transverse direction relative to the length (Lc) of the caul plate , a second slit which is defined by and which extends through and along the caul plate in the first linear direction (LD) along the first portion and the second linear direction (LD') along the second portion , positioned spaced apart from the first slit and parallel thereto, and an end of the first portion and a second opposing end of the second portion , wherein: the first slit extends through the end of the caul plate and extends toward the second opposing end of the caul plate wherein an end of the first slit is defined by the caul plate positioned spaced apart from the second opposing end of the caul plate ; and the second slit extends through the second opposing end of the caul plate and extends toward the end of the caul plate wherein an end of the second slit is defined by the caul plate positioned spaced apart from the end of the caul plate . a first slit which is defined by and which extends through and along the caul plate in a first linear direction (LD) along the first portion and a second linear direction (LD') along the second portion , wherein the first linear direction (LD) and the second linear direction (LD') extend in a transverse direction relative to the length (Lc) of the caul plate , a second slit which is defined by and which extends through and along the caul plate in the first linear direction (LD) along the first portion and the second linear direction (LD') along the second portion , positioned spaced apart from the first slit and parallel thereto, and an end of the first portion and a second opposing end of the second portion , wherein: the first slit extends through the end of the caul plate and extends toward the second opposing end of the caul plate wherein an end of the first slit is defined by the caul plate positioned spaced apart from the second opposing end of the caul plate ; and the second slit extends through the second opposing end of the caul plate and extends toward the end of the caul plate wherein an end of the second slit is defined by the caul plate positioned spaced apart from the end of the caul plate . the first slit extends through the end of the caul plate and extends toward the second opposing end of the caul plate wherein an end of the first slit is defined by the caul plate positioned spaced apart from the second opposing end of the caul plate ; and the second slit extends through the second opposing end of the caul plate and extends toward the end of the caul plate wherein an end of the second slit is defined by the caul plate positioned spaced apart from the end of the caul plate .
A light-emitting element comprising: n, wherein n is a natural number of two or more, EL layers between an anode and a cathode ; a first layer provided between an m-th, wherein m is a natural number and 1 ≤ m ≤ n -1, EL layer and an ( m + 1)-th EL layer , wherein the first layer contains a substance having electron-transport properties higher than hole-transport properties and a donor substance; a second layer provided over and in contact with the first layer and between the m- th EL layer and the ( m + 1)-th EL layer wherein the second layer contains a substance having electron-transport properties higher than hole-transport properties; and a charge-generation layer provided over and in contact with the second layer and between the m-th EL layer and the ( m + 1)-th EL layer wherein the charge-generation layer contains a substance having hole-transport properties higher than electron-transport properties and an acceptor substance, wherein the first layer, the second layer, and the charge-generation layer are provided in this order, and wherein the acceptor substance is molybdenum oxide, characterized in that the charge-generation layer does not have a peak of an absorption spectrum in a visible light region in a wavelength range of 420 nm to 720 nm, and wherein the substance having hole-transport properties higher than electron-transport properties does not contain an amine skeleton. n, wherein n is a natural number of two or more, EL layers between an anode and a cathode ; a first layer provided between an m-th, wherein m is a natural number and 1 ≤ m ≤ n -1, EL layer and an ( m + 1)-th EL layer , wherein the first layer contains a substance having electron-transport properties higher than hole-transport properties and a donor substance; a second layer provided over and in contact with the first layer and between the m- th EL layer and the ( m + 1)-th EL layer wherein the second layer contains a substance having electron-transport properties higher than hole-transport properties; and a charge-generation layer provided over and in contact with the second layer and between the m-th EL layer and the ( m + 1)-th EL layer wherein the charge-generation layer contains a substance having hole-transport properties higher than electron-transport properties and an acceptor substance, wherein the first layer, the second layer, and the charge-generation layer are provided in this order, and wherein the acceptor substance is molybdenum oxide, characterized in that the charge-generation layer does not have a peak of an absorption spectrum in a visible light region in a wavelength range of 420 nm to 720 nm, and wherein the substance having hole-transport properties higher than electron-transport properties does not contain an amine skeleton.
