mhurhangee/ep-ind-claims huggingface dataset:
A tube filter for smoking a smokable substance, the tube filter comprising: a receiving section having a receiving chamber dimensioned to receive the smokable substance; a smoke section having a smoke chamber to output smoke produced while the smokable substance is ignited, wherein the smoke section has a first open end into the smoke chamber and the receiving section has a second open end into the receiving chamber that is opposite to the first end; characterized in that the tube filter further comprises: a first indentation and a second indentation that separates the receiving chamber from the smoke chamber, the first indentation formed from a first concave portion of a wall of the tube filter and the second indentation formed from a second concave portion of the wall of the tube filter, wherein the first concave portion and the second concave portion are at least partially disposed within a cross-section of the tube filter, wherein the first indentation and the second indentation form a path inside the tube filter that fluidly couples the receiving chamber to the smoke chamber and that runs diagonally through a center longitudinal axis of the tube filter, and wherein the first indentation is radially separated from the second indentation about the center longitudinal axis by 180°. a receiving section having a receiving chamber dimensioned to receive the smokable substance; a smoke section having a smoke chamber to output smoke produced while the smokable substance is ignited, wherein the smoke section has a first open end into the smoke chamber and the receiving section has a second open end into the receiving chamber that is opposite to the first end; characterized in that the tube filter further comprises: a first indentation and a second indentation that separates the receiving chamber from the smoke chamber, the first indentation formed from a first concave portion of a wall of the tube filter and the second indentation formed from a second concave portion of the wall of the tube filter, wherein the first concave portion and the second concave portion are at least partially disposed within a cross-section of the tube filter, wherein the first indentation and the second indentation form a path inside the tube filter that fluidly couples the receiving chamber to the smoke chamber and that runs diagonally through a center longitudinal axis of the tube filter, and wherein the first indentation is radially separated from the second indentation about the center longitudinal axis by 180°.
An implant for replacing bone or cartilage material, which is constituted by a plurality of elements (B, B1, B2, B3, B4, B5, B6, B7) produced from a non-metallic, linearly elastic material, an element (B, B1, B2, B3, B4, B5, B6, B7) being connected to adjacent elements (B, B1, B2, B3, B4, B5, B6, B7) by a viscoelastic polymer material such that gaps remain between the adjacent elements (B, B1, B2, B3, B4, B5, B6, B7) and that the adjacent elements (B, B1, B2, B3, B4, B5, B6, B7) can move relative to one another, the gaps being used to accommodate cell material or bioactive material in the applied state, wherein the polymer material is selected from the following group: epoxy resin, preceramic polymers, silicone rubber, polylactide, polycaprolactone, polymethylmethacrylates, polylactide-co-glycolide (PLGA), polyhydroxyalkanoates (PHBHHX), fibrin, butyrates, silk, chitosan, wherein the polymer material forms a polymer layer which overlays the elements (B, B1, B2, B3, B4, B5, B6, B7) and is attached to the upper side of the elements (B, B1, B2, B3, B4, B5, B6, B7), and wherein the polymer layer has apertures.
Device for lubricating a mechanical system, said lubrication device comprising a main tank containing a lubrication liquid, at least one recovery tank (3, 4), a main lubrication circuit, at least one emergency lubrication circuit, at least one flow generator (11, 21) for each lubrication circuit (10, 20) and a feeding system (30, 40) for each recovery tank (3, 4), each flow generator (11, 21) supplying a lubrication circuit (10, 20) with said lubrication liquid located in said main tank, each feeding system (30, 40) being configured to feed said lubrication liquid located in a recovery tank (3, 4) to said main tank, each feeding system (30, 40) comprising an ejector (35, 45) and first and second pipes (32, 33, 42, 43), said ejector (35, 45) being arranged in a recovery tank (3, 4), said first pipes (32, 42) being connected to said ejector (35, 45) in order to supply said ejector (35, 45) with lubrication liquid located in said main tank, said second pipes (33, 43) being connected to said ejector (35, 45) in order to feed said lubrication liquid circulating in said first pipes (32, 42) and said lubrication liquid located in said recovery tank (3, 4) to said main tank, characterised in that said first pipes (32, 42) connect said ejector (35, 45) to at least one emergency lubrication circuit.
