mhurhangee/patent-ind-claim-en huggingface dataset:
Biomass stove comprising a combustion chamber , an unburned gas storage chamber , a flue gas extractor fan device for extracting unburned gas from the storage chamber and for sending it to an exhaust flue , at least one air intake for feeding air from the outside to the inside of the combustion chamber , wherein the combustion chamber comprises a cup-like or bowl-like brazier area adapted to receive the biomass and to generate combustible gas and a flame area intended for the combustion of the combustible gas coming from the brazier area , wherein the combustion chamber comprises a first series of apertures at the bottom area of said brazier , optionally in the bottom wall or in the side walls directly adjacent to said bottom wall, for supplying primary gas, in particular ambient air, and a second series of apertures at said flame area , i.e. of the upper end of said brazier , which is open towards an upper part of the combustion chamber, for supplying secondary gas, whereby the biomass stove comprises a branch intercepting the flue gases directed to the exhaust flue such to at least partially direct said flue gases to the primary gas inlet apertures , wherein there is a mixing chamber , which mixing chamber is in fluid dynamic communication with at least the primary gas inlet apertures of the bottom area of the brazier and the flue gas intercepting branch to introduce unburned gas, pure or mixed with ambient air coming from outside in the brazier area , characterized in that the mixing chamber has an inlet for flue gases coming from the branch and an external air inlet , the flue gas inlet being provided at the apertures of the brazier area and the air inlet being provided at the apertures of the flame area such that the flue gases/air mixture reaching the apertures of the brazier area has a stoichiometric content different from that of the flue gases/air mixture reaching the apertures of the flame area and wherein the mixing chamber is divided in two parts not in direct communication with each other, i.e. whose shared separation walls do not have apertures flowing directly into one or the other chamber, wherein the first part of the mixing chamber is in direct fluid dynamic communication with the apertures of the brazier area and the flue gas branch and the second part of the mixing chamber is in direct fluid dynamic communication with the apertures of the flame part and the external ambient air .
Method for the purification of gas the method comprising the following steps: - expanding a gas flow in a supersonic nozzle, wherein the gas flow containing components to be extracted from the gas flow, wherein the gas flow increases to supersonic velocities inside the supersonic nozzle, wherein a supercooling of the gas flow for a desublimation of the components to be extracted from the gas flow is achieved, - introducing the supersonic gas flow into a working chamber, - supplying solid particles at the inlet of the working chamber, whereby a two-phase flow is formed, comprising a gas phase and solid particles, on whose surface the desublimation of the components to be extracted from a gas phase to a solid phase takes place, - separating the gas phase from the solid phase. - expanding a gas flow in a supersonic nozzle, wherein the gas flow containing components to be extracted from the gas flow, wherein the gas flow increases to supersonic velocities inside the supersonic nozzle, wherein a supercooling of the gas flow for a desublimation of the components to be extracted from the gas flow is achieved, - introducing the supersonic gas flow into a working chamber, - supplying solid particles at the inlet of the working chamber, whereby a two-phase flow is formed, comprising a gas phase and solid particles, on whose surface the desublimation of the components to be extracted from a gas phase to a solid phase takes place, - separating the gas phase from the solid phase.
