mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: deriving, from radio frequency based data, pseudo sensor data (370, 592) representative of at least an activity of a user, the pseudo sensor data derived based on at least a machine learning model configured to transform the radio frequency based data into the pseudo sensor data, wherein the pseudo sensor data represents data derived from the radio frequency based data, rather than data obtained directly from a sensor that generates native sensor data indicative of the activity of the user; and providing the pseudo sensor data and a native sensor data (360A, 360B) to an application to enable the application to process the pseudo sensor data and the native sensor data to enable tracking the activity of the user, wherein the native sensor data is obtained directly from a sensor (104, 399) that generates native sensor data indicative of the activity of the user, wherein the pseudo sensor data is derived in response to at least one gap in the native sensor data, and wherein the at least one gap caused at least in part by the sensor not being able to generate the native sensor data representative of the activity of the user. deriving, from radio frequency based data, pseudo sensor data (370, 592) representative of at least an activity of a user, the pseudo sensor data derived based on at least a machine learning model configured to transform the radio frequency based data into the pseudo sensor data, wherein the pseudo sensor data represents data derived from the radio frequency based data, rather than data obtained directly from a sensor that generates native sensor data indicative of the activity of the user; and providing the pseudo sensor data and a native sensor data (360A, 360B) to an application to enable the application to process the pseudo sensor data and the native sensor data to enable tracking the activity of the user, wherein the native sensor data is obtained directly from a sensor (104, 399) that generates native sensor data indicative of the activity of the user, wherein the pseudo sensor data is derived in response to at least one gap in the native sensor data, and wherein the at least one gap caused at least in part by the sensor not being able to generate the native sensor data representative of the activity of the user.
Swaging press equipment comprising a part able to move in a given direction; a fixed part towards which the movable part can be moved; a rotary presser comprising an axial recess and mounted so as to rotate on the fixed part; rotation means able to change the radial position of the rotary presser between a first open position that makes it possible to load a portion of sheet metal to be pressed in said recess and a second working position; characterised in that the rotary presser comprises a runner for pressing or punching an undercut part of the metal sheet by means of a punch, the runner being mounted so as to slide along a wall of the recess of the presser when the movable part approaches the fixed part and when the rotary presser is in the working position.
A method of determining the position of one or more objects (202, 304, 308, 312) affixed to an external fixation device (100, 200, 300) in three dimensions, comprising: attaching a radiographic reference device to the external fixation device (100, 200, 300), wherein the radiographic reference device comprises at least two surfaces (204, 206) separated by a first angle (α), wherein the at least two surfaces (204, 206) of the radiographic reference device are positioned at a second angle (β) relative to a longitudinal axis (A- A') of the external fixation device (100, 200, 300); positioning the first surface of the radiographic reference device on a surface to capture a first radiographic image of the external fixation device (100, 200, 300) and the one or more objects (202, 304, 308, 312); repositioning the external fixation device (100, 200, 300) to position the second surface of the radiographic reference device on the surface to capture a second radiographic image of the external fixation device (100, 200, 300) and the one or more objects (202, 304, 308, 312) that differs in position from the first radiographic image by the first angle; and calculating the position of the one or more objects (202, 304, 308, 312) in three dimensions based on distances measured from the first and second radiographic images with the first and second angles. attaching a radiographic reference device to the external fixation device (100, 200, 300), wherein the radiographic reference device comprises at least two surfaces (204, 206) separated by a first angle (α), wherein the at least two surfaces (204, 206) of the radiographic reference device are positioned at a second angle (β) relative to a longitudinal axis (A- A') of the external fixation device (100, 200, 300); positioning the first surface of the radiographic reference device on a surface to capture a first radiographic image of the external fixation device (100, 200, 300) and the one or more objects (202, 304, 308, 312); repositioning the external fixation device (100, 200, 300) to position the second surface of the radiographic reference device on the surface to capture a second radiographic image of the external fixation device (100, 200, 300) and the one or more objects (202, 304, 308, 312) that differs in position from the first radiographic image by the first angle; and calculating the position of the one or more objects (202, 304, 308, 312) in three dimensions based on distances measured from the first and second radiographic images with the first and second angles.
