mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting combinations of performance indicators that are associated with a root cause, the method comprising: storing a plurality of error codes, each representative of at least one performance indicator and associated with descriptive data; storing descriptive data associated with each of the plurality of error codes and a first plurality of timestamps, wherein each one of the first plurality of timestamps corresponds to a different one of the plurality of error codes; storing a plurality of root causes and a second plurality of timestamps, wherein each one of the second plurality of timestamps corresponds to a different one of the plurality of root causes, each root cause being associated with descriptive data that corresponds to the descriptive data of the plurality of error codes; identifying error codes from the plurality of error codes that correspond to at least one of the plurality of root causes; analyzing the identified error codes that correspond to a first root cause to detect combinations of performance indicators associated with the first root cause; and disambiguating between two or more possible first root causes by selecting the possible first root cause having a difference between the time stamp of the error code and the time stamp of the possible first root cause of the two or more possible root causes that is smallest. storing a plurality of error codes, each representative of at least one performance indicator and associated with descriptive data; storing descriptive data associated with each of the plurality of error codes and a first plurality of timestamps, wherein each one of the first plurality of timestamps corresponds to a different one of the plurality of error codes; storing a plurality of root causes and a second plurality of timestamps, wherein each one of the second plurality of timestamps corresponds to a different one of the plurality of root causes, each root cause being associated with descriptive data that corresponds to the descriptive data of the plurality of error codes; identifying error codes from the plurality of error codes that correspond to at least one of the plurality of root causes; analyzing the identified error codes that correspond to a first root cause to detect combinations of performance indicators associated with the first root cause; and disambiguating between two or more possible first root causes by selecting the possible first root cause having a difference between the time stamp of the error code and the time stamp of the possible first root cause of the two or more possible root causes that is smallest.
A migratory fish passage unit (MFPU), (UPFM), having a branching piece with connections for an intake tube and elevation tube of a migratory fish passage arrangement, whereby the branching piece of the migratory fish passage unit (MFPU, UPFM) further comprises a feeding point for the access of fish into the migratory fish passage unit (MFPU, UPFM), the migratory fish passage unit comprises a first gate valve at the feeding point and a second gate valve at the connection to the elevation tube to control the flow velocity and fish access to the migratory fish passage unit.
A process for preparing a modified polymeric material, said process comprising: providing a polymer selected from the group consisting of polypropylene, polyetheretherketone (PEEK), poly lactic glycolic acid, poly lactic lactic acid, poly lactic acid, and polyurethane; and subjecting the polymer to a high vacuum treatment regimen under conditions effective to modify a surface of the polymer by introducing nano, micron, and/or submicron scale features to the surface of the polymer, wherein said high vacuum treatment regimen comprises heating the polymer at a temperature of between 275 °C and 400 °C under high vacuum conditions to modify the surface of the polymer. providing a polymer selected from the group consisting of polypropylene, polyetheretherketone (PEEK), poly lactic glycolic acid, poly lactic lactic acid, poly lactic acid, and polyurethane; and subjecting the polymer to a high vacuum treatment regimen under conditions effective to modify a surface of the polymer by introducing nano, micron, and/or submicron scale features to the surface of the polymer, wherein said high vacuum treatment regimen comprises heating the polymer at a temperature of between 275 °C and 400 °C under high vacuum conditions to modify the surface of the polymer.
A urea synthesis reactor provided with a feeding system for feeding the reactor with ammonia, carbon dioxide and non-converted reactants recovered downstream of the reactor, the feeding system comprising a first inlet connected to a CO2 feeding line and a second inlet connected to an ammonia feeding line; the reactor being characterized in that the feeding system comprises a turbocharger, which is used to supply ammonia and ammonium carbamate to the reactor and has two impellers (41a, 41b) rotatably housed in respective housings (43a, 43b) and integrally connected to each other by a rotating shaft; the housings (43a, 43b) having respective inlets (44a, 44b), connected to an ammonia line and a carbamate line, respectively, to bring to the turbocharger and to the respective impellers (41a, 41b) a first and a second essentially liquid streams containing ammonia and carbamate, respectively; and respective outlets (45a, 45b) connected to the reactor; wherein the impellers (41a, 41b) of the turbocharger define an ammonia-side impeller and a carbamate-side impeller, respectively; the ammonia-side impeller being driven by the passage of the first stream, containing ammonia, supplied to the turbocharger through the ammonia line; the carbamate-side impeller being rotationally driven, via the shaft, by the ammonia-side impeller and acting on the second stream, containing carbamate, supplied through the carbamate line to increase the pressure thereof.
