mhurhangee/ep-ind-claims huggingface dataset:
A method for anonymous data collection, comprising: receiving, by a client device, an encrypted operator match ID from a first entity, wherein the encrypted operator match ID is encrypted using a first encryption key, the encrypted operator match ID having been assigned to the client device by the first entity; the client device decrypting the encrypted operator match ID using a first decryption key, associated with the first encryption key, to obtain a decrypted operator match ID; the client device encrypting the decrypted operator match ID using a second encryption key to obtain a re-encrypted operator match ID; and the client device sending client device usage information with the re-encrypted operator match ID to a second entity through an anonymous channel that prevents the second entity from identifying the client device, wherein the second entity decrypts the re-encrypted operator match ID using a second decryption key, associated with the second encryption key, to obtain the operator match ID, and wherein the second entity associates the client device usage information with a purchasing history associated with the operator match ID. receiving, by a client device, an encrypted operator match ID from a first entity, wherein the encrypted operator match ID is encrypted using a first encryption key, the encrypted operator match ID having been assigned to the client device by the first entity; the client device decrypting the encrypted operator match ID using a first decryption key, associated with the first encryption key, to obtain a decrypted operator match ID; the client device encrypting the decrypted operator match ID using a second encryption key to obtain a re-encrypted operator match ID; and the client device sending client device usage information with the re-encrypted operator match ID to a second entity through an anonymous channel that prevents the second entity from identifying the client device, wherein the second entity decrypts the re-encrypted operator match ID using a second decryption key, associated with the second encryption key, to obtain the operator match ID, and wherein the second entity associates the client device usage information with a purchasing history associated with the operator match ID.
A spray apparatus comprising: a body defining a reservoir holding contents comprising diatomaceous earth and a compressed propellant for propelling the diatomaceous earth from the reservoir, wherein the diatomaceous earth comprises remains of pennate diatoms; and an actuator for controllably releasing the propellant and the diatomaceous earth propelled by the propellant from the reservoir. a body defining a reservoir holding contents comprising diatomaceous earth and a compressed propellant for propelling the diatomaceous earth from the reservoir, wherein the diatomaceous earth comprises remains of pennate diatoms; and an actuator for controllably releasing the propellant and the diatomaceous earth propelled by the propellant from the reservoir.
Forming apparatus comprising: - a frame; - a table, which is provided with holes, for supporting at least one half mould (S1, S2); - moving means for moving said table with respect to said frame; - spacer means slidably associated with said table; and - abutting means (19, 20) for abutting said spacer means; characterised in that said abutting means (19, 20) is arranged on said frame and is configured for interacting with said spacer means when said moving means moves said table in a set operating configuration with respect to said frame, for moving said spacer means through said holes above said table so as to lift said at least one half mould (S1, S2) from said table. - a frame; - a table, which is provided with holes, for supporting at least one half mould (S1, S2); - moving means for moving said table with respect to said frame; - spacer means slidably associated with said table; and - abutting means (19, 20) for abutting said spacer means;
A tray, container or similar transport and storage means made of injection-moulded plastic, with a bottom featuring particularly cylindrical openings (2a-2f) for passing through a lifting means and with four walls (4, 5) extending perpendicular to said bottom, characterized in that the bottom is on its underside welded to an additional bottom plate and the double bottom arrangement is provided with continuous openings (2a-2f; 11a-11f), wherein a circumferential channel is formed in the bottom of the tray on a lower, inner section of an outer surface defining the openings (2a-2f) in such a way that a plane, which runs perpendicularly inward and forms a horizontal projection, extends at a distance from the lower end of the outer surface and an inner collar, which on the bottom protrudes over the outer surface, extends downward from the free end of the plane parallel to the outer surface.
