mhurhangee/ep-ind-claims huggingface dataset:
A segment of a fluid manifold comprising: a flexible thermal shield with an insulation space defined inboard of the thermal shield to provide thermal isolation from conditions external to the thermal shield, wherein the thermal shield includes a helically corrugated metal tube having opposed first and second ends; and an outer collar (140; 240; 340; 440; 540) threaded to a first end of the helically corrugated metal tube via internal threads, wherein a vent is defined between the outer collar and the flexible thermal shield in venting communication with the insulation space; a liner defining an internal fluid passage therethrough fluidly connecting a pair of hose fitting inserts (118; 218; 318; 418; 518), wherein the flexible thermal shield is outboard of the liner, wherein the insulation space is defined between the liner and the flexible thermal shield, and wherein the outer collar includes fitting threads engaged with threads on one of the hose fitting inserts, characterised in that the outer collar includes a crimped portion and an uncrimped portion causing the fitting threads and the internal threads of the outer collar to be structurally ovalized relative to the threads of the hose fitting insert and the helically corrugated metal tube engaged respectively thereto to prevent unthreading of the outer collar, the uncrimped portion being spaced apart from the helically corrugated metal tube more than the crimped portion to define the vent between the outer collar and the helically corrugated metal tube in venting communication with the insulation space. a flexible thermal shield with an insulation space defined inboard of the thermal shield to provide thermal isolation from conditions external to the thermal shield, wherein the thermal shield includes a helically corrugated metal tube having opposed first and second ends; and an outer collar (140; 240; 340; 440; 540) threaded to a first end of the helically corrugated metal tube via internal threads, wherein a vent is defined between the outer collar and the flexible thermal shield in venting communication with the insulation space; a liner defining an internal fluid passage therethrough fluidly connecting a pair of hose fitting inserts (118; 218; 318; 418; 518), wherein the flexible thermal shield is outboard of the liner, wherein the insulation space is defined between the liner and the flexible thermal shield, and wherein the outer collar includes fitting threads engaged with threads on one of the hose fitting inserts, characterised in that the outer collar includes a crimped portion and an uncrimped portion causing the fitting threads and the internal threads of the outer collar to be structurally ovalized relative to the threads of the hose fitting insert and the helically corrugated metal tube engaged respectively thereto to prevent unthreading of the outer collar, the uncrimped portion being spaced apart from the helically corrugated metal tube more than the crimped portion to define the vent between the outer collar and the helically corrugated metal tube in venting communication with the insulation space.
A method for preparing a vulcanizable composition of matter, the method comprising: i. mixing, within a first mixing step, rubber, silica, and silica coupling agent to form a first masterbatch composition; ii. adding nicotinamide to the first masterbatch composition and mixing within a second mixing step to form a second masterbatch composition; and iii. adding a curative to the second masterbatch composition and mixing within a final mixing step. i. mixing, within a first mixing step, rubber, silica, and silica coupling agent to form a first masterbatch composition; ii. adding nicotinamide to the first masterbatch composition and mixing within a second mixing step to form a second masterbatch composition; and iii. adding a curative to the second masterbatch composition and mixing within a final mixing step.
Air-jet type spinning device comprising - a body at least partially hollow which delimits a spinning chamber - a fibre feeding device, facing said spinning chamber so as to feed the fibres into the spinning chamber, - a spinning spindle at least partially inserted in the spinning chamber and fitted with a spinning channel for the transit of yarn obtained from said fibres, the spinning channel defining a spinning direction (X-X), - at least one channel for sending a jet of compressed air inside the spinning chamber wherein - the spinning chamber is delimited at least partially by an outer side wall, opposite the spinning spindle, wherein at least one thread is made on said outer side wall, wherein said at least one thread is a spiral thread, - wherein said at least one channel for sending a jet of compressed air inside the spinning chamber is oriented so as to direct the jet of compressed air towards the at least one thread in order to be guided and oriented by the latter, - wherein the jet of compressed air, thanks to the Coand effect, remains substantially adhered to the thread and lets itself be guided by the latter, moving along the thread inside the spinning chamber. - a body at least partially hollow which delimits a spinning chamber - a fibre feeding device, facing said spinning chamber so as to feed the fibres into the spinning chamber, - a spinning spindle at least partially inserted in the spinning chamber and fitted with a spinning channel for the transit of yarn obtained from said fibres, the spinning channel defining a spinning direction (X-X), - at least one channel for sending a jet of compressed air inside the spinning chamber wherein - the spinning chamber is delimited at least partially by an outer side wall, opposite the spinning spindle, wherein at least one thread is made on said outer side wall, wherein said at least one thread is a spiral thread, - wherein said at least one channel for sending a jet of compressed air inside the spinning chamber is oriented so as to direct the jet of compressed air towards the at least one thread in order to be guided and oriented by the latter, - wherein the jet of compressed air, thanks to the Coand effect, remains substantially adhered to the thread and lets itself be guided by the latter, moving along the thread inside the spinning chamber.
