mhurhangee/ep-ind-claims huggingface dataset:
Medical injection device for supporting a medical container comprising a barrel and a needle tip extending from a distal end of the barrel, comprising: - a safety shield, - a first ring configured to be coupled to the medical container and configured to be biased in a proximal direction relative to the safety shield ∘ from an injection position in which a needle tip extends out of the safety shield ∘ to a safety position in which the needle tip is covered by the safety shield, - a second ring characterised in that the second ring is rotatably movable relative to the first ring between ∘ a locking position wherein the second ring maintains the first ring in the injection position, and ∘ an unlocking position wherein the second ring releases the first ring thereby allowing the first ring to be urged into the safety position, said medical injection device further comprising a plunger configured to move along an axis of the barrel in a distal direction to expel a pharmaceutical composition contained in the barrel from the needle, the plunger engaging the second ring so that an axial movement of the plunger in the distal direction causes the second ring to rotate from the locking position to the unlocking position. - a safety shield, - a first ring configured to be coupled to the medical container and configured to be biased in a proximal direction relative to the safety shield ∘ from an injection position in which a needle tip extends out of the safety shield ∘ to a safety position in which the needle tip is covered by the safety shield, ∘ from an injection position in which a needle tip extends out of the safety shield ∘ to a safety position in which the needle tip is covered by the safety shield, - a second ring characterised in that the second ring is rotatably movable relative to the first ring between ∘ a locking position wherein the second ring maintains the first ring in the injection position, and ∘ an unlocking position wherein the second ring releases the first ring thereby allowing the first ring to be urged into the safety position, ∘ a locking position wherein the second ring maintains the first ring in the injection position, and ∘ an unlocking position wherein the second ring releases the first ring thereby allowing the first ring to be urged into the safety position,
A method comprising: receiving, by a redirect device, from a device (120,124), a request for a content stream, wherein the content stream comprises one or more segments of a content item and one or more segments of an advertisement, and wherein the request indicates a requested starting point in the one or more segments of the advertisement; generating, based on determining that the request for the content stream is an initial request, an identifier associated with the request; and sending to the device (120,124), based on determining that the request for the content stream is the initial request, a redirect message comprising the identifier and an instruction to initiate the content stream at a point in the content stream that corresponds to an initial segment of the one or more segments of the advertisement, and wherein the point in the content stream is different than the requested starting point. receiving, by a redirect device, from a device (120,124), a request for a content stream, wherein the content stream comprises one or more segments of a content item and one or more segments of an advertisement, and wherein the request indicates a requested starting point in the one or more segments of the advertisement; generating, based on determining that the request for the content stream is an initial request, an identifier associated with the request; and sending to the device (120,124), based on determining that the request for the content stream is the initial request, a redirect message comprising the identifier and an instruction to initiate the content stream at a point in the content stream that corresponds to an initial segment of the one or more segments of the advertisement, and wherein the point in the content stream is different than the requested starting point.
A sanitary washing device, comprising: a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve; and a casing storing the nozzle and the valve unit; characterized by further comprising: a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the casing having a concave portion recessed upward from a bottom surface of the casing, the concave portion having an upper surface and a side surface extending from the upper surface and facing backward or sideward, the concave portion being a hose container which is configured to store the water supply hose by bending a portion of the water supply hose, the water supply connection part being provided on the side surface of the hose container, a width of the hose container increases along a direction in which the water supply connection part faces the water supply hose, wherein the sanitary washing device further comprises: a controller configured to control operations of the nozzle and the valve unit, the controller being disposed inside the casing and above the hose container. a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve; and a casing storing the nozzle and the valve unit; a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the casing having a concave portion recessed upward from a bottom surface of the casing, the concave portion having an upper surface and a side surface extending from the upper surface and facing backward or sideward, the concave portion being a hose container which is configured to store the water supply hose by bending a portion of the water supply hose, the water supply connection part being provided on the side surface of the hose container, a width of the hose container increases along a direction in which the water supply connection part faces the water supply hose, wherein the sanitary washing device further comprises: a controller configured to control operations of the nozzle and the valve unit, the controller being disposed inside the casing and above the hose container. a controller configured to control operations of the nozzle and the valve unit, the controller being disposed inside the casing and above the hose container.