A biologically active complex comprising a peptide of up to 50 amino acids comprising a fragment of alphalactalbumin in which any cysteine residues are replaced by other amino acids; and a pharmaceutically acceptable salt of a fatty acid or lipid: wherein the fragment is of SEQ ID NO 3 or SEQ ID NO 4 KQFTKXELSQLLKDIDGYGGIALPELIXTMFHTSGYDTQA (SEQ ID NO 3) LDDDITDDIMXAKKILDIKGIDYWLAHKALXTEKLEQWLXEKL (SEQ ID NO 4) where X is an amino acid residue other than cysteine. KQFTKXELSQLLKDIDGYGGIALPELIXTMFHTSGYDTQA (SEQ ID NO 3) LDDDITDDIMXAKKILDIKGIDYWLAHKALXTEKLEQWLXEKL (SEQ ID NO 4)
A medical device system comprising; a medical device, comprising a force transferring part, adapted to travel through an opening in the thoracic diaphragm and transfer force between the abdominal side of the thoracic diaphragm and the thoracic side of the thoracic diaphragm, a heart help device, and an operation device, wherein the force transferring part comprises a first and second portion (563, 564), and wherein the first portion is adapted to be in connection with the operation device, the second portion is adapted to be in connection with the heart help device, and the force transferring part is adapted to transfer force from the operation device to the heart help device, and wherein the medical device further comprises a diaphragm contacting part adapted to be placed in contact with the thoracic diaphragm and thereby assist in the maintaining of the opening for allowing the force transferring part to pass through the thoracic diaphragm. a medical device, comprising a force transferring part, adapted to travel through an opening in the thoracic diaphragm and transfer force between the abdominal side of the thoracic diaphragm and the thoracic side of the thoracic diaphragm, a heart help device, and an operation device, wherein
A method for driving a drop ejection device having an actuator and a nozzle, comprising: building a drop of a fluid with at least one drive pulse by applying a multi-pulse waveform to the actuator, the waveform (1200, 1300) having the at least one drive pulse (1102, 1210, 1320, 1330, 1340, 1710, 1910) and a straightening pulse (1130, 1220, 1350, 1720, 1920) following the at least one drive pulse; and causing the drop ejection device to eject the drop with a straightened trajectory in response to the pulses of the multi-pulse waveform, wherein the straightening pulse to cause the straightening of the trajectory of the drop with respect to the nozzle, wherein the straightening pulse has a pulse width that is less than a pulse width of the at least one drive pulse. building a drop of a fluid with at least one drive pulse by applying a multi-pulse waveform to the actuator, the waveform (1200, 1300) having the at least one drive pulse (1102, 1210, 1320, 1330, 1340, 1710, 1910) and a straightening pulse (1130, 1220, 1350, 1720, 1920) following the at least one drive pulse; and causing the drop ejection device to eject the drop with a straightened trajectory in response to the pulses of the multi-pulse waveform, wherein the straightening pulse to cause the straightening of the trajectory of the drop with respect to the nozzle, wherein the straightening pulse has a pulse width that is less than a pulse width of the at least one drive pulse.
A process for producing fuel cell catalysts, comprising a step of heating a carbonitride of niobium in an inert gas containing oxygen, and a step of heating the product from the step in an inert gas that does not substantially contain oxygen.
Product flow regulator for temporarily storing products, having a frame, conveying means and product carrier gondolas, which are conveyed with products from a product inlet region to a product outlet region and are conveyed back empty, characterized in that the frame is equipped with a stationary guideway along which the product carrier gondolas circulate in a self-controlled manner.
A chamber suitable to create a sealed environment for the application of therapeutic gases, comprising: a rigid housing having spaced apart ends (12, 14) forming a chamber therebetween; an end cap coupled to one end of the housing, wherein the end cap has an opening, the end cap being releasably coupled to the rigid housing; and an inflatable cuff releasably coupled to the end cap for sealing against a limb. a rigid housing having spaced apart ends (12, 14) forming a chamber therebetween; an end cap coupled to one end of the housing, wherein the end cap has an opening, the end cap being releasably coupled to the rigid housing; and an inflatable cuff releasably coupled to the end cap for sealing against a limb.
Method for producing a printed circuit board having at least one cavity for accommodating an optoelectronic component, the cavity walls having a reflective, in particular specular, reflector layer, having the following steps: - providing a printed circuit board, - applying a temporary protective layer to at least a partial area of the surface of the printed circuit board, - making the cavity with penetration of the protective layer in the region of the cavity, - applying the reflector layer, wherein the reflector layer covers both the temporary protective layer and the cavity walls over the entire surface, and - removing the temporary protective layer. - providing a printed circuit board, - applying a temporary protective layer to at least a partial area of the surface of the printed circuit board, - making the cavity with penetration of the protective layer in the region of the cavity, - applying the reflector layer, wherein the reflector layer covers both the temporary protective layer and the cavity walls over the entire surface, and - removing the temporary protective layer.