A monolithically integrated thermal tunable laser comprising: a substrate layer ; and a thermal tuning assembly including a suspended thermal isolation structure , comprising: an Indium Gallium Arsenide, InGaAs, lower etch stop layer deposited on the substrate layer; a thermal insulation layer formed on the InGaAs lower etch stop layer by partially etching an Indium Phosphide, InP, sacrificial layer ; an InGaAs upper etch stop layer formed on the thermal insulation layer; a waveguide layer deposited above the InGaAs upper etch stop layer ; a dielectric layer deposited on the waveguide layer , wherein the dielectric layer comprises Silicon Dioxide, SiO 2 , a heating element which is embedded within the dielectric layer, and a plurality of etch passages extending between the waveguide layer and the thermal insulation layer. a substrate layer ; and a thermal tuning assembly including a suspended thermal isolation structure , comprising: an Indium Gallium Arsenide, InGaAs, lower etch stop layer deposited on the substrate layer; a thermal insulation layer formed on the InGaAs lower etch stop layer by partially etching an Indium Phosphide, InP, sacrificial layer ; an InGaAs upper etch stop layer formed on the thermal insulation layer; a waveguide layer deposited above the InGaAs upper etch stop layer ; a dielectric layer deposited on the waveguide layer , wherein the dielectric layer comprises Silicon Dioxide, SiO 2 , a heating element which is embedded within the dielectric layer, and a plurality of etch passages extending between the waveguide layer and the thermal insulation layer. an Indium Gallium Arsenide, InGaAs, lower etch stop layer deposited on the substrate layer; a thermal insulation layer formed on the InGaAs lower etch stop layer by partially etching an Indium Phosphide, InP, sacrificial layer ; an InGaAs upper etch stop layer formed on the thermal insulation layer; a waveguide layer deposited above the InGaAs upper etch stop layer ; a dielectric layer deposited on the waveguide layer , wherein the dielectric layer comprises Silicon Dioxide, SiO 2 , a heating element which is embedded within the dielectric layer, and a plurality of etch passages extending between the waveguide layer and the thermal insulation layer.
An intermediate link (18-3) for a tool arm assembly comprising: a body (38-2) having a first rotation axis and a second rotation axis , the body forming a through hole (76-1) that extends from a top surface of the body to a bottom surface of the body; a first connector (82-1) coupled to the body, the first connector being at least partially rotatable about the first rotation axis; a second connector (82-2) coupled to the body, the second connector being at least partially rotatable about the second rotation axis; and a first rotation lock mechanism comprising a first pin (78-1) that is slidably coupled to the body and is positioned in the through hole, the first pin slidable along a first pin axis, the first pin having a length greater than a height of the body defined by a distance between the top surface and the bottom surface; wherein the first connector further comprises a first bracket (84-1) forming at least one opening that intersects the first pin axis at a particular rotation orientation of the first connector with respect to the body; the first pin is configured to engage the at least one opening of the first bracket to prevent rotation of the first connector with respect to the body; and the first pin comprises a first end having a curved head section and a second end that is straight, the body forms a first hole (94-1) in the top surface having a first depth sufficient to allow a portion of the curved head section to be positioned in the hole and the second end to engage the at least one opening of the first bracket. a body (38-2) having a first rotation axis and a second rotation axis , the body forming a through hole (76-1) that extends from a top surface of the body to a bottom surface of the body; a first connector (82-1) coupled to the body, the first connector being at least partially rotatable about the first rotation axis; a second connector (82-2) coupled to the body, the second connector being at least partially rotatable about the second rotation axis; and a first rotation lock mechanism comprising a first pin (78-1) that is slidably coupled to the body and is positioned in the through hole, the first pin slidable along a first pin axis, the first pin having a length greater than a height of the body defined by a distance between the top surface and the bottom surface; wherein the first connector further comprises a first bracket (84-1) forming at least one opening that intersects the first pin axis at a particular rotation orientation of the first connector with respect to the body; the first pin is configured to engage the at least one opening of the first bracket to prevent rotation of the first connector with respect to the body; and the first pin comprises a first end having a curved head section and a second end that is straight, the body forms a first hole (94-1) in the top surface having a first depth sufficient to allow a portion of the curved head section to be positioned in the hole and the second end to engage the at least one opening of the first bracket.