An electromechanical differential motion sensor (12, 12a) disposed to detect transvers motion of a first piece relative to a second piece, characterised in that the electromechanical differential motion sensor being an electromechanical shear fuse system comprises: a base (20, 20a) disposed to be anchored to the first piece, and having a first jaw; a lever arm (26, 26a) extending from the base to engage the second piece, and having a second jaw; a hinge disposed along a hinge axis and pivotally connecting the lever arm (26, 26a) to the base, such that the lever arm rotates relative to the base when the second piece displaces laterally with respect to the first piece; a retention mechanism disposed between the base and the lever arm and configured to supply a retention load that retains the electromechanical differential motion sensor in a closed position wherein the first jaw is aligned with the second jaw; a first fuse wire configured to carry a first electrical signal current, and extending through the first jaw and the second jaw, such that transverse movement of the second piece relative to the first piece sufficient to overcome the retention load deflects the second jaw relative to the first jaw from the closed position to an open position wherein the first jaw is not aligned with the second jaw, thereby severing the first fuse wire. a base (20, 20a) disposed to be anchored to the first piece, and having a first jaw; a lever arm (26, 26a) extending from the base to engage the second piece, and having a second jaw; a hinge disposed along a hinge axis and pivotally connecting the lever arm (26, 26a) to the base, such that the lever arm rotates relative to the base when the second piece displaces laterally with respect to the first piece; a retention mechanism disposed between the base and the lever arm and configured to supply a retention load that retains the electromechanical differential motion sensor in a closed position wherein the first jaw is aligned with the second jaw; a first fuse wire configured to carry a first electrical signal current, and extending through the first jaw and the second jaw, such that transverse movement of the second piece relative to the first piece sufficient to overcome the retention load deflects the second jaw relative to the first jaw from the closed position to an open position wherein the first jaw is not aligned with the second jaw, thereby severing the first fuse wire.
Process for treating a disc-shaped anode for producing x-rays, comprising: placing the anode (1; 35) in a confining receptacle (15; 36; 56) that comprises a platen (19; 42; 58) on which the anode rests, an annular wall (21, 17; 43; 60, 62) protruding with respect to this platen and extending around the peripheral wall of the anode, and a cover (18; 45; 63) placed on a frontal face of the anode, so that said annular wall and said cover define therebetween an annular aperture (29; 53; 72) defining an uncovered annular zone on the frontal face of the anode placed in the receptacle; and carrying out a least one operation for treating said annular zone, implementing at least one treating gas. placing the anode (1; 35) in a confining receptacle (15; 36; 56) that comprises a platen (19; 42; 58) on which the anode rests, an annular wall (21, 17; 43; 60, 62) protruding with respect to this platen and extending around the peripheral wall of the anode, and a cover (18; 45; 63) placed on a frontal face of the anode, so that said annular wall and said cover define therebetween an annular aperture (29; 53; 72) defining an uncovered annular zone on the frontal face of the anode placed in the receptacle; and carrying out a least one operation for treating said annular zone, implementing at least one treating gas.
An electrode assembly to perform an impedance measurement in a blood sample, the electrode assembly comprising: an electrode comprising at least two wires (145A, 145B); and a substrate comprising: a top portion that encloses the at least two wires within the substrate, and a bottom portion comprising a brace, the brace having a top part and a bottom part separated by an opening through which the at least two wires (145A, 145B) extend that exposes a region of the at least two wires on all sides of the at least two wires such that, when the electrode assembly is placed in the blood sample, the exposed region of the at least two wires contacts the blood sample, the brace securing the at least two wires to the substrate on both sides of the opening at the top part of the brace and at the bottom part of the brace, wherein the impedance measurement is carried out between the at least two wires (145A, 145B). an electrode comprising at least two wires (145A, 145B); and a substrate comprising: a top portion that encloses the at least two wires within the substrate, and a bottom portion comprising a brace, the brace having a top part and a bottom part separated by an opening through which the at least two wires (145A, 145B) extend that exposes a region of the at least two wires on all sides of the at least two wires such that, when the electrode assembly is placed in the blood sample, the exposed region of the at least two wires contacts the blood sample, the brace securing the at least two wires to the substrate on both sides of the opening at the top part of the brace and at the bottom part of the brace, wherein the impedance measurement is carried out between the at least two wires (145A, 145B). a top portion that encloses the at least two wires within the substrate, and a bottom portion comprising a brace, the brace having a top part and a bottom part separated by an opening through which the at least two wires (145A, 145B) extend that exposes a region of the at least two wires on all sides of the at least two wires such that, when the electrode assembly is placed in the blood sample, the exposed region of the at least two wires contacts the blood sample, the brace securing the at least two wires to the substrate on both sides of the opening at the top part of the brace and at the bottom part of the brace, wherein the impedance measurement is carried out between the at least two wires (145A, 145B).
