mhurhangee/ep-ind-claims huggingface dataset:
Method for making at least one closed cavity, comprising at least the following steps: - making a sacrificial portion on a substrate; - making a cover covering the sacrificial portion; - making at least one hole through the cover; - making a first layer on the cover such that, in a first configuration, the first layer covers at least a first region of the cover located around the hole, or in a second configuration, the first layer surrounds the first region of the cover; - depositing at least one second layer covering the cover and the first layer and such that in first configuration, an adhesion force between the first and the second layers (110, 112) is less than an adhesion force between the second layer and a second region of the cover adjacent to the first region of the cover or, in the second configuration, an adhesion force between the second layer and the first region of the cover is less than an adhesion force between the first and second layers (110, 112); - etching the second layer such that a remaining portion of the second layer forms at least one flap, of which a first part located facing the hole and the first region of the cover does not hermetically close or seal the hole, and of which a second part is fixed to the second region of the cover; - etching the sacrificial portion through the hole, forming the cavity between the cover and the substrate; - closing the cavity by a deposition of a plugging material at least on the first part of the flap and at least a part of the cover around the first region of the cover. - making a sacrificial portion on a substrate; - making a cover covering the sacrificial portion; - making at least one hole through the cover; - making a first layer on the cover such that, in a first configuration, the first layer covers at least a first region of the cover located around the hole, or in a second configuration, the first layer surrounds the first region of the cover; - depositing at least one second layer covering the cover and the first layer and such that in first configuration, an adhesion force between the first and the second layers (110, 112) is less than an adhesion force between the second layer and a second region of the cover adjacent to the first region of the cover or, in the second configuration, an adhesion force between the second layer and the first region of the cover is less than an adhesion force between the first and second layers (110, 112); - etching the second layer such that a remaining portion of the second layer forms at least one flap, of which a first part located facing the hole and the first region of the cover does not hermetically close or seal the hole, and of which a second part is fixed to the second region of the cover; - etching the sacrificial portion through the hole, forming the cavity between the cover and the substrate; - closing the cavity by a deposition of a plugging material at least on the first part of the flap and at least a part of the cover around the first region of the cover.
Computer-implemented method for transferring style features from at least one source image to a target image, comprising the steps of: - generating a result image, based on the source and the target image, by constructing a style representation of the source image on filter responses of a convolutional neural network to the source image in a number of layers of the network, by calculating a correlation between the different filter responses, wherein an expectation is taken over the spatial extent of the source image, wherein the semantic content of the result image corresponds to the semantic content of the target image; wherein a texture of the result image corresponds to a texture of the source image; and - outputting the result image. - generating a result image, based on the source and the target image, by constructing a style representation of the source image on filter responses of a convolutional neural network to the source image in a number of layers of the network, by calculating a correlation between the different filter responses, wherein an expectation is taken over the spatial extent of the source image, wherein the semantic content of the result image corresponds to the semantic content of the target image; wherein a texture of the result image corresponds to a texture of the source image; and by constructing a style representation of the source image on filter responses of a convolutional neural network to the source image in a number of layers of the network, by calculating a correlation between the different filter responses, wherein an expectation is taken over the spatial extent of the source image, wherein the semantic content of the result image corresponds to the semantic content of the target image; wherein a texture of the result image corresponds to a texture of the source image; and - outputting the result image.