A method performed by control units, each for controlling a respective energy storage, configured for stabilizing a microgrid, the method comprising each of the control units: obtaining a local deviation signal (V L, f L) related to a voltage and/or frequency deviation from a local reference, as measured at a local point of the microgrid where the energy storage is connected and able to inject real and/or reactive power (Q, P) into the microgrid for stabilizing said microgrid; obtaining a common deviation signal (V C, f C) related to a voltage and/or frequency deviation from a common reference, as measured at a common point of the microgrid which is different from the local point, wherein the common deviation signal is identical for all the control units; controlling the injection of real and/or reactive power by the energy storage into the microgrid based on the common deviation signal as long as the local deviation signal satisfies a first criterion; switching from controlling the energy storage based on the common deviation signal to controlling the energy storage based on the local deviation signal in response to the local deviation signal satisfying a second criterion; and characterized by the step of returning from controlling the energy storage based on the local deviation signal to controlling the energy storage based on the common deviation signal in response to the local deviation signal satisfying a third criterion. obtaining a local deviation signal (V L, f L) related to a voltage and/or frequency deviation from a local reference, as measured at a local point of the microgrid where the energy storage is connected and able to inject real and/or reactive power (Q, P) into the microgrid for stabilizing said microgrid; obtaining a common deviation signal (V C, f C) related to a voltage and/or frequency deviation from a common reference, as measured at a common point of the microgrid which is different from the local point, wherein the common deviation signal is identical for all the control units; controlling the injection of real and/or reactive power by the energy storage into the microgrid based on the common deviation signal as long as the local deviation signal satisfies a first criterion; switching from controlling the energy storage based on the common deviation signal to controlling the energy storage based on the local deviation signal in response to the local deviation signal satisfying a second criterion; and characterized by the step of returning from controlling the energy storage based on the local deviation signal to controlling the energy storage based on the common deviation signal in response to the local deviation signal satisfying a third criterion.
A method for reconstructing seismic data, the method comprising: receiving at a computing device an input seismic data set d related to plural shots emitted by one or more seismic sources, wherein the input seismic data set d is indicative of seismic wave paths from the one or more seismic source to receivers; receiving at the computing device a positional data set d p relating to recording locations of the receivers that recorded the input seismic data set d; receiving at the computing device a receiver target location, the method being characterized in further comprising: calculating, with the computing device, an adjusted receiver location based on (i) the positional data set d p and (ii) the receiver target location, wherein the adjusted receiver location substantially coincides, within normal tolerances associated with GPS measurements, e.g., in the range of 1 to 5 m, with a receiver location from the positional data set d p; calculating, with the computing device, reconstructed seismic data d r at the adjusted receiver location using the input seismic data set d and the positional data set d p; and correcting the seismic wave paths from the one or more seismic sources to the receivers based on the reconstructed seismic data d r. receiving at a computing device an input seismic data set d related to plural shots emitted by one or more seismic sources, wherein the input seismic data set d is indicative of seismic wave paths from the one or more seismic source to receivers; receiving at the computing device a positional data set d p relating to recording locations of the receivers that recorded the input seismic data set d; receiving at the computing device a receiver target location, the method being characterized in further comprising: calculating, with the computing device, an adjusted receiver location based on (i) the positional data set d p and (ii) the receiver target location, wherein the adjusted receiver location substantially coincides, within normal tolerances associated with GPS measurements, e.g., in the range of 1 to 5 m, with a receiver location from the positional data set d p; calculating, with the computing device, reconstructed seismic data d r at the adjusted receiver location using the input seismic data set d and the positional data set d p; and correcting the seismic wave paths from the one or more seismic sources to the receivers based on the reconstructed seismic data d r. calculating, with the computing device, an adjusted receiver location based on (i) the positional data set d p and (ii) the receiver target location, wherein the adjusted receiver location substantially coincides, within normal tolerances associated with GPS measurements, e.g., in the range of 1 to 5 m, with a receiver location from the positional data set d p; calculating, with the computing device, reconstructed seismic data d r at the adjusted receiver location using the input seismic data set d and the positional data set d p; and correcting the seismic wave paths from the one or more seismic sources to the receivers based on the reconstructed seismic data d r.