A line-replaceable-unit (10A-10N) configured for installation in an aircraft (5A-5N), the line-replaceable-unit comprising: a memory ; at least one processor; and characterized by at least one module operable by the at least one processor to: during flight operations of the aircraft, automatically collect operational data specific to the line-replaceable-unit, the operational data including information associated with one or more single event upsets detected by the line-replaceable unit, the operational data further including information pertaining to a parameter or environmental condition associated with the operating environment of the line-replaceable-unit during a flight of the aircraft; store the operational data at the memory; responsive to determining that the aircraft has landed, automatically establish a communication session with a ground station; and automatically output, to the ground station (30A-30N), the operational data via the communication session for subsequent transmission to a remote computing system. a memory ; at least one processor; and characterized by at least one module operable by the at least one processor to: during flight operations of the aircraft, automatically collect operational data specific to the line-replaceable-unit, the operational data including information associated with one or more single event upsets detected by the line-replaceable unit, the operational data further including information pertaining to a parameter or environmental condition associated with the operating environment of the line-replaceable-unit during a flight of the aircraft; store the operational data at the memory; responsive to determining that the aircraft has landed, automatically establish a communication session with a ground station; and automatically output, to the ground station (30A-30N), the operational data via the communication session for subsequent transmission to a remote computing system. during flight operations of the aircraft, automatically collect operational data specific to the line-replaceable-unit, the operational data including information associated with one or more single event upsets detected by the line-replaceable unit, the operational data further including information pertaining to a parameter or environmental condition associated with the operating environment of the line-replaceable-unit during a flight of the aircraft; store the operational data at the memory; responsive to determining that the aircraft has landed, automatically establish a communication session with a ground station; and automatically output, to the ground station (30A-30N), the operational data via the communication session for subsequent transmission to a remote computing system.
Suture device , comprising at least a suture element of elongated shape and intended to be inserted through the flaps of a surgical wound, wherein said suture element is made of a shape memory material and has a first pointed extremity adapted to pierce said flaps to allow the passage of said suture element through the latter , and a second extremity opposite to said first extremity , and comprises at least a curved portion intended to be positioned astride of said flaps , and wherein said suture element comprises an initial configuration wherein said extremities and said flaps are spaced apart from one another and a final configuration wherein said extremities and said flaps are approached, wherein said first extremity and said second extremity are formed on a first extension and on a second extension respectively, which in said final configuration are adapted to overlap to each other to define a reinforcing surface of said suture element , characterized in that said first extension and said second extension are manufactured in the austenitic phase and said curved portion is manufactured in the martensitic phase.
A device for loading and/or unloading a glass plate storage device, wherein the device comprises a loading system comprising a gear wheel with a series of depressions in an outer surface of the gear wheel thereby defining a rim of teeth between pairs of depressions , wherein the gear wheel is configured to engage the glass plate storage device and to perform at least one of rotating in a first direction thereby moving the glass plate storage device (401; 805, 807) towards the device for loading the glass plate storage device (401; 805, 807) over the device and rotating in a second direction thereby moving the glass plate storage device (401; 805, 807) away from the device and to disengage the glass plate storage device (401; 805, 807) for unloading the glass plate storage device (401; 805, 807) from the device and wherein the first direction and the second direction are opposite directions.
A charging adapter, wherein the charging adapter is mountable on a headtube of a light electric vehicle , the charging adapter comprises an RFID tag readable and recognizable by an RFID reader of an electric scooter charging station of the light electric vehicle , and two electrical contacts for receiving electric power from the electric scooter charging station, characterised in that said two electrical contacts are arranged on sides of the headtube and the RFID tag , which RFID tag is configured to face the travelling direction of the light electric vehicle , when the charging adapter is mounted on the headtube .
A shrink face film for a label capable to shrink under exposure to external energy, the face film comprising a first skin layer, a second skin layer and a core layer in between the first skin layer and the second skin layer, wherein the core layer comprises total amount between 30 and 50 wt.% of a modifier which is at least one of the following: propylene/ethylene plastomer, ethylene/octene elastomer, and ethylene/butene elastomer, or ethylene-octene block copolymer, characterized in that the core layer further comprises between 50 and 70 wt.% of propylene random copolymer(s), the propylene random copolymer(s) being propylene-ethylene copolymer or propylene-butylene copolymer.