A method for the production of a flat tube from a sheet metal band, with inward-looking impressions (36, 47), so-called turbulators, and at least two chambers (3, 4) which are respectively divided by a separating wall (37/38, 45) formed from the sheet metal band, wherein a) first, a flat sheet metal band is provided and supplied to a tube forming machine, b) the separating wall is formed as web, fold or bead from the sheet metal band in one or more steps, c) the impressions are formed from the sheet metal band in one or more steps, d) head radiuses are formed on the longitudinal edges of the sheet metal band, and e) a cross-section of the flat tube is closed by forming a rounded narrow side, wherein step d) is performed subsequently to step c). a) first, a flat sheet metal band is provided and supplied to a tube forming machine, b) the separating wall is formed as web, fold or bead from the sheet metal band in one or more steps, c) the impressions are formed from the sheet metal band in one or more steps, d) head radiuses are formed on the longitudinal edges of the sheet metal band, and e) a cross-section of the flat tube is closed by forming a rounded narrow side,
A lubricant dispensing system in combination with a moving chain for dispensing liquid lubricant onto the moving chain having longitudinally spaced rollers supported by respective pins which in turn are connected by side links the system comprising: a lubricant supply; a lubricant dispensing nozzle including a nozzle body with a fluid passageway therein in fluid communication with the lubricant supply, characterized in that: an electrode assembly is provided for electrostatically charging lubricant in the fluid passageway, the spray nozzle includes two hollow spray needles supported by said nozzle body, said hollow spray needles each defining a respective discharge orifice such that the nozzle is arranged to simultaneously and continuously direct electrically charged lubricant at the pins at both ends of the chain roller, and a control panel for directing the flow of lubricant from the lubricant supply to the lubricant dispensing nozzle and controlling electric power supplied to the electrode assembly. a lubricant supply; a lubricant dispensing nozzle including a nozzle body with a fluid passageway therein in fluid communication with the lubricant supply, characterized in that: an electrode assembly is provided for electrostatically charging lubricant in the fluid passageway, the spray nozzle includes two hollow spray needles supported by said nozzle body, said hollow spray needles each defining a respective discharge orifice such that the nozzle is arranged to simultaneously and continuously direct electrically charged lubricant at the pins at both ends of the chain roller, and a control panel for directing the flow of lubricant from the lubricant supply to the lubricant dispensing nozzle and controlling electric power supplied to the electrode assembly. an electrode assembly is provided for electrostatically charging lubricant in the fluid passageway, the spray nozzle includes two hollow spray needles supported by said nozzle body, said hollow spray needles each defining a respective discharge orifice such that the nozzle is arranged to simultaneously and continuously direct electrically charged lubricant at the pins at both ends of the chain roller, and a control panel for directing the flow of lubricant from the lubricant supply to the lubricant dispensing nozzle and controlling electric power supplied to the electrode assembly.
A method of assessing the potential colour protecting effect in vivo of a rinse-off, surfactant-containing test formulation such as a shampoo or a rinse-off conditioner, the method comprising the steps of: providing a sample of the test formulation to be assessed; providing a model substrate in the form of a hair switch which has been artificially coloured using a permanent hair colorant with a shade level 1 or 2 which corresponds to black or darkest brown respectively; applying the test formulation to the hair switch; subsequently rinsing the test formulation from the hair switch; collecting the rinse liquor and analysing it for the presence of eluted colour by spectrophotometry, wherein the rinse liquor is measured against a control sample of the original test formulation which has not been in contact with the hair switch; constructing a calibration curve by carrying out the method over a series of dilutions of the test formulation. providing a sample of the test formulation to be assessed; providing a model substrate in the form of a hair switch which has been artificially coloured using a permanent hair colorant with a shade level 1 or 2 which corresponds to black or darkest brown respectively; applying the test formulation to the hair switch; subsequently rinsing the test formulation from the hair switch; collecting the rinse liquor and analysing it for the presence of eluted colour by spectrophotometry, wherein the rinse liquor is measured against a control sample of the original test formulation which has not been in contact with the hair switch; constructing a calibration curve by carrying out the method over a series of dilutions of the test formulation.