A low voltage circuit breaker, in particular a molded case circuit breaker, having a plurality of phases each provided with a lug for electrical connection of said circuit breaker, a venting aperture (103, 104) for venting off gases, and a device for door and phase segregation comprising a conductive element fixed to a corresponding lug of said circuit breaker and provided with electrical connection means (11, 12) for electrical connection of said circuit breaker, whereby said device comprises a first insulating element covering said conductive element and a second insulating element interposed between two adjacent phases of said circuit breaker.
A drawer extension guide, comprising: - a carcass rail which can be fastened to a furniture carcass, - at least one extension rail (3a, 3b) which is supported displaceable relatively to the carcass rail between an open position and a closed position, - at least one lifting device, by way of which the extension rail (3a, 3b) can be raised relative to the carcass rail towards the end of the closing movement, wherein the lifting device is of at least two-part design, wherein the lifting device has a raising device for raising the extension rail (3a, 3b) and a bearing device for supporting the extension rail (3a, 3b) in the closed position, characterized in that the raising device is relieved of the extension rail (3a, 3b) in the closed position of the extension rail (3a, 3b). - a carcass rail which can be fastened to a furniture carcass, - at least one extension rail (3a, 3b) which is supported displaceable relatively to the carcass rail between an open position and a closed position, - at least one lifting device, by way of which the extension rail (3a, 3b) can be raised relative to the carcass rail towards the end of the closing movement,
A method for measuring the concentration of impurities during the purification of a gas comprising: a) passing a gas stream containing impurities into a gas adsorption means for a length of time at ambient or higher temperatures to adsorb the impurities therein; b) stopping the flow of the gas stream; and c) desorbing and analyzing the impurities using a detector characterized in that the gas being purified is carbon dioxide and the gas stream is a sample of the gas being purified. a) passing a gas stream containing impurities into a gas adsorption means for a length of time at ambient or higher temperatures to adsorb the impurities therein; b) stopping the flow of the gas stream; and c) desorbing and analyzing the impurities using a detector characterized in that the gas being purified is carbon dioxide and the gas stream is a sample of the gas being purified.
A method for operating a digital electric model track installation controlled by a control device, in particular a model railway installation, with a model track article adapted to assume various operating states in the operation of the model track installation, characterized in that during operation of the model track article at least one operating state parameter is determined at a point in time and is stored, as a function of time, with the point in time, in an event memory of the model track article.
A method of extending the useful life of an aged selective catalytic reduction catalyst bed, which catalyses the conversion of oxides of nitrogen (NO x) to dinitrogen (N 2) in the presence of a nitrogenous reductant, in the exhaust gas after treatment system of a stationary source of NO x so that the exhaust gas emitted to atmosphere from the system continues to meet proscribed limits for both NO x and ammonia emissions, characterised in that the method comprises the step of retrofitting a honeycomb substrate monolith or a plate-type substrate comprising a catalyst for converting ammonia in exhaust gas also containing oxygen to nitrogen and water downstream of the aged SCR catalyst bed.
A wound closure device comprising: an elongated flexible body having a proximal end and a distal end, the elongated flexible body including a plurality of segments, each segment having a body with one or more preformed through-holes and one or more surface features extending generally outward from a longitudinal axis defined by the elongated flexible body; wherein the proximal end is configured and dimensioned to pass through body tissue and thereafter be selectively passed through at least one of said preformed through holes, such that at least one of the plurality of surface features also passes through at least one preformed through-hole; characterised by at least one fiber stitched therethrough the plurality of segments enabling the segments to slidingly engage the at least one fiber, wherein the segments are separated from each other and interconnected along the longitudinal axis via the at least one fiber which provides spatial separation between each segment. an elongated flexible body having a proximal end and a distal end, the elongated flexible body including a plurality of segments, each segment having a body with one or more preformed through-holes and one or more surface features extending generally outward from a longitudinal axis defined by the elongated flexible body; wherein the proximal end is configured and dimensioned to pass through body tissue and thereafter be selectively passed through at least one of said preformed through holes, such that at least one of the plurality of surface features also passes through at least one preformed through-hole; characterised by at least one fiber stitched therethrough the plurality of segments enabling the segments to slidingly engage the at least one fiber, wherein the segments are separated from each other and interconnected along the longitudinal axis via the at least one fiber which provides spatial separation between each segment.
