mhurhangee/patent-ind-claim-en huggingface dataset:
A gel composition for use in a sustained release preparation for use in controlling an insect pest, the composition comprising: - one or more volatile substances and an oil gelling agent, wherein the one or more volatile substances are comprised in an amount of from 70.0 to 99.0% by weight by the gel composition; the oil gelling agent is selected from the group consisting of a long-chain fatty acid which is a saturated or unsaturated fatty acid having 8 to 24 carbon atoms and a dextrin fatty acid ester. - one or more volatile substances and an oil gelling agent, wherein the one or more volatile substances are comprised in an amount of from 70.0 to 99.0% by weight by the gel composition; the oil gelling agent is selected from the group consisting of a long-chain fatty acid which is a saturated or unsaturated fatty acid having 8 to 24 carbon atoms and a dextrin fatty acid ester.
A pet water fountain comprising: a bowl for holding an aqueous drinking fluid; a housing configured to cover a portion of the bowl , the housing defining a cone mounting flange and a fluid reservoir ; a rotatable cone positioned within the cone mounting flange , the cone tapering outwardly from a bottom end to a top end, the cone bottom end having a fluid inlet , the bowl top end being in fluid communication with the housing fluid reservoir , and an electric motor coupled to the rotatable cone for rotatably driving the rotatable cone , characterized in that the fluid inlet is configured to allow the passage of fluid from the bowl through the inlet and into the interior of the cone . a bowl for holding an aqueous drinking fluid; a housing configured to cover a portion of the bowl , the housing defining a cone mounting flange and a fluid reservoir ; a rotatable cone positioned within the cone mounting flange , the cone tapering outwardly from a bottom end to a top end, the cone bottom end having a fluid inlet , the bowl top end being in fluid communication with the housing fluid reservoir , and an electric motor coupled to the rotatable cone for rotatably driving the rotatable cone , characterized in that the fluid inlet is configured to allow the passage of fluid from the bowl through the inlet and into the interior of the cone .
A method for molecule delivery into cells, comprising: forming a solution comprising an amount of microbubbles, an amount of soluble molecules, and one or more cells; flowing the solution through a microfluidic device comprising a first channel for housing one or more microbubbles, a second channel for housing soluble molecules, the second channel in fluid communication with and intersected by the first channel; and a third channel for housing a cell solution, the third channel in fluid communication with and intersected by the second channel, and sonicating the solution for a period of time sufficient to form pores in the one or more cells. forming a solution comprising an amount of microbubbles, an amount of soluble molecules, and one or more cells; flowing the solution through a microfluidic device comprising a first channel for housing one or more microbubbles, a second channel for housing soluble molecules, the second channel in fluid communication with and intersected by the first channel; and a third channel for housing a cell solution, the third channel in fluid communication with and intersected by the second channel, and sonicating the solution for a period of time sufficient to form pores in the one or more cells.
A system for generating a clock reference, comprising an input flip-flop including a clock input terminal configured to be coupled to a first clock , and a data input terminal configured to be coupled to a first reference signal , wherein the input flip-flop is configured to use the first clock to latch the reference signal to produce a latched reference signal; a counter coupled to the input flip-flop and configured to count pulses of the first clock starting upon detection of the latched reference signal and to output a second reference signal comprising a pulse for every L pulses of the first clock; and a clock tree configured to divide down the first clock to generate output clocks; wherein the clock tree is configured to be synchronized by a pulse of the second reference signal; and wherein the clock tree includes a cascaded series of clock dividers ; wherein each clock divider in the cascaded series of clock dividers includes a reference signal input configured to receive the second reference signal pulses from the counter, wherein the second reference signal pulses synchronize the clock dividers in the cascaded series of clock dividers, characterized in that the value of L is equal to a lowest common multiple of all the division factors of the cascaded series of clock dividers, or an integer multiple of the lowest common multiple factor. an input flip-flop including a clock input terminal configured to be coupled to a first clock , and a data input terminal configured to be coupled to a first reference signal , wherein the input flip-flop is configured to use the first clock to latch the reference signal to produce a latched reference signal; and a data input terminal configured to be coupled to a first reference signal , wherein the input flip-flop is configured to use the first clock to latch the reference signal to produce a latched reference signal; a counter coupled to the input flip-flop and configured to count pulses of the first clock starting upon detection of the latched reference signal and to output a second reference signal comprising a pulse for every L pulses of the first clock; and a clock tree configured to divide down the first clock to generate output clocks; wherein the clock tree is configured to be synchronized by a pulse of the second reference signal; and wherein the clock tree includes a cascaded series of clock dividers ; wherein each clock divider in the cascaded series of clock dividers includes a reference signal input configured to receive the second reference signal pulses from the counter, wherein the second reference signal pulses synchronize the clock dividers in the cascaded series of clock dividers,
A connector clip comprising: a leading portion attached to a trailing portion by an offset ; the leading portion including an anti-rotation bump extending in the direction of the offset , a locking tab extending in the direction of the offset , a top protrusion and a hook on a bottom edge of the leading portion opposite the top protrusion ; and the trailing portion including a bottom angled flange , and a top angled flange , characterized in that the top angles flange has a finger which extends above the leading portion and is separated from the leading portion by a notch and in that the leading portion includes a top protrusion bent toward the offset . a leading portion attached to a trailing portion by an offset ; the leading portion including an anti-rotation bump extending in the direction of the offset , a locking tab extending in the direction of the offset , a top protrusion and a hook on a bottom edge of the leading portion opposite the top protrusion ; and the trailing portion including a bottom angled flange , and a top angled flange , characterized in that the top angles flange has a finger which extends above the leading portion and is separated from the leading portion by a notch and in that the leading portion includes a top protrusion bent toward the offset .
