mhurhangee/patent-ind-claim-en huggingface dataset:
A compressed air purification apparatus, comprising: a cover shaped as a drum with a lower portion thereof being open, the cover being formed with an inlet and an outlet for compressed air, and being provided with an outer drum , an inner drum , and a discharge pipe therein, wherein the outer drum is inserted in the cover , and configured such that compressed air supplied through the inlet swirls downwards through a first chamber formed between the cover and the outer drum , the discharge pipe is formed in the outer drum and communicates with the outlet , and the inner drum is inserted between the outer drum and the discharge pipe , and is configured to allow compressed air to swirls downwards through a second chamber formed between the discharge pipe and the inner drum ; a collector drum integrally provided at a lower portion of the inner drum and communicated with the first chamber and the second chamber and forming a space between the discharge pipe and the inner drum to allow compressed air to flow; a drain cover provided at the lower portion of the cover , the drain cover being configured such that impurities separated from the compressed air flowing in the cover are collected therein; and a pressure cut-off part disposed in the collector drum to block a pressure of the first chamber and the second chamber and configured to move up or down according to the pressure difference between the first chamber and the second chamber . a cover shaped as a drum with a lower portion thereof being open, the cover being formed with an inlet and an outlet for compressed air, and being provided with an outer drum , an inner drum , and a discharge pipe therein, wherein the outer drum is inserted in the cover , and configured such that compressed air supplied through the inlet swirls downwards through a first chamber formed between the cover and the outer drum , the discharge pipe is formed in the outer drum and communicates with the outlet , and the inner drum is inserted between the outer drum and the discharge pipe , and is configured to allow compressed air to swirls downwards through a second chamber formed between the discharge pipe and the inner drum ; a collector drum integrally provided at a lower portion of the inner drum and communicated with the first chamber and the second chamber and forming a space between the discharge pipe and the inner drum to allow compressed air to flow; a drain cover provided at the lower portion of the cover , the drain cover being configured such that impurities separated from the compressed air flowing in the cover are collected therein; and a pressure cut-off part disposed in the collector drum to block a pressure of the first chamber and the second chamber and configured to move up or down according to the pressure difference between the first chamber and the second chamber .
A power supply apparatus comprising: a coupling capacitor arranged to be connected on its first end to ground; a transformer comprising a primary winding and a secondary winding ; a first rectifier bridge connected in parallel with said secondary winding ; and an energy storage , to which a load is arranged to be connected; wherein said primary winding is arranged to be connected between a second end of said coupling capacitor , and a high voltage transmission line ; said energy storage is arranged to be charged by means of a current passing through said first rectifier bridge ; and said power supply apparatus further comprises a bypass means comprising controlled semiconductor components arranged as a bidirectional bypass circuit which prevents said load from being over-powered; characterised in that the bypass means comprises a second rectifier bridge connected in parallel with said primary winding , a first transistor connected with its collector and emitter in parallel with said second rectifier bridge and a controller so that current between said second end of said coupling capacitor and said high voltage transmission line passes through said primary winding or through said bypass means. a coupling capacitor arranged to be connected on its first end to ground; a transformer comprising a primary winding and a secondary winding ; a first rectifier bridge connected in parallel with said secondary winding ; and an energy storage , to which a load is arranged to be connected; wherein said primary winding is arranged to be connected between a second end of said coupling capacitor , and a high voltage transmission line ; said energy storage is arranged to be charged by means of a current passing through said first rectifier bridge ; and said power supply apparatus further comprises a bypass means comprising controlled semiconductor components arranged as a bidirectional bypass circuit which prevents said load from being over-powered; characterised in that the bypass means comprises a second rectifier bridge connected in parallel with said primary winding , a first transistor connected with its collector and emitter in parallel with said second rectifier bridge and a controller so that current between said second end of said coupling capacitor and said high voltage transmission line passes through said primary winding or through said bypass means.
Process for the purification of methylcobalamin (I) from mixtures with iron cyanide anions, which are anionic iron (II) or iron (III) complexes with cyanide, characterized in that it comprises contacting a solution comprising methylcobalamin and iron cyanide anions with a strongly basic anion exchange resin, characterized in that the methylcobalamin which is purified is obtained by reductive methylation of cyanocobalamin in the presence of iron (II) salts and optionally iron (III) salts as cyanide scavengers.