Safety device, particularly catching device, for a stacker crane, comprising a lifting unit for driving a movable lifting carriage that is coupled with at least one carrying element, wherein the safety device comprises the following: - a monitoring unit that is arranged to detect a load state of the at least one carrying element, particularly a carrying element stress dependent measurement parameter, - a retaining unit, particularly a catching unit, that is arranged to selectively inhibit a movement of the lifting carriage, - an energy storage unit that is arranged for supplying the retaining unit with energy, and - a control unit that is arranged to control the energy storage unit dependent on a signal detected by the monitoring unit to activate the retaining unit, wherein the at least one carrying element is arranged as a cord-shaped traction element, and wherein the monitoring unit comprises at least one load measurement sensor (86, 88; 110, 112) that is arranged to detect a tension in the traction element, characterized in that the at least one load measurement sensor (86, 88; 110, 112) is arranged as a load measurement bolt (110, 112) and coupled with a guide roller (74, 76) for the carrying element. - a monitoring unit that is arranged to detect a load state of the at least one carrying element, particularly a carrying element stress dependent measurement parameter, - a retaining unit, particularly a catching unit, that is arranged to selectively inhibit a movement of the lifting carriage, - an energy storage unit that is arranged for supplying the retaining unit with energy, and - a control unit that is arranged to control the energy storage unit dependent on a signal detected by the monitoring unit to activate the retaining unit,
A hybrid fiber optic connector comprising: a connector body having a transverse cross-sectional shape, the connector body including two generally cylindrical sleeves at a front of the connector body, the two generally cylindrical sleeves each including a separate ferrule mounted therein; the hybrid fiber optic connector is characterized in that electrical contacts mount over the two generally cylindrical sleeves so as to be carried with the connector body.
Lighting device, notably for a motor vehicle, comprising at least one module having an optical axis, each module having: - a light source configured to emit a light beam in an overall direction substantially forming a secant to the optical axis, - a light orientation guide adapted to direct the light beam emitted by said light source in a manner substantially parallel to said optical axis at the output of said guide and adapted to form a cut-off in said beam, characterized in that it comprises a single portion for the output of said light beam, the output surface of which is continuously curved and is common to all the modules, and in that it comprises a plurality of modules (11, 12, 13, 14), the guides having lateral walls to prevent the rays sent from a light source associated with a guide from passing into the adjacent guide. - a light source configured to emit a light beam in an overall direction substantially forming a secant to the optical axis, - a light orientation guide adapted to direct the light beam emitted by said light source in a manner substantially parallel to said optical axis at the output of said guide and adapted to form a cut-off in said beam,
A planting unit for a seeding machine comprising: a seed meter having a metering member that moves seed individually and sequentially along a first path to a release position at which the seed is moving in a first direction; a delivery system receiving the seed from the metering member at the release position and moving the seed to a discharge location, the delivery system having a brush belt with flexible bristles that carry the seed in the bristles to the discharge location, the delivery system, at the release position, moving seed in a second direction along a second path, the planting unit further comprising a blocking member having a blocking face adjacent the first path to prevent movement of the seed in the second direction until the seed has passed the blocking face, a first portion of the bristles contacting the blocking face and being deflected thereby, characterized in that the blocking member having a transition surface along the second direction, wherein the transition surface includes a curved surface to allow the deflected bristles to return gradually to an un-deflected configuration as the deflected bristles travel in the second direction away from the blocking face.
A seal assembly for a pressurized container, the container having a fill port opening and a boss extending from a surface of the container, the boss having a passage aligned with the opening, the passage having a threaded portion, the seal assembly comprising a port plug having a nose portion with a surface shaped to mate with the fill port opening in the container and a set screw portion with external threads for engaging the threaded portion of the passage through the boss to press the nose portion into the fill port opening to form a seal, whereby the nose portion has a cone-like shape with a proximal end that is smaller than the opening and a distal end that is larger than the opening.
An appliance, the appliance comprising: a first portion defining a receptacle to receive and removably couple to a second portion, the receptacle having an electrical interconnect to electrically couple the second portion to the first portion; the second portion, the second portion defining a cavity and a heating element; a power supply within the first portion and a switching arrangement to switchably electrically couple the heating element to the power supply; at least a first ground plane disposed on the first portion and/or second portion; charactered in that the appliance further comprises a ground fault detection circuit, the GF detection circuit electrically coupled to the first ground plane, and wherein the GF detection circuit is configured to detect a ground fault event based on a measuring a current induced on the first ground plane, and in response to detecting the ground fault event, cause the switching arrangement to electrically decouple the heating element from the power supply, wherein the GF detection circuit is configured for high-side current sensing whereby at least the first ground plane couples between a supply rail and a load of the appliance. a first portion defining a receptacle to receive and removably couple to a second portion, the receptacle having an electrical interconnect to electrically couple the second portion to the first portion; the second portion, the second portion defining a cavity and a heating element; a power supply within the first portion and a switching arrangement to switchably electrically couple the heating element to the power supply; at least a first ground plane disposed on the first portion and/or second portion; charactered in that the appliance further comprises a ground fault detection circuit, the GF detection circuit electrically coupled to the first ground plane, and wherein the GF detection circuit is configured to detect a ground fault event based on a measuring a current induced on the first ground plane, and in response to detecting the ground fault event, cause the switching arrangement to electrically decouple the heating element from the power supply, wherein the GF detection circuit is configured for high-side current sensing whereby at least the first ground plane couples between a supply rail and a load of the appliance.
