mhurhangee/patent-ind-claim-en huggingface dataset:
A fire-retardant paint containing an intumescent agent, wherein the intumescent agent comprises a mixture of at least one polyol, at least one cyanuric acid derivative and ammonium polyphosphate, wherein the fire-retardant paint further contains chlorinated paraffins, wherein the intumescent agent and the chlorinated paraffins are homogeneously distributed in a carrier material and wherein the carrier material is a resin dissolved in a solvent; wherein the polyol is pentaerythritol and the cyanuric acid derivative is melamine, wherein the fire-retardant paint further comprises at least one additive, wherein the at least one additive is a dispersant, a rheological additive, a filler or a combination thereof, characterised in that the fire-retardant paint is made up of 11% by weight melamine, 10% by weight pentaerythritol, 22% by weight ammonium polyphosphate, 4.4% by weight chlorinated paraffins, 20% by weight acrylic resin, 4% by weight titanium dioxide as filler, 0 to 0.1% by weight of a rheological additive, 0.4% by weight of a dispersant and 27.2 to 28.2% by weight of white spirit.
A process for preparing an oxymorphone hydrochloride composition comprising: (i) hydrogenating an oxymorphone base composition having more than 10 ppm of 14-hydroxymorphinone in a mixture comprising 1-propanol, water and hydrochloric acid; (ii) removing a portion of the 1-propanol and water in step (i) to reduce the water content of the mixture; and (iii) adding 1-propanol to the mixture; wherein the oxymorphone hydrochloride composition is oxymorphone hydrochloride Form I having less than 10 ppm of 14-hydroxymorphinone, and which is: • substantially free of other forms; • has an XRPD diffraction pattern as shown in Figure 3; and • the °2Θ values may have a variation of ± 0.2 °2Θ. (i) hydrogenating an oxymorphone base composition having more than 10 ppm of 14-hydroxymorphinone in a mixture comprising 1-propanol, water and hydrochloric acid; (ii) removing a portion of the 1-propanol and water in step (i) to reduce the water content of the mixture; and (iii) adding 1-propanol to the mixture; • substantially free of other forms; • has an XRPD diffraction pattern as shown in Figure 3; and • the °2Θ values may have a variation of ± 0.2 °2Θ.
An aircraft control surface actuation system (4; 204) comprising: a rotary driver; and three or more actuator modules (16; 216a-d), wherein each actuator module comprises an electromechanical linear actuator (18; 218), characterised in that each actuator module comprises a lever arm (20; 220) connected between the electromechanical linear actuator and the rotary driver, and wherein each actuator module is connected to the rotary driver such that the three or more actuator modules are configured to drive rotation of the rotary driver in combination using the sum of the output of the three or more actuator modules to provide the total torque output required to move a control surface against a load acting thereon. a rotary driver; and three or more actuator modules (16; 216a-d), wherein each actuator module comprises an electromechanical linear actuator (18; 218), characterised in that each actuator module comprises a lever arm (20; 220) connected between the electromechanical linear actuator and the rotary driver, and wherein each actuator module is connected to the rotary driver such that the three or more actuator modules are configured to drive rotation of the rotary driver in combination using the sum of the output of the three or more actuator modules to provide the total torque output required to move a control surface against a load acting thereon.
An apparatus to measure a flow of fluid within an anatomical structure, comprising: at least one first arrangement which includes at least one probe coupled to a radiation source, wherein the at least one probe is structured to be insertable into a vessel and configured to direct at least one radiation from the radiation source to at least one portion of the anatomical structure; a reference path coupled to the radiation source; at least one second arrangement configured to detect an interference signal between a first radiation scattered by the fluid via the at least one probe and a second radiation provided from the reference path as a function of wavelength thereof; characterized in that the apparatus further comprises at least one third arrangement which includes a processor that is configured to determine at least one characteristic of the fluid as a function of an intensity of the interference signal as a function of time. at least one first arrangement which includes at least one probe coupled to a radiation source, wherein the at least one probe is structured to be insertable into a vessel and configured to direct at least one radiation from the radiation source to at least one portion of the anatomical structure; a reference path coupled to the radiation source; at least one second arrangement configured to detect an interference signal between a first radiation scattered by the fluid via the at least one probe and a second radiation provided from the reference path as a function of wavelength thereof; characterized in that the apparatus further comprises at least one third arrangement which includes a processor that is configured to determine at least one characteristic of the fluid as a function of an intensity of the interference signal as a function of time.