A computer-implemented method, comprising: - modeling a multi-component control or actuator system using a fault tree (101, 102), the fault tree (101, 102) comprising a plurality of elements (130-132, 401-411) associated with components (231-1, 232-1, 233-1, 231-233) of the system and a plurality of interconnections between elements (130-132, 401-411) of the plurality of elements (130-132, 401-411) associated with functional dependencies between the components, - back-tracing a plurality of failure propagation paths from an output (117, 118, 118A) of the fault tree (101, 102) towards one or more inputs (111-114, 113A) of the fault tree (101, 102), and - for each one of the plurality of failure propagation paths: checking if the respective failure propagation path forms a ring closure and, in the affirmative, replacing the ring closure by a predefined expression. - modeling a multi-component control or actuator system using a fault tree (101, 102), the fault tree (101, 102) comprising a plurality of elements (130-132, 401-411) associated with components (231-1, 232-1, 233-1, 231-233) of the system and a plurality of interconnections between elements (130-132, 401-411) of the plurality of elements (130-132, 401-411) associated with functional dependencies between the components, - back-tracing a plurality of failure propagation paths from an output (117, 118, 118A) of the fault tree (101, 102) towards one or more inputs (111-114, 113A) of the fault tree (101, 102), and - for each one of the plurality of failure propagation paths: checking if the respective failure propagation path forms a ring closure and, in the affirmative, replacing the ring closure by a predefined expression.
An aqueous composition comprising: a) chlorine dioxide, b) hops acids, and c) at least one organic acid or their salts, wherein the concentration of chlorine dioxide is at least 1 ppm, wherein the concentration of hops acid is at least 0.5 ppm, and wherein the concentration of the at least one organic acid is at least 50 ppm. a) chlorine dioxide, b) hops acids, and c) at least one organic acid or their salts,
A process for the racemization of an enantiomerically enriched -1-aminoindane mixture comprising the following steps: (a) providing a material comprising -1-aminoindane enriched mixtures; (b) mixing the material with 1-indanone and at least one organic solvent in the presence of an aprotic base to form an optically active compound of formula II, (c) racemization of the Schiff base of formula II by treatment with a base, (d) hydrogenation of the racemic compound of formula II, to obtain racemic or nearly racemic 1-aminoindane. (a) providing a material comprising -1-aminoindane enriched mixtures; (b) mixing the material with 1-indanone and at least one organic solvent in the presence of an aprotic base to form an optically active compound of formula II, (c) racemization of the Schiff base of formula II by treatment with a base, (d) hydrogenation of the racemic compound of formula II, to obtain racemic or nearly racemic 1-aminoindane.
A refrigerating machine oil composition comprising: at least one ester additive selected from the group of tetraesters of pentaerythritol and one fatty acid having 5 to 18 carbon atoms, and hexaesters of dipentaerythritol and one fatty acid having 5 to 18 carbon atoms; and a base oil that is an ester other than the ester additive, wherein the base oil is an ester of a polyhydric alcohol and a fatty acid, wherein a molar ratio of a fatty acid having 4 to 6 carbon atoms and a branched fatty acid having 7 to 9 carbon atoms in the fatty acid is 15:85 to 90:10, wherein the fatty acid having 4 to 6 carbon atoms comprises 2-methylpropanoic acid, and wherein a ratio of the sum of the fatty acid having 4 to 6 carbon atoms and the branched fatty acid having 7 to 9 carbon atoms to a total amount of the fatty acid is 20 mol% or more, wherein a content of the ester additive is 2 to 20 mass% based on a total amount of the refrigerating machine oil composition, wherein a content of the ester of a polyhydric alcohol and a fatty acid is 50 mass% or more based on the total amount of the refrigerating machine oil, and wherein a kinematic viscosity of the refrigerating machine oil composition at 40°C is 3 to 500 mm 2 /s. at least one ester additive selected from the group of tetraesters of pentaerythritol and one fatty acid having 5 to 18 carbon atoms, and hexaesters of dipentaerythritol and one fatty acid having 5 to 18 carbon atoms; and a base oil that is an ester other than the ester additive, wherein the base oil is an ester of a polyhydric alcohol and a fatty acid, wherein a molar ratio of a fatty acid having 4 to 6 carbon atoms and a branched fatty acid having 7 to 9 carbon atoms in the fatty acid is 15:85 to 90:10, wherein the fatty acid having 4 to 6 carbon atoms comprises 2-methylpropanoic acid, and wherein a ratio of the sum of the fatty acid having 4 to 6 carbon atoms and the branched fatty acid having 7 to 9 carbon atoms to a total amount of the fatty acid is 20 mol% or more, wherein a content of the ester additive is 2 to 20 mass% based on a total amount of the refrigerating machine oil composition, wherein a content of the ester of a polyhydric alcohol and a fatty acid is 50 mass% or more based on the total amount of the refrigerating machine oil, and wherein a kinematic viscosity of the refrigerating machine oil composition at 40°C is 3 to 500 mm 2 /s.
