mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal pump assembly, with electric motor, comprising an impeller and a gap sleeve, provided with a flanged end which faces said impeller, outside of which a stator of the motor is arranged, and inside which a rotor of the motor is inserted, fixed to a driving shaft, which can rotate within said gap sleeve and is supported at one end by a first bearing and at the opposite end, proximate to the flanged end, by a second bearing, said gap sleeve is being closed by an annular element, which surrounds said second bearing, inserted entirely within said gap sleeve, proximate to said flanged end, characterized in that said gap sleeve is made of a monolithic stamped steel body, and receptacles of said bearings (57, 58) within said gap sleeve are provided by chip-forming machining.
A method for producing an aqueous electrolyte comprising a redox-active coordination compound of a transition metal which comprises reacting an oxide of the corresponding transition metal in an aqueous reaction medium with a chelating agent, or with a combination of chelating agents, in a hydrothermal reaction zone at a temperature in the range of from 100°C to 160°C for a period of time from 4 hours to 48 hours, wherein said transition metal is selected from the group comprising titanium, aluminum, chromium, iron, vanadium, manganese, cerium, and uranium and said chelating agent is selected from the group consisting of catechol, pyrogallol, 2,3-naphthalenediol, other aromatic 1,2-diols, ascorbic acid, glyconic acid, and combinations thereof.
Unwinding apparatus associable to a self-propelled wrapping machine mobile around a load for wrapping the load with a plastic material film, comprising: - frame means for supporting a reel of said film; - roller means (11, 12, 13, 14) for unwinding and pre-stretching said film; - at least a folding element mobile along a narrowing trajectory for abutting a first longitudinal edge of said film and pushing said first longitudinal edge towards a second longitudinal edge of said film so as to reduce a strip width of said film exiting said apparatus; - driving means for moving said folding element and comprising moving means (4; 104) supporting said folding element and mobile along said narrowing trajectory, transversely to an unwinding direction of said film, and electric actuator means connected to, and driving, said moving means (4; 104); - a control unit that is connected to said driving means for controlling and adjusting a displacement and/or a moving direction of said moving means (4; 104); characterized in that it comprises first sensor means (30; 130) coupled to said moving means (4; 104) for continuously detecting at least a displacement of said moving means (4; 104) and sending a related signal to said control unit in order to control and adjust during wrapping said load a position of said folding element along said narrowing trajectory so as to control in real time and with a feedback loop a strip width of said film. - frame means for supporting a reel of said film; - roller means (11, 12, 13, 14) for unwinding and pre-stretching said film; - at least a folding element mobile along a narrowing trajectory for abutting a first longitudinal edge of said film and pushing said first longitudinal edge towards a second longitudinal edge of said film so as to reduce a strip width of said film exiting said apparatus; - driving means for moving said folding element and comprising moving means (4; 104) supporting said folding element and mobile along said narrowing trajectory, transversely to an unwinding direction of said film, and electric actuator means connected to, and driving, said moving means (4; 104); - a control unit that is connected to said driving means for controlling and adjusting a displacement and/or a moving direction of said moving means (4; 104);
A method of detecting in an individual the presence or absence of one or more autoantibodies each directed against an antigen, the method comprising contacting a sample from the individual with a preparation of membrane vesicles comprising the one or more antigens and thereby detecting the presence or absence of the one or more autoantibodies, wherein the membrane vesicles are derived from a cell transfected or transformed with the antigen.
Medical instrument having an outer actuating drive (54, 106, 132, 152) comprising at least one magnet (64, 128) which is magnetically coupled in such a way with an inner unit (53, 104, 134, 156) comprising at least one magnet (44, 94) and being arranged within an inner space of the medical instrument (10, 80, 150), that a movement of the outer actuating drive causes a movement of the inner movable unit, wherein the at least one magnet (64, 128) of the outer actuating drive (54, 106, 132, 152) is axially movable and rotatable, and in that the inner movable unit (104, 132, 156) is axially movable and rotatable, and wherein the magnetic coupling between the outer actuating drive (54, 106, 132, 152) and the inner unit (53, 104, 132, 150) is designed in that a rotation of the outer actuating drive causes a rotation of the inner unit, and in that an axial displacement of the at least one magnet (54, 128) of the same actuating drive causes an axial displacement of the inner unit, and wherein the axial displacement distance of the outer actuating drive is transmittable via a transmission into a shorter displacement distance of the inner unit relative thereto, characterized in that at least one ball is arranged between a bevel of the inner unit and a bevel of a surrounding bushing, which ball is radially movable between the bevels (182, 192), and in that the inclination of the bevel determines a transmission ratio between an axial displacement distance of the outer actuating drive and an axial displacement distance of the inner unit.
