mhurhangee/ep-ind-claims huggingface dataset:
Mixing capsule comprising a housing in the form of a cylinder, wherein the mixing capsule has an applicator at the top surface of the cylinder and an auxiliary capsule to receive a composition B in the region of the base surface of the cylinder being mounted displaceably in the direction of the longitudinal axis, the auxiliary capsule being mounted displaceably in the direction of the longitudinal axis in a cylindrical inside pipe and/or a mounting of the mixing capsule, the housing of the mixing capsule comprising an outer housing sleeve and an inner housing sleeve being mounted rotatably against each other and displaceably in a telescope-like manner into each other, the auxiliary capsule and the cylindrical inside pipe and/or the mounting taking a first partial volume of the internal volume of the mixing capsule in a first position of the inner housing sleeve, the mixing capsule having a second partial volume of the internal volume to receive a composition A being independent from the auxiliary capsule and the cylindrical inside pipe and/or the mounting, the internal volume of the cylinder being increased compared to the first position in a second position of the inner housing sleeve after the outer housing sleeve and the inner housing sleeve being pushed apart in a telescope-like manner along the longitudinal axis, the increased internal volume being adapted to receive composition B of the auxiliary capsule besides composition A, composition A and composition B being mixable to composition C by moving the mixing capsule, composition C being ejectable via the applicator when the outer housing sleeve and the inner housing sleeve being telescoped, the auxiliary capsule having an ejection piston, the ejection piston being adapted to convey composition B from the auxiliary capsule into the second partial volume or the increased internal volume when being pushed or turned, the cylindrical inside pipe or the mounting being adapted to receive, preferably completely receive, the auxiliary capsule, the inner housing sleeve being mounted displaceably within the outer housing sleeve along the longitudinal axis of the mixing capsule and rotatably about the longitudinal axis of the mixing capsule, the cylindrical inside pipe or the mounting being mounted displaceably within the inner housing sleeve along the longitudinal axis of the mixing capsule, and a part of the outer housing sleeve and a part of the inner housing sleeve being lockable in a first position of the inner housing sleeve after the outer housing sleeve and the inner housing sleeve being telescoped along the longitudinal axis and after being rotated about the longitudinal axis.
A hearing article (100, 200), comprising: first and second hearing devices (110, 210); and a tether (120, 220) having a first end (121, 221) attached to the first hearing device and a second end (122, 222) attached to a second hearing device; wherein the tether includes a first acoustic decoupling section (131, 231) proximate the first end, a second acoustic decoupling section (133, 232) proximate the second end, and a straight intermediate section (140, 240) between the first and second acoustic decoupling sections, the first and second acoustic decoupling sections comprising first and second predetermined shapes (133, 136, 137, 138, 233); characterized in: that the tether has a solid cross-section and is non-metallic and does not include a metallic wire core; wherein in a neutral configuration, each of the acoustic decoupling sections has a length l, the straight section has a length L, and 40 l > L > 2 l; and wherein the first and second hearing devices (110, 210) are either earplugs or electronic earplugs. first and second hearing devices (110, 210); and a tether (120, 220) having a first end (121, 221) attached to the first hearing device and a second end (122, 222) attached to a second hearing device; wherein the tether includes a first acoustic decoupling section (131, 231) proximate the first end, a second acoustic decoupling section (133, 232) proximate the second end, and a straight intermediate section (140, 240) between the first and second acoustic decoupling sections, the first and second acoustic decoupling sections comprising first and second predetermined shapes (133, 136, 137, 138, 233);
Method for cooling an electrical storage device by way of a coolant circuit within which a natural coolant flows, the coolant circuit comprising at least one first heat exchanger thermally coupled to the electrical storage device, wherein the cooling method comprises at least: - a first step of determining a quick charging state (Ech) of the electrical storage device, - a second step of determining a thermal power (Pth) to be extracted from the electrical storage device until a charge level of the electrical storage device is greater than or equal to a determined threshold, - a third step of measuring a temperature of the electrical storage device (Tbatt), - a fourth step of adapting a flow of the coolant within the first heat exchanger in order that a temperature of the coolant is between 15°C and 28°C. - a first step of determining a quick charging state (Ech) of the electrical storage device, - a second step of determining a thermal power (Pth) to be extracted from the electrical storage device until a charge level of the electrical storage device is greater than or equal to a determined threshold, - a third step of measuring a temperature of the electrical storage device (Tbatt), - a fourth step of adapting a flow of the coolant within the first heat exchanger in order that a temperature of the coolant is between 15°C and 28°C.