A transdermal absorption preparation containing silodosin or a salt thereof, or tamsulosin or a salt thereof as an active ingredient, wherein the transdermal absorption preparation comprises a pressure-sensitive adhesive, and at least one transdermal absorption promoting agent selected from the group consisting of oleyl alcohol, lauryl alcohol, and lauromacrogol, wherein the pressure-sensitive adhesive consists of an acrylic pressure-sensitive adhesive that comprises a copolymer of at least one (meth)acrylic acid monomer and at least one vinyl monomer and that contains a carboxyl group, and wherein the vinyl monomer comprises at least one selected from the group consisting of vinyl acetate, N-vinyl-2-pyrrolidone, acrylamide, dimethylacrylamide, diethylacrylamide, methacrylamide, N-methylolacrylamide, glycidyl acrylate, and glycidyl methacrylate.
Method for processing stretched-curd cheeses, wherein it comprises the following sequence of steps: - a step of stretching the melted cheese to obtain stretched curd (F); - a step of forming said stretched curd (F) to obtain portions (P) of stretched curd with predefined shape and weight; - a step of packaging said portions (P) of stretched curd to obtain packaged portions (E); characterized in that the method then comprises: - a step of hardening said packaged portions (E) in a bath with a controlled temperature to obtain already packaged stretched-curd cheeses (M), wherein said hardening step comprises one or more cooling steps at a controlled temperature. - a step of stretching the melted cheese to obtain stretched curd (F); - a step of forming said stretched curd (F) to obtain portions (P) of stretched curd with predefined shape and weight; - a step of packaging said portions (P) of stretched curd to obtain packaged portions (E); characterized in that the method then comprises: - a step of hardening said packaged portions (E) in a bath with a controlled temperature to obtain already packaged stretched-curd cheeses (M), wherein said hardening step comprises one or more cooling steps at a controlled temperature.
Method for heating a heating chamber , the temperature of which may also lie below the spontaneous ignition temperature of the fuel used, wherein fuel and air are brought to reaction in a non-stoichiometric ratio in a combustion chamber and transferred as a reaction gas into the heating chamber without extraction of useful heat, and the reaction gas is fully oxidised in the heating chamber by the addition of air and/or fuel as required, characterised in that the reaction is a flameless oxidation. wherein fuel and air are brought to reaction in a non-stoichiometric ratio in a combustion chamber and transferred as a reaction gas into the heating chamber without extraction of useful heat, and the reaction gas is fully oxidised in the heating chamber by the addition of air and/or fuel as required, characterised in that the reaction is a flameless oxidation.
Thermoformable and grainable composite film, in particular for cladding of vehicle interiors, with a decorative film, a lacquer layer configured thereon and optionally a carrier and further layers and intervening layers, characterized in that the decorative layer comprises a thermoplastic styrene block copolymer and a thermoplastic homopolymer of propylene, the quantity of the homopolymer of propylene, based on 10 to 70 parts by weight of the thermoplastic styrene block copolymer, in the thermoplastic polymer mixture is 5 to 50 parts by weight, and the Shore A hardness of the thermoplastic polymer mixture is 50 to 90 (in accordance with DIN ISO 7619-1), and where the thermoplastic polymer mixture additionally comprises a thermoplastic homopolymer of ethylene and the quantity thereof, based on the said parts by weight of the thermoplastic styrene block copolymer and of the thermoplastic homopolymer of propylene, is 5 to 80 parts by weight, in particular 20 to 75 parts by weight.