A system for transporting a temperature sensor element, comprising: at least one temperature sensor element for being connected to an electronic component or an electronic assembly, with said temperature sensor element comprising: at least one electrically insulating substrate, at least one sensor structure with contact surfaces (5a, 5b) for contacting the sensor structure, with said sensor structure being arranged at least regionally on a first side of the electrically insulating substrate, and (i) at least one adhesive that is at least partially pre-applied to a second side of the electrically insulating substrate, wherein the first side lies opposite of the second side, or (ii) at least one metallization layer that is arranged at least regionally on the second side of the electrically insulating substrate and at least one sintering paste that is at least partially pre-applied to the metallization layer; and at least one carrier element, wherein the carrier element is at least partially in contact with the pre-applied adhesive or the pre-applied sintering paste, characterized in that the carrier element at least comprises a transfer film or a wafer frame. at least one electrically insulating substrate, at least one sensor structure with contact surfaces (5a, 5b) for contacting the sensor structure, with said sensor structure being arranged at least regionally on a first side of the electrically insulating substrate, and (i) at least one adhesive that is at least partially pre-applied to a second side of the electrically insulating substrate, wherein the first side lies opposite of the second side, or (ii) at least one metallization layer that is arranged at least regionally on the second side of the electrically insulating substrate and at least one sintering paste that is at least partially pre-applied to the metallization layer; and (i) at least one adhesive that is at least partially pre-applied to a second side of the electrically insulating substrate, wherein the first side lies opposite of the second side, or (ii) at least one metallization layer that is arranged at least regionally on the second side of the electrically insulating substrate and at least one sintering paste that is at least partially pre-applied to the metallization layer; and at least one carrier element, wherein the carrier element is at least partially in contact with the pre-applied adhesive or the pre-applied sintering paste, characterized in that the carrier element at least comprises a transfer film or a wafer frame.
Smelting or reduction furnace, which is constructed to be open, semi-open or closed and to which the charge material is fed in solid form by means of charging pipes to the furnace interior, characterised in that the charging pipes each have a charging-pipe mouthpiece, which is uncooled and which is formed from an uncooled, wear-resistant guiding inner pipe and from an uncooled concentric heat-resistant outer protective pipe, wherein the wear-resistant guiding inner pipe with approximately 500-600 millimetres outer diameter is pushed, with an air gap, into the heat-resistant outer protective pipe with approximately 560-660 millimetres outer diameter.
Labyrinth seal of a turbomachine, the seal comprising a lip projecting above a base of a rotor of the turbomachine, the lip being circular and extending along a tangential direction, comprising two lateral faces (7, 8) each connected to the base and, at an end opposite the base, at a tip face of the lip, wherein at least one of the lateral faces supports at least one deflector comprising a deflecting face intersecting with said lateral face and with an inclination relative to the tangential direction, characterised in that the inclination of the deflecting face relative to the tangential direction increases with decreasing distance tip face, the deflecting face thus being concave.