A nozzle for inflating a balloon, comprising a coupling portion having an inner end and an outer end opposite to the inner end in a longitudinal direction, wherein the coupling portion further includes an air hole extending from the inner end through the outer end in the longitudinal direction, wherein the nozzle further comprises an expansion portion spaced from the coupling portion and a connecting portion connected between the expansion portion and the inner end of the coupling portion, wherein the expansion portion includes a first face spaced from the inner end in the longitudinal direction and a second face opposite to the first face, wherein the expansion portion further includes a peripheral edge located between the first face and the second face, wherein the peripheral edge is configured, in use, to spread a neck of the balloon, wherein the nozzle is configured to couple with the neck, wherein the expansion portion is configured to be received in the neck of the balloon and is configured to spread the neck, wherein the air hole intercommunicates with an inflation space defined in the balloon when a gas with a sufficient pressure is filled into the air hole, permitting the gas to enter the inflation space, and wherein the air hole does not intercommunicate with the inflation space defined in the balloon when no gas with the sufficient pressure is filled into the air hole, wherein the neck of the balloon is separate from the first face and the peripheral edge to intercommunicate the air hole with the inflation space when the gas with the sufficient pressure is filled into the air hole, and wherein the peripheral edge and a portion of the first face abut against the neck of the balloon when no gas with the sufficient pressure is filled into the air hole, characterised in that: the peripheral wall is radially outwards of the air hole, wherein the connecting portion includes a plurality of connecting beams spaced from each other in an annular direction around a longitudinal axis of the air hole and located radially outwards of the air hole, wherein each of the plurality of connecting beams is connected between the first face of the expansion portion and the inner end of the coupling portion, wherein each two adjacent beams have an opening therebetween, wherein each opening is located radially outwards of the air hole, intercommunicates with the air hole, and extends between the first face of the expansion portion and the inner end of the coupling portion in the longitudinal direction, and wherein the gas with the sufficient pressure flows from the air hole through the openings, flows along the first face of the expansion portion, flows through a gap between the peripheral edge and the balloon into the inflation space of the balloon.
A compound having formula wherein R 1 is chloro or fluoro, R 2 is -CH 2 CH 2 OH, or C 3 - 5 alkylCOOH; R 3 is trifluoromethyl, or trifluoromethoxy; R 4 is hydrogen, fluoro, or methoxy; and R 5 is hydrogen or methyl; or a pharmaceutically acceptable salt, solvate or polymorph thereof. R 1 is chloro or fluoro, R 2 is -CH 2 CH 2 OH, or C 3 - 5 alkylCOOH; R 3 is trifluoromethyl, or trifluoromethoxy; R 4 is hydrogen, fluoro, or methoxy; and R 5 is hydrogen or methyl;
A cosmetic or pharmaceutical composition comprising: - an extract containing carotenoids of the bacteria Arthrobacter agilis; and - an antioxidant which is vitamin E. - an extract containing carotenoids of the bacteria Arthrobacter agilis; and - an antioxidant which is vitamin E.
Vacuum electron beam arrangement with an electron source emitting primary electrons and with at least one electrode, which is arranged in the region of movement of the primary electrons and in which primary electrons occurring can initiate the emission of secondary electrons, wherein the surface of the electrode has a relief structure to reduce the rate of emission of secondary electrons in comparison with an unstructured-smooth surface, characterized in that the relief structure is formed by an open-pore metallic surface layer by means of electropolishing and in that the edges of pores that are open towards the surface at least partially have undercuts on the side facing away from the surface.
A garment, comprising: a length of flexible material; a locking grommet device for receiving the length of flexible material therethrough, the locking grommet device comprising: a front piece comprising a central opening and a locking mechanism for receiving the length of flexible material therethrough, and a back piece that is adapted to cooperate with the front piece to hold a piece of fabric therebetween; and wherein the length of flexible material is moveable within the locking mechanism between a first locked position and a second unlocked position in order to tighten or loosen a portion of the garment; characterized in that the locking mechanism is mounted in the central opening of the front piece. a length of flexible material; a locking grommet device for receiving the length of flexible material therethrough, the locking grommet device comprising: a front piece comprising a central opening and a locking mechanism for receiving the length of flexible material therethrough, and a back piece that is adapted to cooperate with the front piece to hold a piece of fabric therebetween; and wherein the length of flexible material is moveable within the locking mechanism between a first locked position and a second unlocked position in order to tighten or loosen a portion of the garment; a front piece comprising a central opening and a locking mechanism for receiving the length of flexible material therethrough, and a back piece that is adapted to cooperate with the front piece to hold a piece of fabric therebetween; and wherein the length of flexible material is moveable within the locking mechanism between a first locked position and a second unlocked position in order to tighten or loosen a portion of the garment; characterized in that the locking mechanism is mounted in the central opening of the front piece.