A gas sensor adapted to detect a specific component in a gas to be measured, comprising: a solid electrolyte (13; 11) having an internal resistance which varies with temperature; two electrodes (23a, 23b; 21a, 21b) formed on said solid electrolyte (13; 11); and a pair of lead wires (23c, 23d), each connected to a respective one of the two electrodes (23a, 23b; 21a, 21b) and to the solid electrolyte (13; 11), wherein the lead wires (23c, 23d) comprise a metallic film supported by opposing sides of the solid electrolyte (13; 11); characterized in that the combined electric resistance value (Rpvs) of the lead wires (23c, 23d), the electrodes (23a, 23b; 21a, 21b) and the solid electrolyte (13; 11) at a temperature of 900 degree Celsius is not smaller than 2.6 times the electric resistance value of the lead wires alone measured at ambient temperature. a solid electrolyte (13; 11) having an internal resistance which varies with temperature; two electrodes (23a, 23b; 21a, 21b) formed on said solid electrolyte (13; 11); and a pair of lead wires (23c, 23d), each connected to a respective one of the two electrodes (23a, 23b; 21a, 21b) and to the solid electrolyte (13; 11), wherein the lead wires (23c, 23d) comprise a metallic film supported by opposing sides of the solid electrolyte (13; 11); characterized in that the combined electric resistance value (Rpvs) of the lead wires (23c, 23d), the electrodes (23a, 23b; 21a, 21b) and the solid electrolyte (13; 11) at a temperature of 900 degree Celsius is not smaller than 2.6 times the electric resistance value of the lead wires alone measured at ambient temperature.
Process for producing a curved glass-ceramic moulding, where a cut-to-size green glass blank is brought to a temperature state in which its viscosity allows deformation and the cut-to-size green glass blank is formed on a curved support surface of a moulding tool, characterized in that the cut-to-size green glass blank is formed on the support surface by means of at least one movable holding-down device during the forming process, in that the formed cut-to-size green glass blank is ceramicized after being formed, where the holding-down device is moved into a final forming position in which it rests on the formed cut-to-size green glass blank, and in that the holding-down device is held in the final forming position during a ceramicizing and cooling phase of the glass-ceramic moulding formed from the cut-to-size glass blank.
Dough processing system, - with a dough portioning device, - with a dough kneading device, and - with a transfer apparatus for transfer the dough piece from the dough portioning device to the dough kneading device, wherein the transfer device comprises a rotating dropping roller for releasing the dough piece from the dough portioning device, characterized in that the transfer device further comprises: -- a scraper associated with the dropping roller to support the release of the dough piece from the dropping roller, and -- an oiling device, which is associated with the dropping roller, for applying oil on the outside surface of the dropping roller. - with a dough portioning device, - with a dough kneading device, and - with a transfer apparatus for transfer the dough piece from the dough portioning device to the dough kneading device, wherein the transfer device comprises a rotating dropping roller for releasing the dough piece from the dough portioning device, -- a scraper associated with the dropping roller to support the release of the dough piece from the dropping roller, and -- an oiling device, which is associated with the dropping roller, for applying oil on the outside surface of the dropping roller.
A sport bra (100, 800) with an adjustable underband tightening assembly, the sport bra (100, 800) comprising: a front portion (110, 810) adapted to cover a wearer's breasts and at least a portion of the wearer's torso when the sport bra (100, 800) is in an as-worn configuration, the front portion (110, 810) comprising at least: a pair of breast cups (112, 812), a first pair of shoulder straps (114, 116; 814, 816) extending from an upper margin of the pair of breast cups (112, 812), and a front underband segment (118, 818) extending from a lower margin of the pair of breast cups (112, 812) and adapted to cover the portion of the wearer's torso when the sport bra (100, 800) is in the as-worn configuration, wherein the front underband segment (118, 818) comprises a first wing (120, 820) and a second wing (122, 822) extending away from respective sides of the front underband segment (118, 818), and wherein the first wing (120, 820) terminates in a first free end (314, 1014) and the second wing (122, 822) terminates in a second free end (316, 1016); and a back portion (210, 910) adapted to cover at least a portion of the wearer's back when the sport bra (100, 800) is in the as-worn configuration, the back portion (210, 910) comprising at least: a central body portion (212, 912) adapted to cover a portion of the wearer's back when the sport bra (100, 800) is in the as-worn configuration, a second pair of shoulder straps (214, 216; 914, 916) extending from an upper margin of the central body portion (212, 912), the second pair of shoulder straps (214, 216; 914, 916) secured to the first pair of shoulder straps (114, 116; 814, 816) to define an opening (236, 936) through which the wearer's head is inserted or removed when the sport bra (100, 800) is donned or doffed, and a back underband segment extending from a lower margin of the central body portion (212, 912), characterized in the back underband segment (218, 918) having a third end (230, 930) and a fourth end (232, 932), the back underband segment (218, 918) comprising: 1) a first aperture (220, 920) adapted to receive the first free end (314, 1014) of the first wing (120, 820), 2) a second aperture (222, 922) adapted to receive the second free end (316, 1016) of the second wing (122, 822), and 3) a securing means (224, 924) adapted to receive and adjustably secure in part the first free end (314, 1014) of the first wing (120, 820) and the second free end (316, 1016) of the second wing (122, 822) after being received by the first and second apertures (220, 920; 222, 922).