A device (10, 100, 200) for handling coins, with a guiding device (14, 214, 215) for the selective emptying of an intermediate storage containing coins into a first receiving container or into a second receiving container, characterized by a displacement mechanism having a crank drive for displacing the guiding device (14, 214, 215) between a first position and a second position.
A coated sugar- and glycerol-free chewing gum, comprising a core and a coating, wherein the core comprises a) at least one chewing gum base, b) at least one monoterpene, c) a sweetener system essentially consisting of c 1) hydrogenated starch hydrolysate, wherein the hydrogenated starch hydrolysate is selected from sorbitol syrup, maltitol syrup or a mixture thereof, and wherein is present in the core in an amount of 5 to 20 weight-% (based on total weight), c 2) isomalt particles, wherein at least 90 wt.-% of the particles have a particle size less than 100 μm, wherein the isomalt particles are present in the core in an amount from 20 to 60 weight-% (based on dry substance of the core) c 3) sorbitol particles, wherein the sorbitol particles are present in the core in an amount from 9 to 30 weight-% (based on dry substance of the core), and c 4) at least one high intensity sweetener and/or a sweetness enhancer, wherein said sweetener system is the only component present in the core, which provides sweetness, wherein the wt.-% ratio of the isomalt particles to the at least one monoterpene in the core is from 6:1 to 20:1, of the overall amount of the isomalt particles and the sorbitol particles to the hydrogenated starch hydrolysate in the core is from 4:1 to 6:1 and of the isomalt particles to the sorbitol particles in the core is from 2,2:1 to 2,8:1 (each wt.-% ratio based on total weight) and wherein the coating comprises at least 80 wt.-% isomalt (based on dry substance of the coating). a) at least one chewing gum base, b) at least one monoterpene, c) a sweetener system essentially consisting of c 1) hydrogenated starch hydrolysate, wherein the hydrogenated starch hydrolysate is selected from sorbitol syrup, maltitol syrup or a mixture thereof, and wherein is present in the core in an amount of 5 to 20 weight-% (based on total weight), c 2) isomalt particles, wherein at least 90 wt.-% of the particles have a particle size less than 100 μm, wherein the isomalt particles are present in the core in an amount from 20 to 60 weight-% (based on dry substance of the core) c 3) sorbitol particles, wherein the sorbitol particles are present in the core in an amount from 9 to 30 weight-% (based on dry substance of the core), and c 4) at least one high intensity sweetener and/or a sweetness enhancer, c 1) hydrogenated starch hydrolysate, wherein the hydrogenated starch hydrolysate is selected from sorbitol syrup, maltitol syrup or a mixture thereof, and wherein is present in the core in an amount of 5 to 20 weight-% (based on total weight), c 2) isomalt particles, wherein at least 90 wt.-% of the particles have a particle size less than 100 μm, wherein the isomalt particles are present in the core in an amount from 20 to 60 weight-% (based on dry substance of the core) c 3) sorbitol particles, wherein the sorbitol particles are present in the core in an amount from 9 to 30 weight-% (based on dry substance of the core), and c 4) at least one high intensity sweetener and/or a sweetness enhancer,
A population of cells for use in therapy, said population comprising myeloid cells or progenitor cells thereof which are engineered so as to increase the cellular level of cellular FLICE [Fas-associated death domain (FADD)-like IL-1β-converting enzyme]-inhibitory protein (CFLAR), wherein said population comprises myeloid cells or progenitor cells thereof comprising a recombinant nucleic acid encoding CFLAR, wherein the therapy comprises treating a patient in need of immunosuppression or wherein the therapy comprises treatment of a transplant recipient or of graft-versus-host disease or of an inflammatory disease or of an autoimmune disease, wherein the inflammatory disease is preferably celiac disease, vasculitis, lupus, chronic obstructive pulmonary disease (COPD), irritable bowel disease, atherosclerosis, arthritis, ankylosing spondylitis, Crohn's disease, colitis, chronic active hepatitis, dermatitis or psoriasis and wherein the autoimmune disease is preferably Addision's disease, alopecia areata, ankylosing spondylitis, autoimmune hepatitis, autoimmune parotitis, Crohn's disease, diabetes (Type I), dystrophic epidermolysis bullosa, epididymitis, glomerulonephritis, Graves' disease, Guillain-Barr syndrome, Hashimoto's disease, hemolytic anemia, systemic lupus erythematosus, multiple sclerosis, myasthenia gravis, pemphigus vulgaris, psoriasis, rheumatic fever, rheumatoid arthritis, sarcoidosis, scleroderma, Sjogren's syndrome, spondyloarthropathies, thyroiditis, vasculitis, vitiligo, myxedema, pernicious anemia, ulcerative colitis, or type I diabetes mellitus.
