mhurhangee/ep-ind-claims huggingface dataset:
Circuit for monitoring a component comprising a capacitor and being associated with equipment, the circuit comprising: at least one device (56, 57, 100) for measuring the voltage across the capacitor and the temperature (Te, Tc) of the capacitor; and a circuit for calculating a value representative of a remaining lifetime of the component, applying the following formula: DDV DDVn = V Vn − 8 2 Tn − T / 15 where DDVn represents the nominal value of the lifetime of the capacitor, V represents the current value of the voltage measured across the capacitor, Vn represents the value of the nominal voltage across the capacitor, T represents the current value of the operating temperature of the capacitor, and Tn represents the value of the nominal operating temperature of the capacitor; said monitoring circuit being physically integrated to the component on manufacturing thereof and being directly powered across the capacitor; and said calculation using at least two temperature measurements distributed inside or on top of the capacitor, to detect temperature variations likely to occur locally at different points of the capacitor. at least one device (56, 57, 100) for measuring the voltage across the capacitor and the temperature (Te, Tc) of the capacitor; and a circuit for calculating a value representative of a remaining lifetime of the component, applying the following formula: DDV DDVn = V Vn − 8 2 Tn − T / 15 where DDVn represents the nominal value of the lifetime of the capacitor, V represents the current value of the voltage measured across the capacitor, Vn represents the value of the nominal voltage across the capacitor, T represents the current value of the operating temperature of the capacitor, and Tn represents the value of the nominal operating temperature of the capacitor; said monitoring circuit being physically integrated to the component on manufacturing thereof and being directly powered across the capacitor; and said calculation using at least two temperature measurements distributed inside or on top of the capacitor, to detect temperature variations likely to occur locally at different points of the capacitor.
Machine tool comprising at least one tool spindle (23, 23') which is displaceable in at least one of three spatial directions (15, 18, 21) in relation to a device for holding workpieces, and in which tool spindle tools (25; W1-W7) for processing the workpieces can be chucked, a machine magazine in which tools (25; W1-W7) provided for exchange into the at least one tool spindle (23, 23') are kept in store, and a background magazine in which tools (25; W1-W7) provided for exchange into the machine magazine are kept in store, wherein four storage places (42, 43, 44, 45) for accommodating tools (25; W1-W7) are provided in the machine magazine for the or each tool spindle (23, 23'), characterized in that the machine magazine comprises for the or each tool spindle (23, 23') two pairs (42, 43; 44, 45) of two storage places (42, 43; 44, 45), which storage places are each spaced apart from one another at a first distance, wherein two adjacent storage places (43, 44; 45, 42) belonging to different pairs are spaced apart from one another at a second distance which is larger than the first distance.
A water pipe for mining operations, wherein the water pipe comprises a composition comprising: 60 to 85 weight percent, or 70 to 80 weight percent of a poly(phenylene ether); 8 to 18 weight percent, or 10 to 14 weight percent of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene; 5 to 15 weight percent, or 7 to 14 weight percent of an organophosphate ester, a phosphazene, or a combination thereof; and 2 to 10 weight percent, or 3 to 7 weight percent of a brominated polystyrene; wherein weight percent of each component is based on the total weight of the composition. 60 to 85 weight percent, or 70 to 80 weight percent of a poly(phenylene ether); 8 to 18 weight percent, or 10 to 14 weight percent of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene; 5 to 15 weight percent, or 7 to 14 weight percent of an organophosphate ester, a phosphazene, or a combination thereof; and 2 to 10 weight percent, or 3 to 7 weight percent of a brominated polystyrene; wherein weight percent of each component is based on the total weight of the composition.
Disconnect terminal for an arrangement of at least two disconnect terminals (1, 1'), having at least one coupling device, wherein the disconnect terminal has at least one switching lever, wherein the at least one switching lever can be moved from a first switch position at least into a second switch position and back, wherein the switching lever can be connected by means of the at least one coupling device to at least one switching lever of an adjacent disconnect terminal to be associated, wherein the at least one coupling device has at least one coupling element which is switchable from at least one first coupling position into at least one second coupling position or into at least one further coupling position and back, wherein the at least one coupling element is captively held on the switching lever of the disconnect terminal, characterized in that the at least one coupling element is linearly switchable in the radial direction with respect to a pivot axis of the switching levers (6, 6') from the at least one first coupling position into the at least one second coupling position or into the at least one further coupling position and back. wherein the at least one coupling element is captively held on the switching lever of the disconnect terminal, characterized in that the at least one coupling element is linearly switchable in the radial direction with respect to a pivot axis of the switching levers (6, 6') from the at least one first coupling position into the at least one second coupling position or into the at least one further coupling position and back.