A dispenser and applicator head for associating with a dispenser unit, such as a pump, a valve, or a squeezable tube, the head including an applicator pad defining an outer applicator face for coming into contact with the skin, the pad being made essentially of a heat-transfer material so as to impart a cold sensation on contact with the skin, the pad defining a thickness from an inner face to the outer face, the pad having a dispenser passage passing through it, which passage puts the inner face into communication with the outer face, the applicator pad being made of zamak, and being covered with a protective barrier layer made of inert material, such as nickel and/or chromium, at least at the dispenser passage and the applicator surface, the head further including a body made of plastics material, said body defining a connection section for connecting to the dispenser unit, an application section in engagement with the inner face of the applicator pad, and an interconnection section connecting the connection section to the application section, the body defining a dispenser channel that communicates with the dispenser passage beside the inner face, the head being characterized in that the applicator pad presents the minimum thickness at the dispenser passage, said thickness lying in the range about 1 mm to 4 mm.
A method for dispensing dust suppressant comprising: forming an aqueous dispersion stream by delivering a surfactant composition to an aqueous liquid stream; mixing the aqueous dispersion stream using an inline mixer to form dust suppressant; measuring surface tension of the dust suppressant in the dust suppressant stream via a tensiometer; dispensing the dust suppressant to a surface at a pressure sufficient to provide coverage of the surface; relaying the measured surface tension to a controller; adjusting the forming of the aqueous dispersion stream according to the measured surface tension relayed to the controller. forming an aqueous dispersion stream by delivering a surfactant composition to an aqueous liquid stream; mixing the aqueous dispersion stream using an inline mixer to form dust suppressant; measuring surface tension of the dust suppressant in the dust suppressant stream via a tensiometer; dispensing the dust suppressant to a surface at a pressure sufficient to provide coverage of the surface; relaying the measured surface tension to a controller; adjusting the forming of the aqueous dispersion stream according to the measured surface tension relayed to the controller.
A cooling device comprising a body having an inner wall and an outer wall and an insulation volume remaining therebetween; and a board casing which is disposed in the insulation volume; and at least one protrusion which increases the strength of the board casing during the filling of the insulation material into the insulation volume, characterized in that the at least one protrusion is broken afterwards to be removed from inside the board casing.
A rotor blade comprising: a main portion having a main portion leading edge shield; a main portion impact-resistant layer formed on a nose of the leading edge shield; a main portion erosion-resistant layer formed on a top and bottom of the main portion, rearward of the main portion impact-resistant layer; a main portion foil formed on the top and the bottom of the main portion rearward of the main portion erosion-resistant layer; a tip cap having a tip cap leading edge shield; a tip cap impact-resistant layer formed on a surface of the tip cap leading edge shield; and a tip cap foil formed on the top and the bottom of the tip cap rearward of the tip cap impact-resistant layer wherein without encompassing the entire impact-resistant layer the main portion erosion-resistant layer overlaps or underlaps the main portion impact-resistant layer a main portion having a main portion leading edge shield; a main portion impact-resistant layer formed on a nose of the leading edge shield; a main portion erosion-resistant layer formed on a top and bottom of the main portion, rearward of the main portion impact-resistant layer; a main portion foil formed on the top and the bottom of the main portion rearward of the main portion erosion-resistant layer; a tip cap having a tip cap leading edge shield; a tip cap impact-resistant layer formed on a surface of the tip cap leading edge shield; and a tip cap foil formed on the top and the bottom of the tip cap rearward of the tip cap impact-resistant layer wherein without encompassing the entire impact-resistant layer the main portion erosion-resistant layer overlaps or underlaps the main portion impact-resistant layer
Assembly comprising a bowl outlet for a sink bowl and a cover for covering the bowl outlet, wherein the cover is placeable in a supported position on an edge region of the bowl outlet and/or on a support part which is placed on the bowl outlet, wherein the cover comprises the following: - at least one centring element by means of which the cover is centrable in the supported position relative to a side wall of the bowl outlet, relative to a support part placed on the bowl outlet and/or relative to a closure element which is arranged on the bowl outlet, wherein, in addition to the at least one centring element, the cover comprises at least one support element by means of which the cover is placeable in the supported position on an edge region of the bowl outlet and/or on a support part which is placed on the bowl outlet, wherein at least one support element comprises a cushion element made of an elastomer material, and wherein the assembly further comprises a strainer basket, characterised in that the strainer basket is moveable from a lowered position into a raised position, wherein the cover lies on the edge region of the bowl outlet and/or on a support part placed on the bowl outlet when the strainer basket is situated in the raised position. - at least one centring element by means of which the cover is centrable in the supported position relative to a side wall of the bowl outlet, relative to a support part placed on the bowl outlet and/or relative to a closure element which is arranged on the bowl outlet,
A bicycle communication adapter adapted to connect a bicycle electrical system in which a plurality of electric devices can be connected using power line communication to a management system configured to manage the bicycle electrical system, the bicycle communication adapter (40, 140, 240) being characterized by: a signal converting section configured to convert a signal outputted from the management system into a signal compliant with a standard for the power line communication; a voltage converting section configured to convert a voltage supplied from the management system; and a superimposing section configured to superimpose a signal converted by the signal converting section onto a voltage converted by the voltage converting section. a signal converting section configured to convert a signal outputted from the management system into a signal compliant with a standard for the power line communication; a voltage converting section configured to convert a voltage supplied from the management system; and a superimposing section configured to superimpose a signal converted by the signal converting section onto a voltage converted by the voltage converting section.