Medical cutting device for producing thin cartilage discs, comprising a device body and a cover, provided with a first holding device having a first section with a first recess arranged on the top of the device body, wherein said recess is completely or partially bordered by a first delimiting web and can be closed by a first projection arranged on the top of the cover, wherein the first lateral delimiting web has a first guide slot leading from an end face of the first section and extending at a predetermined first distance parallel to the base of the first recess for the insertion of a cutting blade and wherein the cutting device is produced from a sterilisable material, characterised by at least a second holding device having a second section with a second recess arranged on the top of the device body, wherein said recess is completely or partially bordered by a second delimiting web and can be closed by a second projection arranged on the top of the cover and wherein the second lateral delimiting web has a second guide slot leading from an end face of the second section and extending at a predetermined second distance parallel to the base of the second recess for the insertion of a cutting blade.
A method of repairing a blade made of composite material, extending in an axial direction, said blade comprising a root and a blade whose axial end opposite the root comprises an area to be repaired, said blade comprising an intrados surface and an extrados surface, characterised in that it comprises the steps consisting in: a) positioning the blade in a tooling, b) positioning at least a first foil and at least a second foil, at the level of the end area to be repaired, respectively on the intrados surface and on the extrados surface of the blade, each foil having an axial end opposite the root extending axially beyond the corresponding end of the blade and positioned with respect to a reference of the tooling said end of each foil defining the axial end of the area to be repaired, said foils delimiting between them a refill volume, c) filling the refill volume with a pasty or fluid refill material, such as a non-polymeric resin such as an unpolymerized resin or a composite refill paste, so that the refill material does not extend beyond the refill volume, d) curing the refill material by baking or polymerizing said material, e) removing the foils. a) positioning the blade in a tooling, b) positioning at least a first foil and at least a second foil, at the level of the end area to be repaired, respectively on the intrados surface and on the extrados surface of the blade, each foil having an axial end opposite the root extending axially beyond the corresponding end of the blade and positioned with respect to a reference of the tooling said end of each foil defining the axial end of the area to be repaired, said foils delimiting between them a refill volume, c) filling the refill volume with a pasty or fluid refill material, such as a non-polymeric resin such as an unpolymerized resin or a composite refill paste, so that the refill material does not extend beyond the refill volume, d) curing the refill material by baking or polymerizing said material, e) removing the foils.