A process for improving the solubility of a dry cell culture medium by a) dissolving a defined amount of dry cell culture medium in a defined amount of solvent whereby a precipitate remains b) identifying the amino acid ingredients in the precipitate c) preparing at least 3 different new batches of a dry cell culture medium with the composition of the one provided in step a) whereby in all new batches the particle size of all ingredients beside the ones identified in step b) remains unchanged and the amino acid ingredients identified in step b) are admixed to the new batches as follows: - each amino acid ingredient admixed to a batch has a certain particle size range - different amino acid ingredients in one batch may have the same or different particle size ranges - either the particle size ranges of one amino acid ingredient or the combination of particle size ranges of two or more amino acid ingredients are different for each new batch d) separately dissolving each batch under the same conditions as in step a). e) identifying the batch with the lowest amount of non-dissolved ingredients f) optionally repeating steps b) to e) one or several times whereby in step b) the batch with the lowest amount of non-dissolved ingredients (i.e. the one identified in step e) is used. a) dissolving a defined amount of dry cell culture medium in a defined amount of solvent whereby a precipitate remains b) identifying the amino acid ingredients in the precipitate c) preparing at least 3 different new batches of a dry cell culture medium with the composition of the one provided in step a) whereby in all new batches the particle size of all ingredients beside the ones identified in step b) remains unchanged and the amino acid ingredients identified in step b) are admixed to the new batches as follows: - each amino acid ingredient admixed to a batch has a certain particle size range - different amino acid ingredients in one batch may have the same or different particle size ranges - either the particle size ranges of one amino acid ingredient or the combination of particle size ranges of two or more amino acid ingredients are different for each new batch - each amino acid ingredient admixed to a batch has a certain particle size range - different amino acid ingredients in one batch may have the same or different particle size ranges - either the particle size ranges of one amino acid ingredient or the combination of particle size ranges of two or more amino acid ingredients are different for each new batch d) separately dissolving each batch under the same conditions as in step a). e) identifying the batch with the lowest amount of non-dissolved ingredients f) optionally repeating steps b) to e) one or several times whereby in step b) the batch with the lowest amount of non-dissolved ingredients (i.e. the one identified in step e) is used.
A device for controlling the feed of fluid to equipment, such as a heat exchanger, the device comprising a fluid slide valve mounted in a fluid circuit and including a slide movable between two positions, a first position in which it allows the fluid to flow through the equipment, and a second position in which it prevents the fluid from flowing through the equipment, the device being characterized in that a laminar flow constriction is arranged in the fluid circuit upstream from the slide valve, and in that it includes drive means for moving the slide of the slide valve between its two positions by means of the head loss of the fluid in the laminar flow constriction.
A wireless device operative to make a telephone call comprising: a processor; an application key; a memory coupleable to said processor; and a display coupleable to said processor, said processor operative to: present a navigation bar on said display, said navigation bar comprising multiple selectable tabs (208-1 to 208-5) corresponding to multiple application views including a user definable default view; detect an input corresponding to a selection of any one of said multiple tabs; and present a user interface view associated with said any one of said multiple tabs on said display when said input is detected; wherein during a telephone call, the processor is further operative to switch a displayed view between the default view and an active call screen view, or vice versa, responsive to actuation of the application key. a processor; an application key; a memory coupleable to said processor; and a display coupleable to said processor, said processor operative to: present a navigation bar on said display, said navigation bar comprising multiple selectable tabs (208-1 to 208-5) corresponding to multiple application views including a user definable default view; detect an input corresponding to a selection of any one of said multiple tabs; and present a user interface view associated with said any one of said multiple tabs on said display when said input is detected; wherein during a telephone call, the processor is further operative to switch a displayed view between the default view and an active call screen view, or vice versa, responsive to actuation of the application key. present a navigation bar on said display, said navigation bar comprising multiple selectable tabs (208-1 to 208-5) corresponding to multiple application views including a user definable default view; detect an input corresponding to a selection of any one of said multiple tabs; and present a user interface view associated with said any one of said multiple tabs on said display when said input is detected; wherein during a telephone call, the processor is further operative to switch a displayed view between the default view and an active call screen view, or vice versa, responsive to actuation of the application key.
A non-halogenated flame retardant (NHFR) continuous fiber reinforced thermoplastic (CFRTP) tape, comprising: a polymer compound and a plurality of continuous, unidirectional reinforcing glass fibers embedded within the polymer compound; wherein the polymer compound comprises: (a) glycol modified polyethylene terephthalate (PETG) copolymer; (b) polyphosphonate homopolymer; (c) optional smoke suppressant; and (d) optional additives wherein the CFRTP tape has a Class A value when tested according to ASTM E84. a polymer compound and a plurality of continuous, unidirectional reinforcing glass fibers embedded within the polymer compound; wherein the polymer compound comprises: (a) glycol modified polyethylene terephthalate (PETG) copolymer; (b) polyphosphonate homopolymer; (c) optional smoke suppressant; and (d) optional additives (a) glycol modified polyethylene terephthalate (PETG) copolymer; (b) polyphosphonate homopolymer; (c) optional smoke suppressant; and (d) optional additives wherein the CFRTP tape has a Class A value when tested according to ASTM E84.