A dialog device comprising: a prediction unit configured to predict an utterance length attribute of a user utterance; a selection unit configured to use the utterance length attribute to select, as a feature model for usage in an end determination of the user utterance, at least one of an acoustic feature model or a lexical feature model; and an estimation unit configured to estimate an end point of the user utterance using the feature model selected by the selection unit, wherein the selection unit is configured to set weightings for the acoustic feature model and the lexical feature model based on the utterance length attribute and a confidence value that indicates a probability that an estimation of the end point is correct; select, from either the acoustic feature model or the lexical feature model, a model that achieves a predetermined weighting criterion. a prediction unit configured to predict an utterance length attribute of a user utterance; a selection unit configured to use the utterance length attribute to select, as a feature model for usage in an end determination of the user utterance, at least one of an acoustic feature model or a lexical feature model; and an estimation unit configured to estimate an end point of the user utterance using the feature model selected by the selection unit, wherein the selection unit is configured to set weightings for the acoustic feature model and the lexical feature model based on the utterance length attribute and a confidence value that indicates a probability that an estimation of the end point is correct; select, from either the acoustic feature model or the lexical feature model, a model that achieves a predetermined weighting criterion. set weightings for the acoustic feature model and the lexical feature model based on the utterance length attribute and a confidence value that indicates a probability that an estimation of the end point is correct; select, from either the acoustic feature model or the lexical feature model, a model that achieves a predetermined weighting criterion.
A method for transferring and/or moving multiple different discrete articles on a manufacturing line, the method comprising the steps of: a. providing a transfer member comprising a transfer surface, the transfer surface comprising: i. a first zone comprising a first plurality of fluid ports and being configured to accept a first discrete article; and ii. a second zone substantially surrounding the first zone, the second zone comprising a second plurality of fluid ports, wherein the first zone and the second zone collectively are configured to accept a second discrete article that is different in size and/or shape from the first discrete article; b. applying fluid pressure only to the first plurality of fluid ports while contacting the first discrete article with the transfer surface; and c. separately from step (b), applying fluid pressure to both the first plurality of fluid ports and the second plurality of fluid ports while contacting the second discrete article with the transfer surface; d. wherein during step (b) and/or step (c) the transfer surface is rotated and wherein each of the first discrete article and the second discrete article is a disposable absorbent article or component thereof. a. providing a transfer member comprising a transfer surface, the transfer surface comprising: i. a first zone comprising a first plurality of fluid ports and being configured to accept a first discrete article; and ii. a second zone substantially surrounding the first zone, the second zone comprising a second plurality of fluid ports, wherein the first zone and the second zone collectively are configured to accept a second discrete article that is different in size and/or shape from the first discrete article; i. a first zone comprising a first plurality of fluid ports and being configured to accept a first discrete article; and ii. a second zone substantially surrounding the first zone, the second zone comprising a second plurality of fluid ports, wherein the first zone and the second zone collectively are configured to accept a second discrete article that is different in size and/or shape from the first discrete article; b. applying fluid pressure only to the first plurality of fluid ports while contacting the first discrete article with the transfer surface; and c. separately from step (b), applying fluid pressure to both the first plurality of fluid ports and the second plurality of fluid ports while contacting the second discrete article with the transfer surface; d. wherein during step (b) and/or step (c) the transfer surface is rotated and wherein each of the first discrete article and the second discrete article is a disposable absorbent article or component thereof.