A shovel comprising: a traveling undercarriage configured to travel; an upper rotating structure swingably mounted on the traveling undercarriage ; a cab mounted on the upper rotating structure ; an attachment including a working part configured to perform work; and a display device provided in the cab , wherein the display device is configured to display an image including a work guidance display part , the work guidance display part showing an attitude of the working part and a target surface, and characterised in that the display device is configured to display a position indicator image in the work guidance display part such that the position indicator image is larger when the attachment is in operation than when the attachment is not in operation, the position indicator image showing a positional relationship between the working part and the target surface. a traveling undercarriage configured to travel; an upper rotating structure swingably mounted on the traveling undercarriage ; a cab mounted on the upper rotating structure ; an attachment including a working part configured to perform work; and a display device provided in the cab , wherein the display device is configured to display an image including a work guidance display part , the work guidance display part showing an attitude of the working part and a target surface, and characterised in that the display device is configured to display a position indicator image in the work guidance display part such that the position indicator image is larger when the attachment is in operation than when the attachment is not in operation, the position indicator image showing a positional relationship between the working part and the target surface.
A composition comprising microcapsules, which comprise a polyurea shell and a core, wherein the core comprises a pesticide and the shell comprises a polymerization product of a) a tetramethylxylylene diisocyanate, b) a cycloaliphatic diisocyanate, and c) an aliphatic diamine, and wherein the pesticide preferably has a solubility in water of up to 10 g/l at 20°C. a) a tetramethylxylylene diisocyanate, b) a cycloaliphatic diisocyanate, and c) an aliphatic diamine,
Process for measuring the welding depth during welding by means of a working laser beam , in which process - a measuring light beam from a sensor system is coupled into a machining beam path of the working laser beam in a laser machining head and is bundled or focused by focusing optics of the machining beam path into a measuring light spot on a surface of a workpiece , - the measuring light beam reflected on the surface of the workpiece is returned to a measuring and evaluation unit of the sensor system so that information is obtained about the distance between the surface of the workpiece and the laser machining head , - the position of the measuring light spot on the surface of the workpiece is guided over the vapor capillary both in the welding direction and transversely thereto so that a surface profile of the workpiece in the region of the vapor capillary is obtained, - the position of the vapor capillary relative to the point of incidence of the working laser beam is determined from the surface profile of the workpiece in the region of the vapor capillary , and - the measuring light spot for measuring the welding depth during laser machining is moved into the determined position of the vapor capillary , characterized in that the position of the vapor capillary relative to the point of incidence of the working laser beam is determined for predetermined process parameters of a machining process during a machining test and is stored as the measuring spot position for this machining process. - a measuring light beam from a sensor system is coupled into a machining beam path of the working laser beam in a laser machining head and is bundled or focused by focusing optics of the machining beam path into a measuring light spot on a surface of a workpiece , - the measuring light beam reflected on the surface of the workpiece is returned to a measuring and evaluation unit of the sensor system so that information is obtained about the distance between the surface of the workpiece and the laser machining head , - the position of the measuring light spot on the surface of the workpiece is guided over the vapor capillary both in the welding direction and transversely thereto so that a surface profile of the workpiece in the region of the vapor capillary is obtained, - the position of the vapor capillary relative to the point of incidence of the working laser beam is determined from the surface profile of the workpiece in the region of the vapor capillary , and - the measuring light spot for measuring the welding depth during laser machining is moved into the determined position of the vapor capillary ,
CLIP FOR HANGERS, to be applied to a bar present along the entire longitudinal length of a hanger for garments such as skirts and trousers, said clip having a pair of opposed blades , reciprocally connected by means of an elastic element with opposed sides , a curved nail being provided with concavity facing outwards, at both ends of said elastic element , which can be placed astride above said bar of the hanger; each of the curved nails of the elastic element being insertable into a recess present in each of the blades , said elastic element acting in such a way as to push the lower end of the blades into reciprocal contact, said clip being characterized in that the elastic element is substantially "U"-shaped and each of the blades is composed of a first internal element , with a plane shape, and of a second external element (2", 3"), also with a plane shape, superimposable on the first one to constitute said blade , being even provided that the first internal elements are identical to each other, as are the corresponding second external elements (2", 3"), being also provided that each of the second external elements (2", 3") has a substantially identical perimeter development with respect to that of the first internal elements , each of the second external elements (2", 3") being therefore perfectly superimposable with respect to each of the first internal elements , due to the substantial coincidence of their perimeter edge, being finally provided that the elastic element , placed astride above the bar , presents its opposite sides with at least one section that overlaps a portion of the first internal elements , before the curved nail is inserted in the recess .