A computer implemented method of generating a minimum cost path through a navigable network, the navigable network being represented by an electronic map comprising a plurality of segments representing navigable segments of the navigable network, the method comprising: receiving a selection of one of a plurality of stored routes, each of the stored routes being defined as a plurality of point locations to be travelled between in a predefined order, wherein the plurality of point locations include: a starting location, a destination location and an intermediate location, each of the stored routes comprising data representing the predefined order through which the plurality of point locations are to be traversed, each of the stored routes being defined by polyline data stored with the stored routes, wherein the stored polyline data comprises a series of points and lines connecting said series of points; and determining, using the stored polyline data defining the selected stored route, a minimum cost path along segments of the electronic map between the plurality of point locations of the selected route, the minimum cost path traversing the plurality of point locations in an order based on the predefined order associated with the selected route, wherein the determining a minimum cost path comprises favouring segments of the electronic map for inclusion in the determined path that are in greater proximity to the stored polyline as represented on the electronic map. receiving a selection of one of a plurality of stored routes, each of the stored routes being defined as a plurality of point locations to be travelled between in a predefined order, wherein the plurality of point locations include: a starting location, a destination location and an intermediate location, each of the stored routes comprising data representing the predefined order through which the plurality of point locations are to be traversed, each of the stored routes being defined by polyline data stored with the stored routes, wherein the stored polyline data comprises a series of points and lines connecting said series of points; and determining, using the stored polyline data defining the selected stored route, a minimum cost path along segments of the electronic map between the plurality of point locations of the selected route, the minimum cost path traversing the plurality of point locations in an order based on the predefined order associated with the selected route, wherein the determining a minimum cost path comprises favouring segments of the electronic map for inclusion in the determined path that are in greater proximity to the stored polyline as represented on the electronic map.
A method for renewing a track and cleaning a ballast bed, characterized by the following features: a) the old track is lifted off the ballast bed in sections as a track panel, transported forward in a working direction and deposited on track panel wagons, b) the exposed ballast bed, forming a renewal gap, is cleaned by a cleaning machine, spoil accruing in the process is transported forward underneath the track panels deposited on the track panel wagons, and stored in hopper cars, c) new rails, pre-deposited underneath new sleepers positioned on sleeper wagons, are pulled forward into the renewal gap by the cleaning machine and deposited on the cleaned ballast bed, d) the new sleepers are laid down on the cleaned ballast bed and connected to the new rails lifted off the ballast bed. a) the old track is lifted off the ballast bed in sections as a track panel, transported forward in a working direction and deposited on track panel wagons, b) the exposed ballast bed, forming a renewal gap, is cleaned by a cleaning machine, spoil accruing in the process is transported forward underneath the track panels deposited on the track panel wagons, and stored in hopper cars, c) new rails, pre-deposited underneath new sleepers positioned on sleeper wagons, are pulled forward into the renewal gap by the cleaning machine and deposited on the cleaned ballast bed, d) the new sleepers are laid down on the cleaned ballast bed and connected to the new rails lifted off the ballast bed.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) a first herbicide which is a pyridine carboxylic acid of the formula wherein X represents CH, hal represents F, Cl or Br, and R represents methyl or ethyl, and an agriculturally acceptable salt, ester or amide thereof, and (b) a second herbicide selected from the group consisting of aminopyralid and triclopyr.
A gas insulated switchgear comprising: a grounded tank that is filled with an insulating gas; a central conductor that is provided inside the grounded tank and to which a voltage is applied; an insulating support member that is attached to the grounded tank and that supports the central conductor in an insulating manner; and a non-linear resistance part (5, 10, 20) that is provided directly on an inner surface of the grounded tank on a lower side and that has a non-linear resistance material (7, 11, 21) contained in an insulating material (8, 12, 22), characterized in that the non-linear resistance part (5, 10, 20) contains a larger amount of the non-linear resistance material (7, 11, 21) on a central conductor side than on a grounded tank side. a grounded tank that is filled with an insulating gas; a central conductor that is provided inside the grounded tank and to which a voltage is applied; an insulating support member that is attached to the grounded tank and that supports the central conductor in an insulating manner; and a non-linear resistance part (5, 10, 20) that is provided directly on an inner surface of the grounded tank on a lower side and that has a non-linear resistance material (7, 11, 21) contained in an insulating material (8, 12, 22), characterized in that the non-linear resistance part (5, 10, 20) contains a larger amount of the non-linear resistance material (7, 11, 21) on a central conductor side than on a grounded tank side.