A refrigerator and/or freezer comprising a body, and a door or flap pivotable relative to the body, wherein the door or flap has a first region which is defined by a circumferential seal when the door or flap is closed, the door or flap has a second region located outside this first region, in which a receiving element is arranged, and in the receiving element a plurality of functional elements of the refrigerator and/or freezer are arranged, characterized in that the door or flap includes a means for influencing the closing behavior of the door or the flap, and the receiving element includes a cavity into which the means for influencing the closing behavior of the door or flap is inserted.
A method of preparing an immunoinducer to a target antigen, comprising pulsing a target antigen and CD1d co-expressing cell with a CD1d ligand thereby presenting the CD1d ligand on the surface of the cell via CD1d, wherein the immunoinducer is for use in a method of prophylaxis or treatment of a neoplastic disease or infection and wherein the co-expressing cell is produced by: (i) transforming a cell with a vector that expresses at least a target antigen or CD1d; or (ii) introducing the target antigen and CD1d, such that the target antigen and CD1d will be co-expressed in the object cell, or expression of the target antigen and/or CD1d will be enhanced in the target antigen and CD1d co-expressing cell, provided that the cell is not a dendritic cell. (i) transforming a cell with a vector that expresses at least a target antigen or CD1d; or (ii) introducing the target antigen and CD1d, such that the target antigen and CD1d will be co-expressed in the object cell, or expression of the target antigen and/or CD1d will be enhanced in the target antigen and CD1d co-expressing cell,
A pulsed processing method for processing a contour of a workpiece using a beam tool, wherein the instantaneous frequency ratio Φ between the pulse frequency of the tool f L, and the rotation frequency of the tool F CNC for traversing around a specified workpiece contour is adjusted such that a degree of coverage of individual processing pulses at a number of rotations of the tool is carried out, characterised in that the frequency ratio Φ is adjusted as an irrational number or the frequency ratio is determined from the quotient U/k, wherein U, k ∈ N and are relatively prime.
A backsheet for a photovoltaic module comprising: - a support; and - an adhesive layer provided on one side of the support characterized in that the adhesive layer is coated from an aqueous composition, the aqueous composition comprising a water soluble or dispersible binder and a water dispersible core/shell polyisocyanate, wherein the core includes a hydrophobic polyisocyanate and the shell of the polyisocyanate includes a polymer comprising a hydrophilic dispersing group and a hydrophobic isocyanate-shielding group. - a support; and - an adhesive layer provided on one side of the support characterized in that the adhesive layer is coated from an aqueous composition, the aqueous composition comprising a water soluble or dispersible binder and a water dispersible core/shell polyisocyanate, wherein the core includes a hydrophobic polyisocyanate and the shell of the polyisocyanate includes a polymer comprising a hydrophilic dispersing group and a hydrophobic isocyanate-shielding group.
A light emitting device package comprising: - a package body in which both side surfaces of a cross-section of an upper portion thereof are inclined; and - light emitting devices which are disposed on said both side surfaces of the cross-section of the upper portion of the package body wherein the package body comprises a silicon substrate, and the light emitting device package further comprises: ∘ two via holes formed in a lower portion of the package body; ∘ a dielectric layer formed on the package body; and ∘ a metal layer formed on the dielectric layer in the via holes and on the respective side surfaces of the package body, wherein the metal layer is electrically connected to the light emitting devices. - a package body in which both side surfaces of a cross-section of an upper portion thereof are inclined; and - light emitting devices which are disposed on said both side surfaces of the cross-section of the upper portion of the package body ∘ two via holes formed in a lower portion of the package body; ∘ a dielectric layer formed on the package body; and ∘ a metal layer formed on the dielectric layer in the via holes and on the respective side surfaces of the package body, wherein the metal layer is electrically connected to the light emitting devices.