An arrangement for preparing a gas (G) in a closable reactor by supplying said reactor with a plastic material or plastic-based material, or carbon-based biomass or chopped wood material, such as chips, in substantially oxygen-free conditions, by allowing the plastic material or plastic-based material or carbon based biomass or chopped wood material to gasify at a temperature of at least 374 °C, and by recovering the gas (G) generated in a gasification reaction (R), characterized in that the arrangement is such that - the reactor has its interior defined by a feed pipe whose inlet end is closable with a shut-off valve , especially with a ball valve, and whose outlet end adjoins a heatable gasification dome , - a plastic material or plastic-based material or biomass or chopped wood material is delivered from the feed pipe's inlet end into the reactor's interior, - the reactor's interior has a supply of an additional free water in its supercritical state, - the plastic material or plastic-based material or biomass or wood material is conveyed into a gasification space of the reactor's interior, which is in connection with the heated gasification dome and which is adapted to have existing conditions selected in a manner such that the water (V) present in said gasification space is present in its supercritical-state, - the gas (G) generated in the gasification reaction is recovered. - the reactor has its interior defined by a feed pipe whose inlet end is closable with a shut-off valve , especially with a ball valve, and whose outlet end adjoins a heatable gasification dome , - a plastic material or plastic-based material or biomass or chopped wood material is delivered from the feed pipe's inlet end into the reactor's interior, - the reactor's interior has a supply of an additional free water in its supercritical state, - the plastic material or plastic-based material or biomass or wood material is conveyed into a gasification space of the reactor's interior, which is in connection with the heated gasification dome and which is adapted to have existing conditions selected in a manner such that the water (V) present in said gasification space is present in its supercritical-state, - the gas (G) generated in the gasification reaction is recovered.
A tissue embedding cassette comprising: a box defining an inner cavity (A); a lid operatively connected to the box , the lid opening and closing access to the inner cavity (A); retaining fingers or a retaining frame (30") projecting from the lid and for being applied against a surface of the box ; and complementary connectors for the retaining fingers or the retaining frame to be held against the surface of the box , characterized in that the retaining fingers are configured to apply pressure on sides of a label on the surface of the box or the retaining frame (30") forms a window configured to apply pressure on sides and on a bottom of the label on the surface of the box . a box defining an inner cavity (A); a lid operatively connected to the box , the lid opening and closing access to the inner cavity (A); retaining fingers or a retaining frame (30") projecting from the lid and for being applied against a surface of the box ; and complementary connectors for the retaining fingers or the retaining frame to be held against the surface of the box , characterized in that the retaining fingers are configured to apply pressure on sides of a label on the surface of the box or the retaining frame (30") forms a window configured to apply pressure on sides and on a bottom of the label on the surface of the box .
A vacuum cleaner comprising: a suction inlet ; a conduit for fluid communication with the suction inlet; a filter having a valve releasably connected to a filter inlet, the filter configured to collect debris drawn through the suction inlet; and a release mechanism moveable from a first position to a second position, wherein in the first position, the filter is in fluid communication with the conduit to collect debris with the valve being open, and in the second position, the filter is disconnected from the conduit with the valve being closed, wherein the valve is coupled to the conduit for movement with the conduit to move the valve to the open and closed positions, and characterized in that movement of the release mechanism from the first position to the second position closes the valve and ejects the filter from the vacuum cleaner. a suction inlet ; a conduit for fluid communication with the suction inlet; a filter having a valve releasably connected to a filter inlet, the filter configured to collect debris drawn through the suction inlet; and a release mechanism moveable from a first position to a second position, wherein in the first position, the filter is in fluid communication with the conduit to collect debris with the valve being open, and in the second position, the filter is disconnected from the conduit with the valve being closed, wherein the valve is coupled to the conduit for movement with the conduit to move the valve to the open and closed positions, and characterized in that movement of the release mechanism from the first position to the second position closes the valve and ejects the filter from the vacuum cleaner.