A method of producing a soluble coffee powder, the method comprising: a) providing a porous spray dried soluble coffee powder; b) providing a granulated frozen coffee extract by injecting gas into a liquid coffee extract, freezing the gas-injected coffee extract, and granulating the frozen gas-injected coffee extract; c) heating the granulated frozen coffee extract to partly melt the powder surface; d) mixing the porous spray dried coffee powder with the heated granulated frozen coffee extract to produce particles of the frozen coffee extract covered by particles of the porous spray dried coffee powder; and e) freeze drying the covered particles of frozen coffee extract obtained in step d. a) providing a porous spray dried soluble coffee powder; b) providing a granulated frozen coffee extract by injecting gas into a liquid coffee extract, freezing the gas-injected coffee extract, and granulating the frozen gas-injected coffee extract; c) heating the granulated frozen coffee extract to partly melt the powder surface; d) mixing the porous spray dried coffee powder with the heated granulated frozen coffee extract to produce particles of the frozen coffee extract covered by particles of the porous spray dried coffee powder; and e) freeze drying the covered particles of frozen coffee extract obtained in step d.
A pair of socks for an applicator for applying lash extensions to natural eyelashes, each sock of the pair of socks comprising: a tubular body comprising: a first end portion and a second end portion , wherein the first end portion is an open end portion; and an inner channel extending between the first end portion and the second end portion , wherein the tubular body is longitudinally non-rectilinear, and wherein each sock is configured to be mountable on a respective tip portion of the applicator , and wherein the tubular body comprises an outer surface , and wherein the outer surface is substantially flat. a first end portion and a second end portion , wherein the first end portion is an open end portion; and an inner channel extending between the first end portion and the second end portion , wherein the tubular body is longitudinally non-rectilinear, and wherein each sock is configured to be mountable on a respective tip portion of the applicator , and wherein the tubular body comprises an outer surface , and wherein the outer surface is substantially flat.
A display device comprising: a touch sensitive element having an electroactive layer , a plurality of first electrodes disposed on a first surface of the electroactive layer, and a plurality of second electrodes disposed on the first surface of the electroactive layer; a display panel disposed under the touch sensitive element; and a touch sensor disposed under the touch sensitive element and having a plurality of touch electrodes , wherein pairs of the first and second electrodes of the touch sensitive element overlap with only one touch electrode of the plurality of touch electrodes; wherein the touch sensor is an in-cell type touch sensor integrated in the display panel. a touch sensitive element having an electroactive layer , a plurality of first electrodes disposed on a first surface of the electroactive layer, and a plurality of second electrodes disposed on the first surface of the electroactive layer; a display panel disposed under the touch sensitive element; and a touch sensor disposed under the touch sensitive element and having a plurality of touch electrodes , wherein pairs of the first and second electrodes of the touch sensitive element overlap with only one touch electrode of the plurality of touch electrodes; wherein the touch sensor is an in-cell type touch sensor integrated in the display panel.
A four-stroke opposed piston engine, OPE , comprising: one or more cylinders, each cylinder comprising a pair of inwardly opposed pistons ; a cooling jacket configured to cool the one or more cylinders, and comprising one or more fins to increase the surface area of the cooling jacket to expose coolant flowing inside the jacket to air; an intake aperture in each of the one or more cylinders for receiving a removable, modular intake valve assembly that enables a flow of combustion air into an interior of the cylinder , and an exhaust aperture in each of the one or more cylinders for receiving a removable, modular exhaust valve assembly that enables a flow of exhaust and combustion by-products out of the interior of the cylinder ; the OPE further comprising: one or more modular intake valve assemblies and one or more modular exhaust valve assemblies; and respective seats inserted into the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies, the seats protruding from the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies; wherein the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies are each connected to the one or more cylinders by the seats . one or more cylinders, each cylinder comprising a pair of inwardly opposed pistons ; a cooling jacket configured to cool the one or more cylinders, and comprising one or more fins to increase the surface area of the cooling jacket to expose coolant flowing inside the jacket to air; an intake aperture in each of the one or more cylinders for receiving a removable, modular intake valve assembly that enables a flow of combustion air into an interior of the cylinder , and an exhaust aperture in each of the one or more cylinders for receiving a removable, modular exhaust valve assembly that enables a flow of exhaust and combustion by-products out of the interior of the cylinder ; the OPE further comprising: one or more modular intake valve assemblies and one or more modular exhaust valve assemblies; and respective seats inserted into the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies, the seats protruding from the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies; one or more modular intake valve assemblies and one or more modular exhaust valve assemblies; and respective seats inserted into the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies, the seats protruding from the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies; wherein the one or more modular intake valve assemblies and the one or more modular exhaust valve assemblies are each connected to the one or more cylinders by the seats .