Hairstyling utensil having a circularly extending endless spiral made of a resilient material, characterised in that - the endless spiral has in total from six to eight, preferably seven, turns which bear on one another in an inner region - the hairstyling utensil has a clear internal diameter (d i) of about 0.5 cm, - a turn of the endless spiral has a diameter (d Ea) of about 1.0 cm, - the hairstyling utensil has an external diameter (d a) of about 2.5 cm. - the endless spiral has in total from six to eight, preferably seven, turns which bear on one another in an inner region - the hairstyling utensil has a clear internal diameter (d i) of about 0.5 cm, - a turn of the endless spiral has a diameter (d Ea) of about 1.0 cm, - the hairstyling utensil has an external diameter (d a) of about 2.5 cm.
A method comprising: receiving at a network device, route convergence measurements and traffic demand measurements from a plurality of routers (10, 12, 14); wherein said route convergence measurements relate to network convergence events and are associated with route computations at the routers, and wherein said traffic demand measurements comprise demands of a demand matrix associated with the routers, wherein a demand is a cell of the demand matrix specifying an amount of traffic flowing between two edge devices of the network (10, 12), and the demand matrix describes the aggregation of flows at the edge of the network; and computing network availability at the network device based on said route convergence measurements and said traffic demand measurements, wherein computing network availability comprises, for a given time period: determining an amount of traffic lost due to network convergence events during the time period; determining an amount of traffic ingressing the network over the given time period; and computing network availability based on the amount of traffic lost and the amount of traffic ingressing the network. receiving at a network device, route convergence measurements and traffic demand measurements from a plurality of routers (10, 12, 14); wherein said route convergence measurements relate to network convergence events and are associated with route computations at the routers, and wherein said traffic demand measurements comprise demands of a demand matrix associated with the routers, wherein a demand is a cell of the demand matrix specifying an amount of traffic flowing between two edge devices of the network (10, 12), and the demand matrix describes the aggregation of flows at the edge of the network; and computing network availability at the network device based on said route convergence measurements and said traffic demand measurements, wherein computing network availability comprises, for a given time period: determining an amount of traffic lost due to network convergence events during the time period; determining an amount of traffic ingressing the network over the given time period; and computing network availability based on the amount of traffic lost and the amount of traffic ingressing the network. determining an amount of traffic lost due to network convergence events during the time period; determining an amount of traffic ingressing the network over the given time period; and computing network availability based on the amount of traffic lost and the amount of traffic ingressing the network.
Electrical device designed for voltages above 150 kV, for connection to a high-voltage network, comprising - a housing, which can be filled with an insulating liquid and in which a core with at least one winding is arranged, - a bushing plug-in socket, which is fastened to the housing, and - a high-voltage bushing (6, 7, 8), which is plugged into the bushing plug-in socket, wherein the high-voltage bushing (6, 7, 8) has a fastening section, by way of which said high-voltage bushing is detachably fastened to the housing or to the bushing plug-in socket and from which said high-voltage bushing extends, by way of a column section, in a longitudinal direction over a length L2 to a high-voltage connection, wherein the length L2 is greater than three metres. - a housing, which can be filled with an insulating liquid and in which a core with at least one winding is arranged, - a bushing plug-in socket, which is fastened to the housing, and - a high-voltage bushing (6, 7, 8), which is plugged into the bushing plug-in socket,
Applicator for inserting an implant, in particular a rod-like implant containing an active substance, under the skin of a human or animal, comprising a housing, a cannula, fixed to a cannula holder, which is slidably received inside the housing, an implant accommodated inside the cannula and/or the cannula holder, a protective cover for the cannula, and a mechanism (22, 23, 7) which, at least after the cover has been removed from the cannula, secures the implant inside the cannula and/or the cannula holder, characterised in that the mechanism (22, 23, 7) disengages the implant during insertion of the cannula or after the cannula has been inserted and wherein the mechanism (22, 23, 7) comprises a lever extending along at least part of the cannula, which lever is rotatable and/or slidable and/or flexible between a first position wherein the implant is secured inside the cannula and/or the cannula holder and a second position wherein the implant is disengaged and wherein the cannula and/or the cannula holder comprise an opening which allows access to the implant, and the lever comprises a protrusion in register with this opening, wherein the lever is biased towards the cannula and/or the cannula holder such that the protrusion urges the implant against the inner wall of the cannula or the cannula holder and the applicator is configured such that when the cannula is inserted under the skin of a patient, skin on top of the cannula lifts the lever to such an extent that contact between the protrusion and the implant is removed thereby disengaging the implant.
Thick matter pump comprising a material feed container, with a movement element engaging into the material feed container and activated via a control device, with a cleaning opening arranged at the bottom of the material feed container, and with a closing cover movable in relation to the cleaning opening through at least one intermediate position between a closing position and an open position, characterized in that, during the continuous operation of the movement element, the closing cover can be positioned into an intermediate position, at the same time leaving free a defined opening segment of the cleaning opening, in that a switching element connected to the control device is arranged between the closing cover and the material feed container, and in that the switching element responds to a change in position of the closing cover from the intermediate position over the defined opening segment, at the same time triggering a safety switch-off of the movement element.