An electrosurgical device for tissue ablation, comprising: a delivery cannula having a lumen and an open distal end in communication with the lumen; and an electrode array deployable from, and retractable into, the cannula lumen through the open distal end, the electrode array comprising a plurality of tines, the tines having proximal ends secured to a mandrel carried in the cannula lumen, the mandrel movable axially relative to the cannula, characterized in that the tines are so adapted, that when the electrode array is retracted into the cannula lumen, the electrodes are nested in offset, circumferential layers about the mandrel. a delivery cannula having a lumen and an open distal end in communication with the lumen; and an electrode array deployable from, and retractable into, the cannula lumen through the open distal end, the electrode array comprising a plurality of tines, the tines having proximal ends secured to a mandrel carried in the cannula lumen, the mandrel movable axially relative to the cannula, characterized in that the tines are so adapted, that when the electrode array is retracted into the cannula lumen, the electrodes are nested in offset, circumferential layers about the mandrel.
An electrically conductive wire for deep water transmission having a first wire portion and a second wire portion welded together; wherein the first wire portion is formed of a first metal, is located at one end of the wire; wherein the second wire portion is formed of a second metal; and wherein the first metal has a higher ultimate tensile strength than the second metal.
An extraction device for removing a previously implanted leadless cardiac pacemaker, the LCP including a retrieval feature disposed at a proximal end of the LCP, the extraction device having a proximal region and a distal region, the extraction device comprising: a retrieval cavity at the distal region of the extraction device that is sized to accommodate at least part of the LCP therein once the LCP is extracted; a retrieval loop extendable beyond the retrieval cavity and manipulatable from the proximal region by an operator of the extraction device; characterised in that the retrieval loop is configured along an inside surface of the retrieval loop to cut through ingrowth tissue that extends over the LCP in order to expose the retrieval feature of the leadless cardiac pacemaker; and the retrieval loop is further configured to grasp the exposed retrieval feature and pull the LCP into the retrieval cavity of the extraction device, wherein the retrieval loop forms at least part of a loop with a first surface on an inner side of the loop and a second surface on an outer side of the loop, wherein the first surface is configured to cut tissue, while the second surface is not configured to cut the ingrowth tissue or damage tissue. a retrieval cavity at the distal region of the extraction device that is sized to accommodate at least part of the LCP therein once the LCP is extracted; a retrieval loop extendable beyond the retrieval cavity and manipulatable from the proximal region by an operator of the extraction device; characterised in that the retrieval loop is configured along an inside surface of the retrieval loop to cut through ingrowth tissue that extends over the LCP in order to expose the retrieval feature of the leadless cardiac pacemaker; and the retrieval loop is further configured to grasp the exposed retrieval feature and pull the LCP into the retrieval cavity of the extraction device, wherein the retrieval loop forms at least part of a loop with a first surface on an inner side of the loop and a second surface on an outer side of the loop, wherein the first surface is configured to cut tissue, while the second surface is not configured to cut the ingrowth tissue or damage tissue.
Energy recovery medium for insertion into a bore hole in a ground comprising a recoverable energy carrying medium, wherein the energy recovery medium comprises: a base liquid, wherein the base liquid comprises water for dissolving a salt; a carbohydrate-based thickener mixed in the base liquid; the salt dissolved in the base liquid and configured for increasing a density of the base liquid, wherein the salt consists of potassium carbonate; proppant particles dispersed within the mixture of the base liquid, the thickener and the salt; wherein the energy carrying medium is at least one of the group consisting of oil, gas, and hot water, and wherein a ratio between a mass of the salt and a volume of the base liquid is in a range between 500 g/l and 1500 g/l, in particular in a range between 700 g/l and 1000 g/l. a base liquid, wherein the base liquid comprises water for dissolving a salt; a carbohydrate-based thickener mixed in the base liquid; the salt dissolved in the base liquid and configured for increasing a density of the base liquid, wherein the salt consists of potassium carbonate; proppant particles dispersed within the mixture of the base liquid, the thickener and the salt; wherein the energy carrying medium is at least one of the group consisting of oil, gas, and hot water, and wherein a ratio between a mass of the salt and a volume of the base liquid is in a range between 500 g/l and 1500 g/l, in particular in a range between 700 g/l and 1000 g/l.