Positioning system (PS) for a land vehicle (LV) comprising: - a processing unit (PU) for computing data and for output of high-precision GNSS positions (HPP), - an antenna (A) with at least one antenna element (AE1, AE2) for reception of GNSS signals in at least a first band, - a GNSS receiver (GRV) for output of antenna data to the processing unit (PU), - a memory (M) with a stored phase-center-variation-matrix (PCVM) for the at least one antenna element (AE1, AE2) and for output of correction data (CD) of the phase-center-variation-matrix (PCVM) to the processing unit (PU), characterised in that the correction data (CD) was recorded to the memory (M) as result of measurements of the land vehicle (LV) together with its antenna (A), wherein a measurement is done for each antenna element (AE1, AE2) for the relevant angles and for each band which shall be used, wherein during the measurement, the phase-center-variation (PCV) patterns for the relevant angles and receiving frequencies of the band have been recorded; and further characterised by - a rotation angle detection apparatus (RAD) for providing the processing unit (PU) with rotation angle data to the processing unit and - a tilt angles detection apparatus (TAD) for providing the processing unit with tilt angles data. - a processing unit (PU) for computing data and for output of high-precision GNSS positions (HPP), - an antenna (A) with at least one antenna element (AE1, AE2) for reception of GNSS signals in at least a first band, - a GNSS receiver (GRV) for output of antenna data to the processing unit (PU), - a memory (M) with a stored phase-center-variation-matrix (PCVM) for the at least one antenna element (AE1, AE2) and for output of correction data (CD) of the phase-center-variation-matrix (PCVM) to the processing unit (PU), characterised in that the correction data (CD) was recorded to the memory (M) as result of measurements of the land vehicle (LV) together with its antenna (A), wherein a measurement is done for each antenna element (AE1, AE2) for the relevant angles and for each band which shall be used, wherein during the measurement, the phase-center-variation (PCV) patterns for the relevant angles and receiving frequencies of the band have been recorded; and further characterised by - a rotation angle detection apparatus (RAD) for providing the processing unit (PU) with rotation angle data to the processing unit and - a tilt angles detection apparatus (TAD) for providing the processing unit with tilt angles data.
A method for printing, the method comprising steps of: providing a substrate extending in a machine direction (MD), the substrate comprising a first surface and an opposing second surface and defining a width (Ws) in a cross direction (CD); depositing energy curable ink onto the first surface of the substrate to define a printed region ; directing ultraviolet light from a light source onto the first surface of the substrate to define an illumination zone extending for a length (L), expressed in metres, in the machine direction (MD) on the first surface of the substrate ; advancing the printed region through the illumination zone ; curing energy curable ink advancing through the illumination zone with ultraviolet light traveling from the light source ; removing heat energy from the substrate , wherein the step of removing heat energy further comprises partially wrapping the substrate onto a chill roll ; characterized in that a portion of the ultraviolet light travels through the substrate and away from the second surface of the substrate ; and wherein the chill roll comprises a reflective surface, and further comprising the step of reflecting ultraviolet light traveling from the second surface of the substrate with the reflective surface. providing a substrate extending in a machine direction (MD), the substrate comprising a first surface and an opposing second surface and defining a width (Ws) in a cross direction (CD); depositing energy curable ink onto the first surface of the substrate to define a printed region ; directing ultraviolet light from a light source onto the first surface of the substrate to define an illumination zone extending for a length (L), expressed in metres, in the machine direction (MD) on the first surface of the substrate ; advancing the printed region through the illumination zone ; curing energy curable ink advancing through the illumination zone with ultraviolet light traveling from the light source ; removing heat energy from the substrate , wherein the step of removing heat energy further comprises partially wrapping the substrate onto a chill roll ; characterized in that a portion of the ultraviolet light travels through the substrate and away from the second surface of the substrate ; and
A method for applying an abradable coating, the method comprising: generating a plasma ; introducing a matrix-forming first particulate to the plasma at a first location; and introducing a second particulate of an organic particulate and/or salt particulate to the plasma at a second location downstream from the first location to mix with the matrix-forming first particulate , the second particulate having a characteristic size in the range 6.0 micrometers to 45.0 micrometers; and directing the first particulate and the second particulate to a target to form a coating on the target ; characterised in that : both the first particulate and the second particulate are injected into a core of the plasma . generating a plasma ; introducing a matrix-forming first particulate to the plasma at a first location; and introducing a second particulate of an organic particulate and/or salt particulate to the plasma at a second location downstream from the first location to mix with the matrix-forming first particulate , the second particulate having a characteristic size in the range 6.0 micrometers to 45.0 micrometers; and directing the first particulate and the second particulate to a target to form a coating on the target ; characterised in that : both the first particulate and the second particulate are injected into a core of the plasma .