An impact resistant tool comprising: an active end for driving a fastener, said active end including a body defining an axis, and a first pocket; a shank for securing with a power tool, said shank including a second pocket; said shank being rotatable with respect to said body; and a damping mechanism received in said first and second pockets (44, 78) configured to provide damping between said body and said shank; characterized by: a shank receiving bore in said body; said shank including a first end for being received in said shank receiving bore in said body, and said shank having limited rotation with respect to said body; and said pockets (44, 78) further comprising at least one transition zone (52, 82) for receiving material from said damping mechanism as the damping mechanism deforms in response to torque applied onto the tool. an active end for driving a fastener, said active end including a body defining an axis, and a first pocket; a shank for securing with a power tool, said shank including a second pocket; said shank being rotatable with respect to said body; and a damping mechanism received in said first and second pockets (44, 78) configured to provide damping between said body and said shank; characterized by: a shank receiving bore in said body; said shank including a first end for being received in said shank receiving bore in said body, and said shank having limited rotation with respect to said body; and said pockets (44, 78) further comprising at least one transition zone (52, 82) for receiving material from said damping mechanism as the damping mechanism deforms in response to torque applied onto the tool. a shank receiving bore in said body; said shank including a first end for being received in said shank receiving bore in said body, and said shank having limited rotation with respect to said body; and said pockets (44, 78) further comprising at least one transition zone (52, 82) for receiving material from said damping mechanism as the damping mechanism deforms in response to torque applied onto the tool.
Beverage preparation device having an oscillating piston pump with a pump housing, with a pump chamber, with an oscillating piston in the pump chamber and with a magnet coil enclosing the pump chamber coaxially, characterised by a detection apparatus which is embodied such that it detects the change in travel and/or the current position of the oscillating piston in the pump chamber during a pumping process and determines the current flow rate of the oscillating piston pump therefrom, taking into account the volumetric displacement of the oscillating piston pump.
A wood material board production installation for producing a wood material board, in particular a high density fiberboard with, (a) a wood material board workpiece production device for producing a wood material board workpiece, (b) a digital printing device for printing the wood material board workpiece, and (c) a temperature measurement device that is disposed to determine an entering temperature (T 14) of the wood material board workpiece during printing characterized by the fact that (d) the temperature measurement device - comprises at least three temperature sensors (36.1, 36.2, 36.3) that are placed at a distance from one another and - is installed to determine a temperature difference and to generate a temperature difference warning signal if the temperature difference lies outside of a predetermined temperature difference interval and/or (e) a dryer is designed to locally heat up the wood material board workpiece and is connected to the temperature measurement device in such a way that the temperature difference can be reduced. (a) a wood material board workpiece production device for producing a wood material board workpiece, (b) a digital printing device for printing the wood material board workpiece, and (c) a temperature measurement device that is disposed to determine an entering temperature (T 14) of the wood material board workpiece during printing (d) the temperature measurement device - comprises at least three temperature sensors (36.1, 36.2, 36.3) that are placed at a distance from one another and - is installed to determine a temperature difference and to generate a temperature difference warning signal if the temperature difference lies outside of a predetermined temperature difference interval and/or - comprises at least three temperature sensors (36.1, 36.2, 36.3) that are placed at a distance from one another and - is installed to determine a temperature difference and to generate a temperature difference warning signal if the temperature difference lies outside of a predetermined temperature difference interval and/or (e) a dryer is designed to locally heat up the wood material board workpiece and is connected to the temperature measurement device in such a way that the temperature difference can be reduced.
A vacuum cover for a method for infusing polyester resin/glass fibres type composite materials, the vacuum cover including a fluoroelastomer, the vacuum cover being characterised in that it is shaped in the form of a flexible preform able to snugly fit complex shapes of composite materials, in that it is thermally conducting, having a thermal conductivity greater than or equal to 0.3W/m.K -1, and thus in that it is configured for discharging heat from cross-linking exotherm of resins so as to be able to increase thickness of some zones of elements manufactured from composite materials.