A non-therapeutic method of treating skin comprising: a. applying a cosmetic composition, preferably an oil in water emulsion, to a target area of the skin, comprising an effective amount of a skin active agent; b. applying a barrier patch to the target area of skin, the barrier patch comprising: a backing layer having a first surface; a pressure sensitive adhesive in contact with the first surface; wherein said barrier patch has: an adhesive release force of 50 gms to 400 gms, preferably 100 grams to 200 grams; an WVTR of 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably 1 g/m 2 /24 h to 180 g/m 2 /24 h, more preferably 2 g/m 2 /24 h to 20 g/m 2 /24 h; a flexibility of 8 grams to 40 grams, preferably 10 grams to 25 grams. a. applying a cosmetic composition, preferably an oil in water emulsion, to a target area of the skin, comprising an effective amount of a skin active agent; b. applying a barrier patch to the target area of skin, the barrier patch comprising: a backing layer having a first surface; a pressure sensitive adhesive in contact with the first surface; wherein said barrier patch has: an adhesive release force of 50 gms to 400 gms, preferably 100 grams to 200 grams; an WVTR of 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably 1 g/m 2 /24 h to 180 g/m 2 /24 h, more preferably 2 g/m 2 /24 h to 20 g/m 2 /24 h; a flexibility of 8 grams to 40 grams, preferably 10 grams to 25 grams. a backing layer having a first surface; a pressure sensitive adhesive in contact with the first surface; wherein said barrier patch has: an adhesive release force of 50 gms to 400 gms, preferably 100 grams to 200 grams; an WVTR of 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably 1 g/m 2 /24 h to 180 g/m 2 /24 h, more preferably 2 g/m 2 /24 h to 20 g/m 2 /24 h; a flexibility of 8 grams to 40 grams, preferably 10 grams to 25 grams. an adhesive release force of 50 gms to 400 gms, preferably 100 grams to 200 grams; an WVTR of 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably 1 g/m 2 /24 h to 180 g/m 2 /24 h, more preferably 2 g/m 2 /24 h to 20 g/m 2 /24 h; a flexibility of 8 grams to 40 grams, preferably 10 grams to 25 grams.
Apparatus for automatically stacking flat articles on edge and for automatically loading them on edge into a multi-compartment tray having a bottom plate receiving the edges of said flat articles and provided with at least two through windows opening out into respective ones of first and second compartments (203, 204) of said multi-compartment tray, said automatic stacking and loading apparatus having at least one tray-receiving surface suitable for receiving at least one multi-compartment tray to be loaded, a stacking zone provided above said tray-receiving surface and suitable for receiving said flat articles while they are being stacked, and a stacker suitable for stacking said flat articles on edge in said stacking zone, said apparatus being characterized in that it has at least one moving finger designed to be in register with one of said windows in a multi-compartment tray placed on said tray-receiving surface, said moving finger being mounted to move relative to said tray-receiving surface and to said stacking zone between a low position in which its free end is set back from said tray-receiving surface and a high position in which its free end is flush with said stacking zone and defines a bearing surface for the flat articles that serves as a support for said flat articles while they are being stacked, in that said tray-receiving surface is mounted to move relative to said moving finger between a first position and a second position, in which positions said moving finger is designed to be successively in register with the window of said first compartment and then in register with the window of said second compartment.
A jug for the preparation of hot beverages comprising a body and a cover, the cover being provided with a steam inlet and supporting a detachable stirrer, wherein: the detachable stirrer extends from the cover towards the bottom of the body of the jug; a steam nozzle is detachably connected to the cover and extends towards the bottom of the body of the jug and sideways of the detachable stirrer; a steam flow path (23, 25) is provided between the steam inlet and the steam nozzle; the steam nozzle and the detachable stirrer are connectable to and detachable from the cover one independently of the other; characterized in that the detachable stirrer is designed and configured for rotation under the effect of a steam jet delivered to said steam nozzle.
Heat exchanger comprising at least one tube and at least one fin, the tube being connected to the fin by this tube being clamped in a collar formed in the fin, characterized in that the tube comprises a material (22; 26; 30; 36) in contact with the collar and referred to as ductile, and means (23; 28; 30; 38) for reinforcing the tube, the ductile material (22; 26; 30; 36) being plastically deformed in contact with the collar, unlike the reinforcing means (23; 28; 30; 38).
A quick release valve, which has a chamber, an inlet opening leading into the chamber, a connection opening for connecting to a space to be pressurised, at least one outlet opening and a piston, which is moveable under the influence of air pressure between a first position closing the outlet opening and a second position opening the outlet opening, which chamber has a first surface and the mouths of the connection opening and the outlet openings open up onto said first surface, and the piston has a closing surface, which in said first position is arranged to settle against said first surface and to cover the mouths of the connection opening and outlet openings, and the quick release valve has a bypass route (22, 23, 37) for leading pressurised gas into the connection opening past the piston in the first position, characterised in that, the piston is a part placed in the chamber, which part moves freely under the influence of air pressure.
A system for the verification of a connection of an absence of voltage detector comprising: a voltage detection circuit; the system characterized by a charge pump circuit configured to create a voltage similar to one intended to be detected by the voltage detection circuit; an independent high impedance path to ground connected to the source to be detected such as to create a voltage divider to the charge pump circuit. a voltage detection circuit; the system characterized by a charge pump circuit configured to create a voltage similar to one intended to be detected by the voltage detection circuit; an independent high impedance path to ground connected to the source to be detected such as to create a voltage divider to the charge pump circuit.