A wax dispersant for a toner comprising a graft polymer having a hydrocarbon compound onto which a styrene-acrylic resin is grafted, wherein the styrene-acrylic resin has a monomer unit represented by the following Formula : wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a saturated alicyclic group, wherein in a molecular weight distribution determined by gel permeation chromatography of the wax dispersant for a toner, a weight-average molecular weight is at least 5000 and not more than 70,000, and in a molecular weight distribution determined by gel permeation chromatography of the hydrocarbon compound, a weight-average molecular weight is at least 900 and not more than 50,000. the styrene-acrylic resin has a monomer unit represented by the following Formula : wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a saturated alicyclic group, wherein in a molecular weight distribution determined by gel permeation chromatography of the wax dispersant for a toner, a weight-average molecular weight is at least 5000 and not more than 70,000, and in a molecular weight distribution determined by gel permeation chromatography of the hydrocarbon compound, a weight-average molecular weight is at least 900 and not more than 50,000.
A low viscosity O/W emulsion with oil particle diameters of 0.01 to 0.3 μm for cosmetic applications consisting of (a) one or more oil (s) (b) an emulsifier mixture (c) water (d) and optionally cosmetic active compounds and/or additives, wherein the emulsifier mixture consists of b1) addition products of 1 to 15 mol of ethylene oxide to hydrogenated castor oil and b2) addition products of 20 to 80 mol of ethylene oxide to hydrogenated castor oil in a mass ratio (= emulsifier quotient) δ= mass b2 : mass (b1+ b2) in the range from 0.3 to 0.8 and where the oil(s) a) have/has a polarity index of 15 to 55 [mN/m]. (a) one or more oil (s) (b) an emulsifier mixture (c) water (d) and optionally cosmetic active compounds and/or additives,
Process for preparation of polyethylene-cork composite panels characterized by comprising the steps of: a) mixing 10-64% of cork granulate and 36-90% of polyethylene granulate at room temperature, and feeding a press with this mixture; b) compressing the mixture of step a) in the press with a compression force in the range of 300-450 kN, at a temperature in the range of 160-200 °C and for a hot compression time between 24-180 seconds; c) cooling to room temperature, with a compression force between 350-450 kN, for a cold compression time between 32 and 240 seconds; to obtain panels with a thickness between 3 and 5 mm, provided that: for a thickness of 3 mm and temperature of step b) of 160 °C, the minimum value of the hot compression time is 180 seconds; and for a thickness of 3 mm when the mixture has 60% or more of cork, the temperature value of step b) is 200 °C. a) mixing 10-64% of cork granulate and 36-90% of polyethylene granulate at room temperature, and feeding a press with this mixture; b) compressing the mixture of step a) in the press with a compression force in the range of 300-450 kN, at a temperature in the range of 160-200 °C and for a hot compression time between 24-180 seconds; c) cooling to room temperature, with a compression force between 350-450 kN, for a cold compression time between 32 and 240 seconds; for a thickness of 3 mm and temperature of step b) of 160 °C, the minimum value of the hot compression time is 180 seconds; and for a thickness of 3 mm when the mixture has 60% or more of cork, the temperature value of step b) is 200 °C.