Closure arrangement, comprising a closure for a bulk material container, which comprises an annular connection flange having a through-opening and a closure member for selectively closing or opening the through-opening, wherein the closure member comprises a conical portion and a cylindrical portion adjoining the latter, and wherein a container wall of the bulk material container is able to be fastened to the connection flange, characterized in that the closure member comprises a first stripping element (34.1) that is arranged in an end region of the cylindrical portion of the closure member that is remote from the conical portion, is configured as a peripheral edge and is directed in the direction of an inner surface (21.4) of the connection flange, such that contaminants are able to be stripped from the inner surface of the connection flange during a closing operation for closing the through-opening in the connection flange, and as far as possible an entire inner side of the connection flange is able to be freed of contaminants.
Method for monitoring movement of several vehicles (2 to 6) in a terminal of a cable car, in particular of a chairlift or gondola lift, characterized in that: - for each vehicle present in at least one zone of the terminal (Z1 to Z4), a position of the vehicle in said zone is determined; - for each pair of consecutive vehicles, a separating distance between the vehicles of the pair is determined from the respective positions of the vehicles of the pair, a stopping distance (Da) is determined according to the position of at least one vehicle of the pair, and a residual distance (Dres) equal to the difference between the separating distance and the stopping distance (Da) is determined; and - a speed of movement of the vehicles is modified when at least one residual distance (Dres) of a pair of vehicles is smaller than a safety distance (DsZi). - for each vehicle present in at least one zone of the terminal (Z1 to Z4), a position of the vehicle in said zone is determined; - for each pair of consecutive vehicles, a separating distance between the vehicles of the pair is determined from the respective positions of the vehicles of the pair, a stopping distance (Da) is determined according to the position of at least one vehicle of the pair, and a residual distance (Dres) equal to the difference between the separating distance and the stopping distance (Da) is determined; and - a speed of movement of the vehicles is modified when at least one residual distance (Dres) of a pair of vehicles is smaller than a safety distance (DsZi).
Electrical plug-in connection, comprising a connecting element for connecting a first electrical assembly to a second electrical assembly with a first electrical plug-in connector (9.1) arranged at a first end (4.1) and comprising a first electrical counterpart plug-in connector (10.1), wherein the first counterpart plug-in connector (10.1) comprises contact springs and the first plug-in connector (9.1) comprises an electrically conductive outer housing with a first contact region which runs at least in ring-segment-shaped circumferential fashion, and wherein the contact springs act via the first contact region on the outer housing in order to produce electrical contact and a mechanical connection between the first plug-in connector (9.1) and the first counterpart plug-in connector (10.1), characterized in that the outer housing of the first plug-in connector (9.1) is formed in one piece with an outer housing of the connecting element, wherein a) the contact springs act on the first contact region such that the outer housing is acted on with an axial force (F A) which acts along a longitudinal axis (L G) of the first counterpart plug-in connector (10.1) and which pushes the outer housing against an axial end stop of the first counterpart plug-in connector (10.1), and/or b) the contact springs are designed such that they exert on the first contact region and on a second contact region of the outer housing, which second contact region runs at least in ring-segment-shaped circumferential fashion and is axially offset with respect to the first contact region along a longitudinal axis of the connecting element, a respective radial force (F R), which acts orthogonally with respect to the longitudinal axis (L G) of the first counterpart plug-in connector (10.1), on the outer housing. a) the contact springs act on the first contact region such that the outer housing is acted on with an axial force (F A) which acts along a longitudinal axis (L G) of the first counterpart plug-in connector (10.1) and which pushes the outer housing against an axial end stop of the first counterpart plug-in connector (10.1), and/or b) the contact springs are designed such that they exert on the first contact region and on a second contact region of the outer housing, which second contact region runs at least in ring-segment-shaped circumferential fashion and is axially offset with respect to the first contact region along a longitudinal axis of the connecting element, a respective radial force (F R), which acts orthogonally with respect to the longitudinal axis (L G) of the first counterpart plug-in connector (10.1), on the outer housing.
A spray gun air cap comprising a forward end; a retention end opposite the forward end; a spray axis passing through the retention end and the forward end; a sidewall positioned between the forward end and the retention end; wherein the sidewall comprises a first air cap retention system comprising a reception feature comprising a retainer window opening to the retention end and extending toward the forward end; and an air cap rotation guide intersecting the retainer window and tracing an arc about the spray axis, the air cap rotation guide comprising a retention wall facing the forward end, characterized in that the retainer window extends through the sidewall toward the forward end. a forward end; a retention end opposite the forward end; a spray axis passing through the retention end and the forward end; a sidewall positioned between the forward end and the retention end; wherein the sidewall comprises a first air cap retention system comprising a reception feature comprising a retainer window opening to the retention end and extending toward the forward end; and an air cap rotation guide intersecting the retainer window and tracing an arc about the spray axis, the air cap rotation guide comprising a retention wall facing the forward end, characterized in that the retainer window extends through the sidewall toward the forward end.