Appliance for drying laundry, comprising at least one open process air system having at least one drying chamber for receiving laundry to be dried and at least one heat pump that is thermally coupled to the process air system, which heat pump has at least one evaporator serving as a heat sink for process air discharged from the drying chamber and at least one condenser serving as a heat source for the process air to be supplied to the drying chamber, characterised in that the evaporator and the condenser are arranged laterally side-by-side to one another in a direction perpendicular to a vertical axis of the appliance and offset in height in respect to each other in the direction of the vertical axis of the appliance, wherein either on the one hand one portion of a first process air duct connecting the drying chamber to the evaporator extends above the condenser and one portion of a second process air duct connecting the condenser to the drying chamber extends below the evaporator or on the other hand one portion of a first process air duct connecting the drying chamber to the evaporator extends below the condenser and one portion of a second process air duct connecting the condenser to the drying chamber extends above the evaporator, wherein the evaporator and the condenser are arranged laterally at a distance from one another leaving a defined installation space in the direction perpendicular to the vertical axis of the appliance, wherein the portion of the first process air duct extending above or below the condenser is connected communicatively to a supply portion of the first process air duct widening in the direction of the evaporator and connected to the evaporator, wherein the portion of the second process air duct extending below or above the evaporator is connected communicatively to a discharge portion of the second process air duct widening in the direction of the condenser and connected to the condenser, and wherein the supply portion and the discharge portion are arranged adjacent to one another in the direction of the appliance height and are at least largely arranged in the installation space between the evaporator and the condenser, and taper in opposite directions.
A coil unit (10, 20) comprising: a coil conductor (11, 21) formed of a plurality of element wires (11a, 21a); and a coil base (12, 22) having a groove (15, 25) configured to retain the coil conductor (11, 21), characterized in that the coil conductor (11, 21) has a diameter in a range from 3 mm to 6 mm, inclusive, and wherein the groove (15, 25) has a straight portion (15a, 25a), and an arc portion (15b, 25b) having a radius of curvature of at least 20 mm. a coil conductor (11, 21) formed of a plurality of element wires (11a, 21a); and a coil base (12, 22) having a groove (15, 25) configured to retain the coil conductor (11, 21), characterized in that the coil conductor (11, 21) has a diameter in a range from 3 mm to 6 mm, inclusive, and wherein the groove (15, 25) has a straight portion (15a, 25a), and an arc portion (15b, 25b) having a radius of curvature of at least 20 mm.
A tip assembly comprising: an adapter sleeve configured to be coupled to a trocar; a jaw assembly component coupled to the adapter sleeve, wherein the jaw assembly component comprises first and second jaws (511,515) hingedly coupled to an end of the adapter sleeve, each jaw being hingedly coupled to an outer portion of the end and each jaw being opposite to one another; the first jaw having a penetrating member at the end thereof, the penetrating member adapted to penetrate at least one layer of body tissue; the second jaw hingedly coupled to the end of the adapter sleeve and opposite to the first jaw, characterized by a first slider having the penetrating member at a distal end thereof, the first slider being coupled to the first jaw such that the first slider is axially translatable with respect to the first jaw; and wherein the first slider comprises a first scope cleaner coupled to a proximal end of the first slider opposite to the distal end of the first slider, the first scope cleaner being configured to sweep across an interior of the adapter sleeve when the first slider translates axially away from a proximal end of the first scope cleaner and the first jaw rotates radially away from the longitudinal axis thereby sweeping debris off of implements insertable into the adapter sleeve. an adapter sleeve configured to be coupled to a trocar; a jaw assembly component coupled to the adapter sleeve, wherein the jaw assembly component comprises first and second jaws (511,515) hingedly coupled to an end of the adapter sleeve, each jaw being hingedly coupled to an outer portion of the end and each jaw being opposite to one another; the first jaw having a penetrating member at the end thereof, the penetrating member adapted to penetrate at least one layer of body tissue; the second jaw hingedly coupled to the end of the adapter sleeve and opposite to the first jaw, characterized by a first slider having the penetrating member at a distal end thereof, the first slider being coupled to the first jaw such that the first slider is axially translatable with respect to the first jaw; and wherein the first slider comprises a first scope cleaner coupled to a proximal end of the first slider opposite to the distal end of the first slider, the first scope cleaner being configured to sweep across an interior of the adapter sleeve when the first slider translates axially away from a proximal end of the first scope cleaner and the first jaw rotates radially away from the longitudinal axis thereby sweeping debris off of implements insertable into the adapter sleeve.