A lifting arrangement , realized to facilitate alignment of a load (L) with a wind turbine assembly , comprising: - a crane arrangement for hoisting the load (L) to the wind turbine assembly ; - a tagline arrangement for stabilizing the load during a lifting manoeuvre; - a sensor arrangement realized to detect a motion of the wind turbine assembly relative to the load (L) during the lifting manoeuvre; - an actuator arrangement for adjusting the position of the load (L) relative to the wind turbine assembly ; and - a control arrangement for controlling actuators of the actuator arrangement to reduce the detected relative motion; wherein the sensor arrangement comprises a sensor realized to be arranged at an upper level of the wind turbine, which sensor is realized to detect an oscillation (H5) of the wind turbine assembly , and the actuator arrangement comprises an actuator realized to adjust the orientation of the suspended load (L), and wherein the control arrangement is realized to generate a control signal for the load orientation actuator . - a crane arrangement for hoisting the load (L) to the wind turbine assembly ; - a tagline arrangement for stabilizing the load during a lifting manoeuvre; - a sensor arrangement realized to detect a motion of the wind turbine assembly relative to the load (L) during the lifting manoeuvre; - an actuator arrangement for adjusting the position of the load (L) relative to the wind turbine assembly ; and - a control arrangement for controlling actuators of the actuator arrangement to reduce the detected relative motion;
A method of detecting a biogenic amine messenger in an ex vivo rapid test, comprising the steps of (a) contacting an inorganic-organic hybrid compound in the form of nanoparticles having a particle diameter in the range of 1 to 100 nm, consisting of an inorganic metal cation selected from the group consisting of Cu + , Cu 2+ and Ag + , and an organic fluorescent dye anion containing at least one scarboxylate group with the biogenic amine messenger in a suspension, wherein the inorganic-organic hybrid compound has a molar solubility in water of at most 10 -2 mol/l and wherein the organic fluorescent dye anion is released in an amount relative to the amount of the biogenic amine messenger due to the higher affinity of the biogenic amine messenger to the inorganic metal cation; (b) photometrically determining the concentration of the free organic fluorescent dye anion; and (c) correlating the concentration of the free organic fluorescent dye anion with the concentration of the biogenic amine messenger, wherein the organic fluorescent dye anion is an anion of calcein or 3,4,9,10-perylenetetracarboxylic acid; and wherein the biogenic amine messenger is histamine. (a) contacting an inorganic-organic hybrid compound in the form of nanoparticles having a particle diameter in the range of 1 to 100 nm, consisting of an inorganic metal cation selected from the group consisting of Cu + , Cu 2+ and Ag + , and an organic fluorescent dye anion containing at least one scarboxylate group with the biogenic amine messenger in a suspension, wherein the inorganic-organic hybrid compound has a molar solubility in water of at most 10 -2 mol/l and wherein the organic fluorescent dye anion is released in an amount relative to the amount of the biogenic amine messenger due to the higher affinity of the biogenic amine messenger to the inorganic metal cation; (b) photometrically determining the concentration of the free organic fluorescent dye anion; and (c) correlating the concentration of the free organic fluorescent dye anion with the concentration of the biogenic amine messenger,
An electronics including an electrical isolation, the electronics comprising: a bidirectional isolation circuit separating a first portion from a second portion ; and characterized by : a bus transceiver switch disposed in the second portion , the bus transceiver switch being communicatively coupled to the bidirectional isolation circuit ; wherein the bus transceiver switch receives from the bidirectional isolation circuit a communication control signal provided by the first portion . a bidirectional isolation circuit separating a first portion from a second portion ; and characterized by : a bus transceiver switch disposed in the second portion , the bus transceiver switch being communicatively coupled to the bidirectional isolation circuit ; wherein the bus transceiver switch receives from the bidirectional isolation circuit a communication control signal provided by the first portion . a bus transceiver switch disposed in the second portion , the bus transceiver switch being communicatively coupled to the bidirectional isolation circuit ; wherein the bus transceiver switch receives from the bidirectional isolation circuit a communication control signal provided by the first portion .