A battery module , comprising: a cell stack including a plurality of a battery cell ; a module case at least partially accommodating the cell stack ; and a cooling unit disposed at one side of the cell stack , wherein the battery cell comprises: a cell case ; an electrode assembly and an electrolyte accommodated in the cell case ; and an electrolyte storage unit inserted into the cell case to supply a supplementary electrolyte, the electrolyte storage unit being disposed between the electrode assembly and the cooling unit in a cross-sectional view. a cell stack including a plurality of a battery cell ; a module case at least partially accommodating the cell stack ; and a cooling unit disposed at one side of the cell stack , wherein the battery cell comprises: a cell case ; an electrode assembly and an electrolyte accommodated in the cell case ; and an electrolyte storage unit inserted into the cell case to supply a supplementary electrolyte, the electrolyte storage unit being disposed between the electrode assembly and the cooling unit in a cross-sectional view. a cell case ; an electrode assembly and an electrolyte accommodated in the cell case ; and an electrolyte storage unit inserted into the cell case to supply a supplementary electrolyte, the electrolyte storage unit being disposed between the electrode assembly and the cooling unit in a cross-sectional view.
A filling machine for bags (S) with an opening (B), comprising: - a dispenser head with a product to be packaged, and - a handling mechanism to feed the bags and stop them one at a time in a filling position (P5) wherein the opening (B) is lined up with the dispenser head , characterised by the fact that said handling mechanism comprises: - a first and second flexible transmission part , each of which runs inside a closed circuit along a route that comprises an operational section and a return section , whereby the operational section of each of these first and second flexible transmission parts is straight and parallel with the operational section of the other flexible transmission part, and - two sets of grab plates secured in sequence with the first and second flexible transmission parts (110A and 110B respectively), whereby the grab plates are each fitted with a shaped side profile and arranged such that along the operational section of the flexible transmission parts (110A and 110B), the grab plates secured to the first flexible transmission part are adjacent to the grab plates secured to the second flexible transmission part , and the shaped side profile of each grab plate secured to the first flexible transmission part defines, with the shaped side profile of at least one grab plate secured to the second flexible transmission part , a holder for the opening (B) on a bag (S), each holder appearing as a through hole made in a sliding belt defined by the grab plates situated at the operational sections . - a dispenser head with a product to be packaged, and - a handling mechanism to feed the bags and stop them one at a time in a filling position (P5) wherein the opening (B) is lined up with the dispenser head , - a first and second flexible transmission part , each of which runs inside a closed circuit along a route that comprises an operational section and a return section , whereby the operational section of each of these first and second flexible transmission parts is straight and parallel with the operational section of the other flexible transmission part, and - two sets of grab plates secured in sequence with the first and second flexible transmission parts (110A and 110B respectively), whereby the grab plates are each fitted with a shaped side profile and arranged such that along the operational section of the flexible transmission parts (110A and 110B), the grab plates secured to the first flexible transmission part are adjacent to the grab plates secured to the second flexible transmission part , and the shaped side profile of each grab plate secured to the first flexible transmission part defines, with the shaped side profile of at least one grab plate secured to the second flexible transmission part , a holder for the opening (B) on a bag (S), each holder appearing as a through hole made in a sliding belt defined by the grab plates situated at the operational sections .