An indoor unit for an air conditioner, comprising: a housing comprising an upper base plate, a lower base plate provided with an air outlet, and a front cover detachably mounted to the upper base plate, a heat exchanger mounted to the upper base plate; and a fan detachably mounted to the lower base plate, the lower base plate is detachably mounted to the upper base plate, characterized in that, the upper base plate is provided with an air inlet. a housing comprising an upper base plate, a lower base plate provided with an air outlet, and a front cover detachably mounted to the upper base plate, a heat exchanger mounted to the upper base plate; and a fan detachably mounted to the lower base plate, the lower base plate is detachably mounted to the upper base plate, characterized in that, the upper base plate is provided with an air inlet.
A system for delivering and deploying a self-expanding device, said System comprising; a self-expanding device; an introducer sheath; and an assembly for moving the self-expanding device within the sheath, characterized in that said assembly comprising an elongate flexible member, a device retaining member (32, 35) comprising a protective coil being fixed to the flexible member and receiving a first end of the self-expanding device into a proximal most opening of, and concentrically within, an interior portion of the protective coil, and a proximally positioned member positioned proximally of and suitable to contact a second end of the self-expanding device; wherein rotation of the flexible member and consequently rotation of the protective coil relative to the first end of the seif- expanding device results in disengagement of the first end from within the interior portion, said self-expanding device being movable relative to said flexible member; wherein said proximally positioned member inhibits proximal movement of the self-expanding device along the flexible member when the self-expanding device is carried by said assembly and positioned against said proximally positioned member.
A composition, comprising an RNA splint ligase and at least one single-stranded RNA having a length of at least 8 nucleotides in a buffer, wherein the RNA splint ligase has at least 90% amino acid sequence identity to SEQ ID NO: 1.
Oil-scraper ring for a piston of a piston engine, with an annular body, an encircling oil-scraper blade, wherein the oil-scraper ring has a height from 2 to 5 mm between an upper ring flank and a lower ring flank, wherein the running surface of the oil-scraper blade has a radius of curvature (r) in a radial cross-section which is between 1/40 to 1/10 of height, characterised in that the running surface of the oil-scraper blade is formed by a peripheral wire made from an extremely high-strength material.
A carrier element insertable vaginally into a body for use in preventing premature birth in pregnancy, wherein progesterone is provided in a number of daily doses on a non-resorbable carrier element and is introduced vaginally, wherein the non-resorbable carrier element is inserted intravaginally for a predetermined period of time and releases progesterone, and wherein a number of days are selected as the predetermined period of time.
A device for reducing the fuel consumption of a heat engine, in particular of a motor vehicle, of the type including a substantially tubular induction member intended to be mounted around a pipe in which the fuel circulates, in order to create an electromagnetic field therein from an alternating current received from an electric power source, said induction member including a sleeve around which at least one wire winding is arranged which is connected to said electric power source by a connector, said sleeve being housed in a tubular shell which is designed to be able to ensure that said device complies with electromagnetic compatibility standards, characterized in that said sleeve (300, 21) is formed by two half-shells (301, 302, 24), each having a semicylindrical central portion bordered by two flanges (304, 305, 22, 23) each provided with a groove with axis parallel to the axis of the half-shell (301, 302, 24) and aligned with that of the groove of the other flange (304, 305, 22, 23).
A shotgun-barrel projectile with an intercalation for fitting into a cartridge, the projectile exhibiting a cylindrical free space on its underside, and the intercalation taking the form of a plunger at its end facing towards the projectile, and said plunger having a diameter adapted to the free space, wherein the projectile has been mounted onto the plunger, or conversely, and the plunger is inserted into the free space and wedged in the course of firing, wherein - the free space exhibits a projectile spigot arranged on the axis of symmetry, - the plunger exhibits a bore arranged on the axis of symmetry, - the projectile spigot and the bore are substantially adapted to one another in diameter, and - the projectile spigot and the bore are endowed with wedging elements (13, 16, 17) which in the course of firing and insertion of the plunger into the free space bring about a wedging of the plunger and therefore of the intercalation with the projectile, characterised in that the wedging elements (13, 16, 17) encompass a hollow cylindrical design of the end of the projectile spigot facing towards the intercalation, the underside of the projectile spigot exhibiting an inwardly inclined bevel, and the bore in the plunger exhibiting a hemisphere arranged at the bottom, and, in addition, a diameter reduction being arranged on the wall of the bore above the hemisphere. - the free space exhibits a projectile spigot arranged on the axis of symmetry, - the plunger exhibits a bore arranged on the axis of symmetry, - the projectile spigot and the bore are substantially adapted to one another in diameter, and - the projectile spigot and the bore are endowed with wedging elements (13, 16, 17) which in the course of firing and insertion of the plunger into the free space bring about a wedging of the plunger and therefore of the intercalation with the projectile,