A transmission for a human powered vehicle, for transmitting a reciprocating pedal movement into a rotational movement, comprising a pair of pedals suspended for reciprocating movement between respective retracted and extended positions, a rotating element mounted for rotation around an axis of rotation, two rotating cam members rotating around respective cam axes, each rotating cam member having a peripheral cam surface, the rotating cam members being coupled to the rotating member through a respective one-way clutch for the rotating cam members to drive the rotating element in a single rotational direction, flexible tension members connecting either pedal to a respective one of the rotating cam members, each flexible tension member being fastened relative to the respective rotating cam member and being wound onto the peripheral cam surface of the respective cam member, an unwound part of the flexible tension member extending towards the respective pedal to be connected thereto to be pulled thereby, whereby the unwound part disengages the peripheral cam surface at a point of tangency having a radial distance from the respective cam axis, thereby providing a gearing ratio between angular movement of the rotating cam member and translational movement of the respective pedal, wherein said radial distance varies in accordance with the position of the respective pedal between its extended position and its retracted position, characterised in that said gearing ratio has a minimum value when the respective pedal is in an intermediate position between its extended position and its retracted position, a first value when the respective pedal is in its retracted position, and a second major value, when the respective pedal is in its extended position, and the first value is a first major value, and that the minimum value is smaller than either of the first and the second major value.
An engine timing system that comprises - a silent chain to be wound around sprockets (51, 52, 53), - a chain guide for guiding a travel of the silent chain, and - a tensioner arm for maintaining tension in the silent chain, the silent chain comprising inside links each having a pair of pin holes and a pair of tooth parts to mesh with sprocket teeth are pivotably linked to each other by means of linking pins inserted into the pin holes, and guide plates disposed on an outermost side of the silent chain, wherein the guide plates each have a pair of pin holes into which the linking pins are inserted, a pair of side end parts which are disposed at both ends in a longitudinal direction of the guide plates, and an upper end part and a lower end part both of which link the side end parts in the longitudinal direction; characterized in that the upper end part of each of the guide plates becomes steadily thinner toward a tip end thereof, and an outside face of the upper end part has an oblique face that is adapted to come into a linear contact with an inside surface (56B1) of an upright wall part of the chain guide and the tensioner arm as the silent chain travels along the chain guide and the tensioner arm. - a silent chain to be wound around sprockets (51, 52, 53), - a chain guide for guiding a travel of the silent chain, and - a tensioner arm for maintaining tension in the silent chain,
Method for the production of denture elements (6, 10, 12, 13, 22, 23) with a digital acquisition of the surface data of a remaining dental area, three-dimensional design of at least one denture element (6, 10, 12, 13, 22, 23) for the remaining dental area, including the acquired surface data of the remaining dental area and preparation of corresponding mold data; and a partial or complete production of the at least one denture element (6, 10, 12, 13, 22, 23) on the basis of the surface data and mold data; a three-dimensional design of web constructions between tooth stumps of the remaining dental area and preparation of corresponding mold data within the framework of the three-dimensional design of the at least denture element; and passing, to a production device for partial or complete production, the mold data of the three-dimensional design of the web constructions between tooth stumps for the production of the dental element (6, 10, 12, 13, 22, 23), characterised in that the web constructions are designed such that their cross section is shaped trapezoidal and the workpieces are milled by a CNC machine.
A binding domain comprising a VH and VL specific to a serum carrier protein, wherein the serum carrier protein is albumin or a fragment thereof and wherein the VH and VL sequences are selected from the combinations SEQ ID NO: 3 & 9, and 5 & 9.
An interposer, comprising: an insulating material having a stairstep structure with a first step surface, a second step surface, and a bottom surface to face a package substrate, wherein a first thickness of the insulating material between the first step surface and the bottom surface is greater than a second thickness of the insulating material between the second step surface and the bottom surface; a conductive signal pathway extending from the first step surface to the bottom surface; a conductive shield disposed within the insulating material to shield the conductive signal pathway; and a conductive reference pathway extending between a step surface (104-1, 104-2) and the bottom surface. an insulating material having a stairstep structure with a first step surface, a second step surface, and a bottom surface to face a package substrate, wherein a first thickness of the insulating material between the first step surface and the bottom surface is greater than a second thickness of the insulating material between the second step surface and the bottom surface; a conductive signal pathway extending from the first step surface to the bottom surface; a conductive shield disposed within the insulating material to shield the conductive signal pathway; and a conductive reference pathway extending between a step surface (104-1, 104-2) and the bottom surface.