A printer comprising: a printhead configured to selectively cause a mark to be created on a substrate ; a stepper motor having an output shaft coupled to the printhead, the stepper motor being arranged to vary the position of the printhead; a sensor configured to generate a signal indicative of an angular position of the output shaft of the stepper motor; and a controller arranged to generate control signals for the stepper motor; said control signals being at least partially based upon an output of said sensor and at least partially based upon a target position, wherein: said control signals for the stepper motor are arranged to cause a magnetic field to be generated by windings of the stepper motor, a field angle being defined between an angular position of the output shaft of the stepper motor, and an orientation of the generated magnetic field; said control signals comprise a first control signal configured to cause said field angle to have a predetermined value, and a second control signal configured to cause said magnetic field to have a predetermined magnitude; and said controller is configured to vary said first and second control signals based upon said target position and said output of said sensor. a printhead configured to selectively cause a mark to be created on a substrate ; a stepper motor having an output shaft coupled to the printhead, the stepper motor being arranged to vary the position of the printhead; a sensor configured to generate a signal indicative of an angular position of the output shaft of the stepper motor; and a controller arranged to generate control signals for the stepper motor; said control signals being at least partially based upon an output of said sensor and at least partially based upon a target position, wherein: said control signals for the stepper motor are arranged to cause a magnetic field to be generated by windings of the stepper motor, a field angle being defined between an angular position of the output shaft of the stepper motor, and an orientation of the generated magnetic field; said control signals comprise a first control signal configured to cause said field angle to have a predetermined value, and a second control signal configured to cause said magnetic field to have a predetermined magnitude; and said controller is configured to vary said first and second control signals based upon said target position and said output of said sensor. said control signals for the stepper motor are arranged to cause a magnetic field to be generated by windings of the stepper motor, a field angle being defined between an angular position of the output shaft of the stepper motor, and an orientation of the generated magnetic field; said control signals comprise a first control signal configured to cause said field angle to have a predetermined value, and a second control signal configured to cause said magnetic field to have a predetermined magnitude; and said controller is configured to vary said first and second control signals based upon said target position and said output of said sensor.
An acoustic cavity tailored synthetic jet comprising: a body having a cavity with a wall having a taper from a first extent to an aperture , wherein the cavity is configurable to produce an acoustic resonance matched to a structural resonance of a piston and drive system ; and the drive system having the piston engaged to the cavity at the first extent , said drive system and piston configured for oscillatory motion inducing a synthetic jet at the aperture , wherein the piston and drive system are operable at an uncoupled resonant frequency reduced from the matched acoustic resonance. a body having a cavity with a wall having a taper from a first extent to an aperture , wherein the cavity is configurable to produce an acoustic resonance matched to a structural resonance of a piston and drive system ; and the drive system having the piston engaged to the cavity at the first extent , said drive system and piston configured for oscillatory motion inducing a synthetic jet at the aperture , wherein the piston and drive system are operable at an uncoupled resonant frequency reduced from the matched acoustic resonance.
A compound of Formula 1: or a pharmaceutically acceptable salt thereof; optionally wherein Formula 1 is:
A fuel supply device of an engine which supplies fuel to an engine mounted on a vehicle (V), the fuel supply device comprising: a fuel tank ; a fuel filter which is disposed in front of the fuel tank in a front-rear direction of the vehicle; a fuel pump which is disposed in front of the fuel filter in the front-rear direction of the vehicle; a first fuel supply pipe which connects the fuel tank and the fuel filter to each other; and a second fuel supply pipe which connects the fuel filter and the fuel pump to each other, characterised in that a first connecting portion to which the first fuel supply pipe is connected is formed on a front portion of the fuel filter , and a second connecting portion to which the second fuel supply pipe is connected is formed on a rear portion of the fuel filter . a fuel tank ; a fuel filter which is disposed in front of the fuel tank in a front-rear direction of the vehicle; a fuel pump which is disposed in front of the fuel filter in the front-rear direction of the vehicle; a first fuel supply pipe which connects the fuel tank and the fuel filter to each other; and a second fuel supply pipe which connects the fuel filter and the fuel pump to each other, characterised in that a first connecting portion to which the first fuel supply pipe is connected is formed on a front portion of the fuel filter , and a second connecting portion to which the second fuel supply pipe is connected is formed on a rear portion of the fuel filter .