Watering device comprising - a main body (HK1, HK2), - a nozzle body (DK1, DK2), - and a flow measuring device with a turbine unit (TE), which is arranged in a turbine receptacle (TA) of a flow channel leading through the main body (HK1, HK2) and the nozzle body (DK1, DK2), as well as with an electronic unit (EE1, EE2) arranged outside the flow channel which interacts contactless with the turbine unit (TE), wherein main body (HK1, HK2) and nozzle body (DK1, DK2) - are connected to each other in an operating position, wherein the flow channel has a first portion in the main body (HK1, HK2) and a second portion in the nozzle body (DK1, DK2), - and are each implemented as uniformly manageable bodies in a release position, wherein main body (HK1, HK2) and nozzle body (DK1, DK2) can be reversibly brought from the operating position into the release position via a relative movement to each other and vice versa, and wherein a securing element is displaceable relative to main body (HK1, HK2) and nozzle body (DK1, DK2), - between a use position in which the main body (HK1, HK2) and the nozzle bodies (DK1, DK2) are secured against release from the operating position, and - a position of non-use in which main body (HK1, HK2) and nozzle body (DK1, DK2) are free to release each other, characterized in that the turbine receptacle (TA) is formed in the first section of the flow channel located in the main body (HK1, HK2) or in the second section of the flow channel located in the nozzle body (DK1, DK2), and that the turbine unit (TE) can be inserted into or removed from the turbine receptacle (TA) in the release position of the main body (HK1, HK2) and the nozzle body (DK1, DK2), - a main body (HK1, HK2), - a nozzle body (DK1, DK2), - and a flow measuring device with a turbine unit (TE), which is arranged in a turbine receptacle (TA) of a flow channel leading through the main body (HK1, HK2) and the nozzle body (DK1, DK2), as well as with an electronic unit (EE1, EE2) arranged outside the flow channel which interacts contactless with the turbine unit (TE), - are connected to each other in an operating position, wherein the flow channel has a first portion in the main body (HK1, HK2) and a second portion in the nozzle body (DK1, DK2), - and are each implemented as uniformly manageable bodies in a release position, wherein main body (HK1, HK2) and nozzle body (DK1, DK2) can be reversibly brought from the operating position into the release position via a relative movement to each other and vice versa, - between a use position in which the main body (HK1, HK2) and the nozzle bodies (DK1, DK2) are secured against release from the operating position, and - a position of non-use in which main body (HK1, HK2) and nozzle body (DK1, DK2) are free to release each other,
An aerosol generating assembly comprising an aerosol generating substrate and a heater which is configured to heat but not burn the aerosol generating material, wherein the aerosol generating substrate comprises an aerosol generating material, the aerosol generating material comprising an amorphous solid, the amorphous solid comprising: - 1-60 wt% of a gelling agent; - 0.1-50 wt% of an aerosol generating agent; and - 0.1-80 wt% of a flavour; wherein these weights are calculated on a dry weight basis; wherein the aerosol generating material has an area density of from 30 to 120 g/m 2 . - 1-60 wt% of a gelling agent; - 0.1-50 wt% of an aerosol generating agent; and - 0.1-80 wt% of a flavour; wherein these weights are calculated on a dry weight basis; wherein the aerosol generating material has an area density of from 30 to 120 g/m 2 .
An accessory device suitable for use with an electronic device that includes device magnets and a device contact, the accessory device comprising: a foldable cover comprising an attachment feature configured to couple with the electronic device, the attachment feature comprising an electrical contact and a first magnetic element adjacent left to the electrical contact and a second magnetic element adjacent right to the electrical contact; a keyboard assembly hingedly coupled with the foldable cover allowing the keyboard assembly to rotate with respect to the foldable cover; a retention feature extending from the keyboard assembly and providing a structural support for the attachment feature when the attachment feature is at least partially positioned in the retention feature; an electrically conductive fabric extending from the attachment feature to the keyboard assembly, the electrically conductive fabric providing an electrical communication path between the electrical contact and the keyboard assembly; and an embedded support layer that extends into the keyboard assembly and the foldable cover, wherein the embedded support layer allows the keyboard assembly to i) fold over and onto the foldable cover and ii) extend away from the foldable cover to a predetermined angle with respect to the foldable cover. a foldable cover comprising an attachment feature configured to couple with the electronic device, the attachment feature comprising an electrical contact and a first magnetic element adjacent left to the electrical contact and a second magnetic element adjacent right to the electrical contact; a keyboard assembly hingedly coupled with the foldable cover allowing the keyboard assembly to rotate with respect to the foldable cover; a retention feature extending from the keyboard assembly and providing a structural support for the attachment feature when the attachment feature is at least partially positioned in the retention feature; an electrically conductive fabric extending from the attachment feature to the keyboard assembly, the electrically conductive fabric providing an electrical communication path between the electrical contact and the keyboard assembly; and an embedded support layer that extends into the keyboard assembly and the foldable cover, wherein the embedded support layer allows the keyboard assembly to i) fold over and onto the foldable cover and ii) extend away from the foldable cover to a predetermined angle with respect to the foldable cover. i) fold over and onto the foldable cover and ii) extend away from the foldable cover to a predetermined angle with respect to the foldable cover.