A particulate composition for use in removing halogenated compounds from a hydrocarbon-containing process stream, said composition comprising a metal carbonate selected from an alkali metal carbonate or an alkaline earth metal carbonate and/or a metal bicarbonate selected from an alkali metal bicarbonate or an alkaline earth metal bicarbonate and a compound of aluminium selected from an alumina or a hydrated alumina, characterised in that the weight ratio of metal carbonate plus metal bicarbonate compounds to said compound of aluminium is at least 3 : 1, wherein the amount of metal carbonate in the total amount of metal carbonate plus metal bicarbonate is 0 - 75% by weight.
A radiation curable composition comprising: (i) at least one oligomeric form of polyethylene terephtalate containing hydroxyl groups; and (ii) an ethylenically unsaturated photopolymerizable compound selected from the group consisting of butanediol diacrylate, 1,6-hexanediol diacrylate, tripropylene glycol diacrylate, diethylene glycol diacrylate, triethylene glycol diacrylate, tetraethylene glycol diacrylate, N-vinyl pyrrolidone, neopentyl glycol diacrylate, isobornyl acrylate, 2-ethylhexyl acrylate, methyl methacrylate, ethyl methacrylate, 2-ethylhexyl methacrylate, isobutyl methacrylate, glycidyl methacrylate, glycidyl acrylate, butyl acrylate, 2-hydroxyethyl (meth)acrylate, 2-methoxyethyl acrylate, 2-phenoxyethyl acrylate, 2-hydroxypropyl acrylate, benzyl acrylate, tetrahydrofurfuryl acrylate, pentaerythritol triacrylate and combinations thereof. (i) at least one oligomeric form of polyethylene terephtalate containing hydroxyl groups; and (ii) an ethylenically unsaturated photopolymerizable compound selected from the group consisting of butanediol diacrylate, 1,6-hexanediol diacrylate, tripropylene glycol diacrylate, diethylene glycol diacrylate, triethylene glycol diacrylate, tetraethylene glycol diacrylate, N-vinyl pyrrolidone, neopentyl glycol diacrylate, isobornyl acrylate, 2-ethylhexyl acrylate, methyl methacrylate, ethyl methacrylate, 2-ethylhexyl methacrylate, isobutyl methacrylate, glycidyl methacrylate, glycidyl acrylate, butyl acrylate, 2-hydroxyethyl (meth)acrylate, 2-methoxyethyl acrylate, 2-phenoxyethyl acrylate, 2-hydroxypropyl acrylate, benzyl acrylate, tetrahydrofurfuryl acrylate, pentaerythritol triacrylate and combinations thereof.
An injection device for self-administration of settable doses of a liquid drug comprising: a housing grippable by a user, a dose setting element by which the size of the dose is set, a needle cannula having a distal tip for penetrating the skin of the user during injection, a needle shield which is telescopically movable in a proximal direction from a first position to a second position and in a distal direction from the second position back to the first position by a resilient element (T), and wherein the needle shield in the first position is extended distally to cover at least the distal tip of the needle cannula and in the second position is retracted proximally to expose the distal tip of the needle cannula , and a rotatable scale sleeve indicating the size of the set dose which scale sleeve is helically guided relatively to the housing , the scale sleeve being helically moved away from an initial "zero" position during dose setting and helically returned to the same initial "zero" position during dose injection, characterized in that a stopping means interconnects the needle shield and the scale sleeve , which stopping means engages the scale sleeve when the scale sleeve is in the "zero" position such that the needle shield is prevented from being moved in the proximal direction from the first position and into the second position but is allowed to be moved in the distal direction from the second position and into the first position, and, the needle shield carries the stopping means such that the needle shield and the stopping means move together at least in the axially direction. a housing grippable by a user, a dose setting element by which the size of the dose is set, a needle cannula having a distal tip for penetrating the skin of the user during injection, a needle shield which is telescopically movable in a proximal direction from a first position to a second position and in a distal direction from the second position back to the first position by a resilient element (T), and wherein the needle shield in the first position is extended distally to cover at least the distal tip of the needle cannula and in the second position is retracted proximally to expose the distal tip of the needle cannula , and a rotatable scale sleeve indicating the size of the set dose which scale sleeve is helically guided relatively to the housing , the scale sleeve being helically moved away from an initial "zero" position during dose setting and helically returned to the same initial "zero" position during dose injection, characterized in that a stopping means interconnects the needle shield and the scale sleeve , which stopping means engages the scale sleeve when the scale sleeve is in the "zero" position such that the needle shield is prevented from being moved in the proximal direction from the first position and into the second position but is allowed to be moved in the distal direction from the second position and into the first position, and, the needle shield carries the stopping means such that the needle shield and the stopping means move together at least in the axially direction.