Hollow-cylindrical filter element for a liquid filter, in particular for an oil filter for an internal combustion engine which can be radially flowed through from outside to inside by a fluid to be filtered, wherein the purified fluid can be axially drained off via the interior space of the filter element, wherein a shut-off pipe of smaller diameter with flow-tight wall, which is connected to the filter element, protrudes into the interior space, wherein the purified fluid can be axially drained off via the shut-off pipe, characterized in that a central tube, which encloses the shut-off pipe, is inserted in the interior space of the filter element, wherein an annular buffer space for purified fluid is formed between the interior side of the central tube and the outside of the shut-off pipe, wherein the central tube features a flow-tight wall across an axial partial length, wherein the liquid can be collected in the annular buffer space when it flows radially through the filter element on the clean side of the filter element, wherein the level in the annular buffer space can axially rise up to reaching the outflow opening in the shut-off pipe.
A cleaning composition comprising a surfactant, methyl cellulose, hydroxypropyl methyl cellulose, and a solvent, characterized in that mass ratio of the methyl cellulose to the hydroxypropyl methyl cellulose is in a range of from 40:60 to 80:20, wherein the surfactant is an anionic surfactant.
A ship including a storage tank storing liquefied gas comprising: a first compressor which compresses one or more parts of a boil-off gas discharged from a storage tank; a second compressor which compresses the other part of the boil-off gas discharged from the storage tank; a boost compressor which compresses a part of the boil-off gas that has been compressed by at least any one of the first compressor and the second compressor; a first heat exchanger which heat-exchanges the boil-off gas compressed by the boost compressor and the boil-off gas discharged from the storage tank; a refrigerant decompressing device which expands another part of the boil-off gas that has been compressed by at least any one of the first compressor and/or the second compressor; a second heat exchanger which cools, by the fluid expanded by the refrigerant decompressing device as a refrigerant, the boil-off gas that has been compressed by the boost compressor and heat exchanged by the first heat exchanger; an additional compressor which compresses the refrigerant that has passed through the refrigerant decompressing device and second heat exchanger, and sends the compressed refrigerant to at least one of the first compressor and the second compressor; and a first decompressing device which expands the fluid that has been compressed by the boost compressor and then cooled by the first heat exchanger and the second heat exchanger, wherein the additional compressor is driven by power generated from the expanding of the fluid by the refrigerant decompressing device. a first compressor which compresses one or more parts of a boil-off gas discharged from a storage tank; a second compressor which compresses the other part of the boil-off gas discharged from the storage tank; a boost compressor which compresses a part of the boil-off gas that has been compressed by at least any one of the first compressor and the second compressor; a first heat exchanger which heat-exchanges the boil-off gas compressed by the boost compressor and the boil-off gas discharged from the storage tank; a refrigerant decompressing device which expands another part of the boil-off gas that has been compressed by at least any one of the first compressor and/or the second compressor; a second heat exchanger which cools, by the fluid expanded by the refrigerant decompressing device as a refrigerant, the boil-off gas that has been compressed by the boost compressor and heat exchanged by the first heat exchanger; an additional compressor which compresses the refrigerant that has passed through the refrigerant decompressing device and second heat exchanger, and sends the compressed refrigerant to at least one of the first compressor and the second compressor; and a first decompressing device which expands the fluid that has been compressed by the boost compressor and then cooled by the first heat exchanger and the second heat exchanger, wherein the additional compressor is driven by power generated from the expanding of the fluid by the refrigerant decompressing device.
A method for detecting a defect in software, the method comprising: identifying a plurality of code snippets in an instruction repository, the code snippets to represent control structures, wherein a control structure indicates a set of instructions that control how a program is to be executed; identifying types of control structures of the code snippets; generating a plurality of clusters of code snippets, the clusters of the code snippets corresponding to different types of control structures; labeling at least one code snippet of at least one of the clusters of the code snippets as at least one reference code snippet, wherein the at least one reference code snippet is a code snippet that has been identified as being bug-free; and comparing the at least one reference code snippet against a test code snippet to detect a defect in the test code snippet. identifying a plurality of code snippets in an instruction repository, the code snippets to represent control structures, wherein a control structure indicates a set of instructions that control how a program is to be executed; identifying types of control structures of the code snippets; generating a plurality of clusters of code snippets, the clusters of the code snippets corresponding to different types of control structures; labeling at least one code snippet of at least one of the clusters of the code snippets as at least one reference code snippet, wherein the at least one reference code snippet is a code snippet that has been identified as being bug-free; and comparing the at least one reference code snippet against a test code snippet to detect a defect in the test code snippet.