A composite element for forming a wall panel, supporting element and/or vapour barrier of a building with several boards, which is structured in a layered manner, wherein a first board and a second board are arranged side by side and are positively connected by a third board, wherein at least three boards are provided for a composite element formed by several identical boards which have a cross-section along a longitudinal direction, which cross-section has at least one recess as well as a first projection and a second projection, wherein the board is formed such that the first projection of such a first board and the second projection of such a second board lying next to the first board are inserted into the recess of such a third board arranged on the adjacent boards such that the first projection of the first board and the second projection of the second board are connected to the recess via respectively at least one inner contact surface, and the two adjacent boards are connected via a common lateral contact surface, wherein the first board, the second board and the third board are positively connected to one another by means of the contact surfaces (5, 6), wherein adjacent boards are connected via a plug-and-groove connection or a tongue-and-groove connection.
An apparatus for anchoring a floating off-shore unit or other type of floating vessel, comprising a rotatably mounted holding device having a chain secured on its outer periphery, said holding device being arranged to be rotated by reciprocating movement of a at least two drive devices (1, 2), characterized in that each of said drive devices (1, 2) is provided with a non-frictional locking means (6, 7) for releasably and mechanically engaging a portion of the holding device in order to rotate the holding device during movement of the respective drive devices (1, 2), and in that it further comprises a chain stopper for preventing the chain from moving downward, that the chain stopper comprises at least four blocks that are hinged at their first ends and at their second ends have a surface that is adapted to engage a chain link, that the blocks are mounted in opposite pairs and are situated at a spacing of about 90°, so that a pair of opposite blocks that are immediately below a chain link that lies in substantially the same plane as the blocks will be engaged by the blocks.
A fuel cell comprising: an airtight solid electrolyte that conducts oxygen ions; an anode that is formed on one surface of the solid electrolyte and oxidizes reducing gas into oxidation gas when discharging; a cathode that is formed on another surface of the solid electrolyte and reduces oxygen into oxygen ions when discharging; an anode fuel material that generates the reducing gas and becomes itself an oxide by reacting with the oxidation gas; a heating portion for heating and maintaining at least a portion of the solid electrolyte at a temperature equal to or higher than a predetermined level; and at least one of sealing portions that are installed in the solid electrolyte, forms a sealed space sealing the anode and the anode fuel material together with the solid electrolyte, wherein a heating element of the heating portion is separated from the sealing portion by a distance L and the sealing portion is kept at a temperature equal to or lower than 300°C. an airtight solid electrolyte that conducts oxygen ions; an anode that is formed on one surface of the solid electrolyte and oxidizes reducing gas into oxidation gas when discharging; a cathode that is formed on another surface of the solid electrolyte and reduces oxygen into oxygen ions when discharging; an anode fuel material that generates the reducing gas and becomes itself an oxide by reacting with the oxidation gas; a heating portion for heating and maintaining at least a portion of the solid electrolyte at a temperature equal to or higher than a predetermined level; and at least one of sealing portions that are installed in the solid electrolyte, forms a sealed space sealing the anode and the anode fuel material together with the solid electrolyte, wherein a heating element of the heating portion is separated from the sealing portion by a distance L and the sealing portion is kept at a temperature equal to or lower than 300°C.
A switch assembly, comprising: a switch unit including a button and an arm extending from the button along a height direction, the arm including first and second contact portions (22, 23) spaced apart from each other along a longitudinal direction; and a slider unit extending along a width direction and including: a nose to contact a respective one of the first and second contact portions (22, 23) at first and second engagement positions of the arm; characterised in that the slider unit includes a spring positioned along the width direction for urging the slider unit towards the contact portions (22, 23) of the arm. a switch unit including a button and an arm extending from the button along a height direction, the arm including first and second contact portions (22, 23) spaced apart from each other along a longitudinal direction; and a slider unit extending along a width direction and including: a nose to contact a respective one of the first and second contact portions (22, 23) at first and second engagement positions of the arm; characterised in that the slider unit includes a spring positioned along the width direction for urging the slider unit towards the contact portions (22, 23) of the arm. a nose to contact a respective one of the first and second contact portions (22, 23) at first and second engagement positions of the arm; characterised in that the slider unit includes a spring positioned along the width direction for urging the slider unit towards the contact portions (22, 23) of the arm.