An apparatus for continuous casting metal strip reducing snake eggs comprising: a. a pair of counter rotating casting rolls , each casting roll less than 800 millimeters in diameter and positioned to form a nip there between through which thin strip can be cast; b. a metal delivery system disposed above the nip and capable of discharging molten metal to form a casting pool supported on the casting rolls ; c. a pair of side dam holders and a pair of side dams assembled adjacent each end portion of the casting rolls , and each side dam adapted to confine the casting pool of molten metal supported on casting surfaces of the casting rolls above the nip ; and d. an oscillation mechanism adapted to cause lateral oscillation of each side dam and side dam holder together at a frequency between 2 and 50 hertz and with an amplitude between 100 μm and 2000 μm during a casting campaign; e. characterised in that each side dam holder is tapered along edge portions to dovetail with edge portions of an adjacent side dam assembled in position; and in that each side dam is made from a refractory material. a. a pair of counter rotating casting rolls , each casting roll less than 800 millimeters in diameter and positioned to form a nip there between through which thin strip can be cast; b. a metal delivery system disposed above the nip and capable of discharging molten metal to form a casting pool supported on the casting rolls ; c. a pair of side dam holders and a pair of side dams assembled adjacent each end portion of the casting rolls , and each side dam adapted to confine the casting pool of molten metal supported on casting surfaces of the casting rolls above the nip ; and d. an oscillation mechanism adapted to cause lateral oscillation of each side dam and side dam holder together at a frequency between 2 and 50 hertz and with an amplitude between 100 μm and 2000 μm during a casting campaign; e. characterised in that each side dam holder is tapered along edge portions to dovetail with edge portions of an adjacent side dam assembled in position; and in that each side dam is made from a refractory material.
An orally disintegrating tablet prepared by direct compression comprising: (i) zonisamide, (ii) particles comprising: a) mannitol, b) microcrystalline cellulose; c) carmellose; d) crospovidone; (iii) a lubricant; (iv) optionally, one or more sweeteners. (i) zonisamide, (ii) particles comprising: a) mannitol, b) microcrystalline cellulose; c) carmellose; d) crospovidone; a) mannitol, b) microcrystalline cellulose; c) carmellose; d) crospovidone; (iii) a lubricant; (iv) optionally, one or more sweeteners.
A method for synthesizing nanodiamond using an explosive body (X), said explosive body (X) comprising an explosive main body , the explosive main body including a frustum part including an upper bottom surface including an open end of a triggering unit receiving hole (H) and an angled side surface forming an imaginary apex angle (θ) on the upper bottom surface side, and a columnar part formed contiguous with the frustum part on an opposite side of the frustum part to the upper bottom surface thereof and extending in a direction away from the upper bottom surface . a frustum part including an upper bottom surface including an open end of a triggering unit receiving hole (H) and an angled side surface forming an imaginary apex angle (θ) on the upper bottom surface side, and a columnar part formed contiguous with the frustum part on an opposite side of the frustum part to the upper bottom surface thereof and extending in a direction away from the upper bottom surface .