A compound consisting of a conjugate from a glycosaminoglycan and an active compound, wherein the active compound is conjugated by means of a functional group to a carboxylic group of the glycosaminoglycan or a salt thereof to form a covalent conjugation, and the active compound is selected from a group consisting of fexofenadine, budesonide succinate, and prednisolone succinate.
An endless rope trainer, comprising: a.) an upright frame, b.) a dynamic head assemblage supported a distance above ground on the frame, the dynamic head assemblage comprising: i.) a drive shaft defining a drive axis, ii.) a drive roller keyed to the drive shaft, and iii.) a means of applying resistance to rotation of the drive roller, and c.) an endless rope entrained around the drive roller, wherein the dynamic head assemblage further comprises: a pair of guide rollers (212, 213) proximate the drive roller characterised in that d.) the pair of guide rollers is configured and arranged for pivoting together as a unit about the axis of the drive shaft independently of the drive roller so as to provide and maintain a constant wrap angle of contact (α) of the endless rope on the drive roller regardless of the angle of incline of the rope relative to vertical when pulled. a.) an upright frame, b.) a dynamic head assemblage supported a distance above ground on the frame, the dynamic head assemblage comprising: i.) a drive shaft defining a drive axis, ii.) a drive roller keyed to the drive shaft, and iii.) a means of applying resistance to rotation of the drive roller, and i.) a drive shaft defining a drive axis, ii.) a drive roller keyed to the drive shaft, and iii.) a means of applying resistance to rotation of the drive roller, and c.) an endless rope entrained around the drive roller, wherein the dynamic head assemblage further comprises: a pair of guide rollers (212, 213) proximate the drive roller characterised in that d.) the pair of guide rollers is configured and arranged for pivoting together as a unit about the axis of the drive shaft independently of the drive roller so as to provide and maintain a constant wrap angle of contact (α) of the endless rope on the drive roller regardless of the angle of incline of the rope relative to vertical when pulled.
A mixing device for preparing a ready-to-use compound consisting of at least one component (B or H), which is to be mixed prior to use, in a cartridge with a tubular mixing rod, wherein - the cartridge has a storage and mixing chamber with a compensating piston for at least one of the components (B or H) of the compound, - the tubular mixing rod engages into the storage and mixing chamber at a bottleneck-shaped portion of the cartridge in a rotatable and laterally displaceable manner, - the tubular mixing rod has a mixing head at its end in the storage and mixing chamber and - the tubular mixing rod has a plate-shaped coupling element at the outer end, with - a cartridge holder for inserting the cartridge to be prepared, - a counter-pressure cylinder which is assigned to the cartridge holder for applying pressure to the compensating piston of the cartridge, - a mixing stroke cylinder for laterally moving the cartridge holder, - a stationary mounting for the coupling element of the mixing rod, said coupling element accommodating the mixing rod in a rotatable but longitudinally fixed manner, and - a drive means for generating a relative rotational movement about a longitudinal axis between the mixing rod and the cartridge, characterised in that the mounting for the coupling element of the mixing rod has at least two, preferably three, clamping arms which are designed to clasp the plate-shaped coupling element in order to allow a transmission of a torque to the mixing rod, wherein a second proximity sensor is arranged on the mounting for the coupling element of the mixing rod, said proximity sensor being able to detect the proximity of the coupling element of a cartridge and to trigger the clamping of the plate-shaped coupling element. - the cartridge has a storage and mixing chamber with a compensating piston for at least one of the components (B or H) of the compound, - the tubular mixing rod engages into the storage and mixing chamber at a bottleneck-shaped portion of the cartridge in a rotatable and laterally displaceable manner, - the tubular mixing rod has a mixing head at its end in the storage and mixing chamber and - the tubular mixing rod has a plate-shaped coupling element at the outer end, - a cartridge holder for inserting the cartridge to be prepared, - a counter-pressure cylinder which is assigned to the cartridge holder for applying pressure to the compensating piston of the cartridge, - a mixing stroke cylinder for laterally moving the cartridge holder, - a stationary mounting for the coupling element of the mixing rod, said coupling element accommodating the mixing rod in a rotatable but longitudinally fixed manner, and - a drive means for generating a relative rotational movement about a longitudinal axis between the mixing rod and the cartridge,