A process for production of rosin resin characterized by comprising the steps of: a) heating with agitation previously melted rosin to a temperature in the range of 200 to 260 °C and adding an acrylic copolymer; and b) adding a source of divalent metal and allowing to react at a temperature in the range of 200 to 260 °C until a constant viscosity transparent resin is obtained; wherein the viscosity is refereed to the dilution rate; which is expressed in percentage and is numerically equal to the weight of toluene which is necessary to add to 100 grams of resin solution at 30% solids in toluene, to obtain a viscosity corresponding to a flow time of 30 seconds in a GS cup where the orifice diameter is 3 mm at a temperature of 22°C. a) heating with agitation previously melted rosin to a temperature in the range of 200 to 260 °C and adding an acrylic copolymer; and b) adding a source of divalent metal and allowing to react at a temperature in the range of 200 to 260 °C until a constant viscosity transparent resin is obtained; wherein the viscosity is refereed to the dilution rate; which is expressed in percentage and is numerically equal to the weight of toluene which is necessary to add to 100 grams of resin solution at 30% solids in toluene, to obtain a viscosity corresponding to a flow time of 30 seconds in a GS cup where the orifice diameter is 3 mm at a temperature of 22°C.
Fire tube comprising a tubular body with an inner side surface, extending around an axis, an inlet section and an outlet section, a plurality of fins leaning out, substantially in the radial direction, from the inner side surface towards the axis, said fins comprising at least one extended surface whose tangent, in a point normal to the radial direction, is skew with respect to the axis, said fins being arranged in at least one array, a first and a second fin (3', 3") forming an interspace between the respective extended surfaces (4', 4") facing one another and whereby the ideal extension of said interspace in the direction of the tangent encounters a third fin (3"'), characterized in that said array of fins twists around the axis while progressively proceeding in the axial direction.
A flux based on a CsAIF complex, characterized in that it is amorphous, and the melting range of the complex is between 400 and 500 °C, and that it contains 45 to 65% by weight of caesium, 5 to 15% by weight of aluminium and 20 to 40% by weight of fluorine.
A compound having the formula: wherein: Each R 1 is independently -CH 2 OH and -C OH; R 2 is Each R 3 is independently hydrogen or R 5, or both R 3 together form a ring via a linker Each R 4 is independently hydrogen or R 5; R 5 is -CH 2 SC 2 H 4 R 1; and n is an integer from 0 to 3; wherein the compound is other than: Each R 1 is independently -CH 2 OH and -C OH; R 2 is Each R 3 is independently hydrogen or R 5, or both R 3 together form a ring via a linker Each R 4 is independently hydrogen or R 5; R 5 is -CH 2 SC 2 H 4 R 1; and n is an integer from 0 to 3; wherein the compound is other than:
A patient support apparatus comprising: a frame having a first portion and a second portion, the first portion being movable to raise and lower relative to the second portion; a drainage bag support coupled to the first portion of the frame to move therewith; and control circuitry to control movement of the first portion of the frame, wherein the control circuitry has a lockout mode to prevent movement of the first portion of the frame relative to the second portion of the frame so that, if a drainage bag is coupled to the drainage bag support, the first portion is unable to be moved to place the drainage bag in an unwanted position, wherein the frame comprises a mattress support deck including a foot deck section and wherein the foot deck section comprises the first portion of the frame, characterised in that the drainage bag support has a first rung that is substantially horizontal to a floor when the first portion is lowered and a second rung that is angled with respect to the first rung and is substantially horizontal to the floor when the first portion is raised. a frame having a first portion and a second portion, the first portion being movable to raise and lower relative to the second portion; a drainage bag support coupled to the first portion of the frame to move therewith; and control circuitry to control movement of the first portion of the frame, wherein the control circuitry has a lockout mode to prevent movement of the first portion of the frame relative to the second portion of the frame so that, if a drainage bag is coupled to the drainage bag support, the first portion is unable to be moved to place the drainage bag in an unwanted position, wherein the frame comprises a mattress support deck including a foot deck section and wherein the foot deck section comprises the first portion of the frame, characterised in that the drainage bag support has a first rung that is substantially horizontal to a floor when the first portion is lowered and a second rung that is angled with respect to the first rung and is substantially horizontal to the floor when the first portion is raised.