Gas meter comprising: - a control unit , - a measuring circuit for detecting a gas flow, - a wireless transmission system for transmitting measurements made by the measuring circuit, - a battery adapted to generate a supply voltage for supplying the control unit , the measuring circuit and the transmission system , characterized in that the transmission system comprises a modulator, a demodulator, an antenna amplifier and a passive repeater ; wherein the passive repeater comprises a first antenna integrated in the body of the meter and a second antenna connected to the first antenna via a cable , said cable being connected to the first antenna via a connector, said first antenna being provided with electrical connectors for the connection of the first antenna to modulator, demodulator, and antenna amplifier. - a control unit , - a measuring circuit for detecting a gas flow, - a wireless transmission system for transmitting measurements made by the measuring circuit, - a battery adapted to generate a supply voltage for supplying the control unit , the measuring circuit and the transmission system , characterized in that the transmission system comprises a modulator, a demodulator, an antenna amplifier and a passive repeater ; wherein the passive repeater comprises a first antenna integrated in the body of the meter and a second antenna connected to the first antenna via a cable , said cable being connected to the first antenna via a connector, said first antenna being provided with electrical connectors for the connection of the first antenna to modulator, demodulator, and antenna amplifier. characterized in that the transmission system comprises a modulator, a demodulator, an antenna amplifier and a passive repeater ; wherein the passive repeater comprises a first antenna integrated in the body of the meter and a second antenna connected to the first antenna via a cable , said cable being connected to the first antenna via a connector, said first antenna being provided with electrical connectors for the connection of the first antenna to modulator, demodulator, and antenna amplifier.
A bracket to form part of an external building cladding assembly, the bracket comprising: a foot having a contact face attachable to a structural element forming part of the cladding assembly or a building; an attachment element to attach the bracket to an external cladding panel , an intermediate rail or a mount flange securable to the cladding panel ; an insulation layer attachable to the contact face of the foot to sit intermediate the foot and the structural element, a thermal conductivity of the layer being less than 0.09 W/(m·K) at 10 °C; and a retainer having an open structure to at least partially surround and house the insulation layer , wherein the retainer is releasably attachable to the foot . a foot having a contact face attachable to a structural element forming part of the cladding assembly or a building; an attachment element to attach the bracket to an external cladding panel , an intermediate rail or a mount flange securable to the cladding panel ; an insulation layer attachable to the contact face of the foot to sit intermediate the foot and the structural element, a thermal conductivity of the layer being less than 0.09 W/(m·K) at 10 °C; and a retainer having an open structure to at least partially surround and house the insulation layer , wherein the retainer is releasably attachable to the foot .
Restraint element with a belt strap for stabilizing the sitting position of a person in a vehicle, the belt strap extending from a chest end to a bearing end and having at least one first connecting element for connecting the chest end to a three-point belt and at least one second connecting element for connecting the bearing end to a fixed point in the vehicle, characterized in that the first connecting element is designed in two parts, an end connector and a counter-connector positioned at a distance from this end connector in the longitudinal direction of the belt strap forming a loop in a connected state for receiving the three-point belt or the fixed point in the vehicle and in that the at least one second connecting element is designed as a fixed loop located at the bearing end of the belt strap .
A plant growing device which does not contain a drainage system, said device comprising - a container for feed in water for plants , a container for organic fertilizer , a container for water , a container for organic acid and optionally a mixer; - one or more growing trays for one or more plants in a substrate, comprising water permeable holders for the plants and passageways along the holders ; characterized by - a first tube from said container for feed in water for the plants to the one or more growing trays for the transport of said feed to the plants; - means to condensate the water vapour leading to; - a second tube to lead back the condensed water to the container for water . - a container for feed in water for plants , a container for organic fertilizer , a container for water , a container for organic acid and optionally a mixer; - one or more growing trays for one or more plants in a substrate, comprising water permeable holders for the plants and passageways along the holders ; characterized by - a first tube from said container for feed in water for the plants to the one or more growing trays for the transport of said feed to the plants; - means to condensate the water vapour leading to; - a second tube to lead back the condensed water to the container for water .
A compound having the following formula: wherein R is an alkylene chain having between 8 and 20 carbon atoms, and A is one or more anions having a total charge of -2, or R is an amine having the following formula: wherein R a and R b are each an alkylene chain having between 8 and 20 carbon atoms, and A is one or more anions having a total charge of -3; R 1 , R 2 , R 3 , R 4 , R 5 and R 6 are each independently selected from C 1-10 alkyl and H; E has the following formula wherein the ester oxygen is bonded to the aromatic ring of each E at the same position, the position being position 2 or 3; and wherein R E is H or a halide. wherein R is an alkylene chain having between 8 and 20 carbon atoms, and A is one or more anions having a total charge of -2, or R is an amine having the following formula: wherein R a and R b are each an alkylene chain having between 8 and 20 carbon atoms, and A is one or more anions having a total charge of -3; R 1 , R 2 , R 3 , R 4 , R 5 and R 6 are each independently selected from C 1-10 alkyl and H; E has the following formula wherein the ester oxygen is bonded to the aromatic ring of each E at the same position, the position being position 2 or 3; and wherein R E is H or a halide.
An electronic equipment, comprising: a sensor circuit operative to measure at least one electrical property of a user at a plurality of frequencies to thereby capture frequency-resolved electrical characteristics (41-43; 51-53, 56-58) of the user ; and a processing circuit operative to perform a comparison between the frequency-resolved electrical characteristics (41-43; 51-53, 56-58) of the user and reference characteristics to authenticate the user , and to perform an unlocking operation based on a result of the comparison; wherein the electronic equipment is configured to capture the reference characteristics in a registration phase in which the sensor circuit measures the at least one electrical property of the user at the plurality of frequencies. characterized in that the electronic equipment is configured to capture the reference characteristics in the registration phase for respectively each one of plural different positions of the electronic equipment relative to the user . a sensor circuit operative to measure at least one electrical property of a user at a plurality of frequencies to thereby capture frequency-resolved electrical characteristics (41-43; 51-53, 56-58) of the user ; and a processing circuit operative to perform a comparison between the frequency-resolved electrical characteristics (41-43; 51-53, 56-58) of the user and reference characteristics to authenticate the user , and to perform an unlocking operation based on a result of the comparison; to perform a comparison between the frequency-resolved electrical characteristics (41-43; 51-53, 56-58) of the user and reference characteristics to authenticate the user , and to perform an unlocking operation based on a result of the comparison; wherein the electronic equipment is configured to capture the reference characteristics in a registration phase in which the sensor circuit measures the at least one electrical property of the user at the plurality of frequencies. characterized in that the electronic equipment is configured to capture the reference characteristics in the registration phase for respectively each one of plural different positions of the electronic equipment relative to the user .
An electrode structure, comprising: a transparent electrode ; a light blocking pattern provided on the transparent electrode ; an auxiliary electrode pattern provided on the light blocking pattern ; and an organic insulating pattern covering the light blocking pattern and the auxiliary electrode pattern , wherein a line width (W2) of the light blocking pattern is 2.0 μm to 1.0 mm and is larger than a line width (W 1 ) of the auxiliary electrode pattern , the line with (W1) of the auxiliary electrode pattern being 1.5 μm or more and 1 mm or less, wherein a line width (W 3 ) of the organic insulating pattern is larger than a line width (W2) of the light blocking pattern by 0.5 μm or more and 2 μm or less, wherein an opposite surface of a surface of the organic insulating pattern that is in contact with the light blocking pattern and the auxiliary electrode pattern is a curved surface being a streamline shape surface having no angular part. a transparent electrode ; a light blocking pattern provided on the transparent electrode ; an auxiliary electrode pattern provided on the light blocking pattern ; and an organic insulating pattern covering the light blocking pattern and the auxiliary electrode pattern , wherein a line width (W2) of the light blocking pattern is 2.0 μm to 1.0 mm and is larger than a line width (W 1 ) of the auxiliary electrode pattern , the line with (W1) of the auxiliary electrode pattern being 1.5 μm or more and 1 mm or less, wherein a line width (W 3 ) of the organic insulating pattern is larger than a line width (W2) of the light blocking pattern by 0.5 μm or more and 2 μm or less, wherein an opposite surface of a surface of the organic insulating pattern that is in contact with the light blocking pattern and the auxiliary electrode pattern is a curved surface being a streamline shape surface having no angular part.