A brake cylinder which is actuated by means of compressed air for brake systems of vehicles, which brake cylinder has the following: a) at least one brake chamber (12, 20) which can be aerated and ventilated and is delimited by a movable brake piston or brake diaphragm (8, 24), b) at least two walls (38, 50) of the brake cylinder which overlap one another in an overlapping region and of which one wall is an outer wall which is in contact by way of its outer face with the surroundings and the other wall is an inner wall which makes contact at least in sections with the outer wall on its inwardly pointing inner face, c) at least one bore (54, 56) which is configured in the overlapping region, penetrates at least the outer wall as a through bore, and is flow-connected to the at least one brake chamber (12, 20), characterized in that d) a cover which is fastened at least to the outer wall is provided, which cover extends in a completely circumferential manner radially beyond an outer bore edge of the at least one bore (54, 56) and makes sealing contact with the outer face of the outer wall in a completely circumferential way, e) a sleeve-shaped and cylindrical coupling part (64, 66) which protrudes coaxially at least partially into the at least one bore (54, 56) being configured on the cover, which coupling part (64, 66) is provided for releasable connection to a partner coupling part which is connected to a pneumatic line or to a pneumatic tube, f) the coupling part (64, 66) penetrating at least the outer wall and being flow-connected to the at least one brake chamber (12, 20). a) at least one brake chamber (12, 20) which can be aerated and ventilated and is delimited by a movable brake piston or brake diaphragm (8, 24), b) at least two walls (38, 50) of the brake cylinder which overlap one another in an overlapping region and of which one wall is an outer wall which is in contact by way of its outer face with the surroundings and the other wall is an inner wall which makes contact at least in sections with the outer wall on its inwardly pointing inner face, c) at least one bore (54, 56) which is configured in the overlapping region, penetrates at least the outer wall as a through bore, and is flow-connected to the at least one brake chamber (12, 20), characterized in that d) a cover which is fastened at least to the outer wall is provided, which cover extends in a completely circumferential manner radially beyond an outer bore edge of the at least one bore (54, 56) and makes sealing contact with the outer face of the outer wall in a completely circumferential way, e) a sleeve-shaped and cylindrical coupling part (64, 66) which protrudes coaxially at least partially into the at least one bore (54, 56) being configured on the cover, which coupling part (64, 66) is provided for releasable connection to a partner coupling part which is connected to a pneumatic line or to a pneumatic tube, f) the coupling part (64, 66) penetrating at least the outer wall and being flow-connected to the at least one brake chamber (12, 20).
A heat exchanging unit for motor vehicles, having a first heat exchanger that has two headers situated essentially parallel to one another at a distance from one another, connected to one another fluidically via a multiplicity of connecting pipes that are situated parallel to one another and at a distance from one another in a longitudinal direction of the headers, wherein the jacket wall of the respective header, extending around the respective longitudinal axis of the respective header, is limited in the direction facing the respective other header by a flat wall segment, the pipe floor, and wherein the connecting pipes stand perpendicular to these flat pipe floors, wherein further a first wall segment of the jacket wall of this first header is connected in a first end area of the pipe floor of the first header and wherein a second wall segment of the jacket wall of this first header is connected in the opposite, other end area of this pipe floor, wherein further an inlet connecting piece opens into this first wall segment that is connected fluidically to the interior of the first header and wherein an outlet connecting piece opens in one of the headers that is connected fluidically to the interior of the relevant header, wherein the connecting pipes open into the first header asymmetrically with respect to the width of the pipe floor oriented perpendicular to the longitudinal axis of the first header, characterised in that the second wall segment, in the cross-section regarded perpendicular to the header longitudinal axis, increasingly approaches the first end area or first end of the pipe floor as it extends away from the second end area of the pipe floor in the direction regarded perpendicular to the longitudinal axis of the connecting pipes and perpendicular to the longitudinal axis of the header, wherein the second wall segment of the first header of the first heat exchanger is convexly curved or has convexly curved segments, regarded in the cross-section perpendicular to the header longitudinal axis, and in that the first header is limited at the side of the jacket wall facing away from the connecting pipes by a flat wall segment, or a flat wall, and in that the first wall segment has a flat construction.