A device for changing operative portions for tobacco industry machines, comprising: - at least one receiving portion (8, 8', 8") made in a structural portion of a tobacco industry machine; - at least one plug member (5, 5', 5") attached to an operative portion of the tobacco industry machine and insertable into a corresponding receiving portion (8, 8', 8"), the operative portion being configured to operate directly or indirectly on at least one article or semifinished product of the tobacco industry; characterized in that it comprises - at least one locking member, housed in the structural portion of the machine and configured to adopt a locked position, where it locks a corresponding plug member (5, 5', 5") in the corresponding receiving portion (8, 8', 8"), and a released position, where it releases the plug member (5, 5', 5") from the receiving portion (8, 8', 8"); and - actuating means acting on the locking member at least to move the locking member from the locked position to the released position; and in that the device comprises a plurality of plug members (5, 5', 5") attached to the same operative portion and a corresponding plurality of receiving portions (8, 8', 8") made on the machine and each adapted to receive a respective plug member (5, 5', 5"), each receiving portion (8, 8', 8") being associated with a respective locking member and the actuating means operating simultaneously on all the locking members to cause the locking members to move simultaneously into the respective released position. - at least one receiving portion (8, 8', 8") made in a structural portion of a tobacco industry machine; - at least one plug member (5, 5', 5") attached to an operative portion of the tobacco industry machine and insertable into a corresponding receiving portion (8, 8', 8"), the operative portion being configured to operate directly or indirectly on at least one article or semifinished product of the tobacco industry; characterized in that it comprises - at least one locking member, housed in the structural portion of the machine and configured to adopt a locked position, where it locks a corresponding plug member (5, 5', 5") in the corresponding receiving portion (8, 8', 8"), and a released position, where it releases the plug member (5, 5', 5") from the receiving portion (8, 8', 8"); and - actuating means acting on the locking member at least to move the locking member from the locked position to the released position; and in that the device comprises a plurality of plug members (5, 5', 5") attached to the same operative portion and a corresponding plurality of receiving portions (8, 8', 8") made on the machine and each adapted to receive a respective plug member (5, 5', 5"), each receiving portion (8, 8', 8") being associated with a respective locking member and the actuating means operating simultaneously on all the locking members to cause the locking members to move simultaneously into the respective released position.
A clothes treating apparatus comprising: a cabinet defining appearance thereof; a clothes receiving unit provided in the cabinet and configured to receive clothes therein; a hot air supply unit provided with a heat exchanger to heat air supplied into the clothes receiving unit and a compressor connected to the heat exchanger to compress a refrigerant; and a supporting unit provided in the cabinet and fixed to the cabinet to support the compressor, wherein the supporting unit comprises: a main bracket having a penetrating portion in which the compressor is accommodated, and wherein the main bracket is fixed to a rear panel or a side panel of the cabinet; and a sub bracket extending from the main bracket, wherein the sub bracket is fixed to a front panel of the cabinet. a cabinet defining appearance thereof; a clothes receiving unit provided in the cabinet and configured to receive clothes therein; a hot air supply unit provided with a heat exchanger to heat air supplied into the clothes receiving unit and a compressor connected to the heat exchanger to compress a refrigerant; and a supporting unit provided in the cabinet and fixed to the cabinet to support the compressor, wherein the supporting unit comprises: a main bracket having a penetrating portion in which the compressor is accommodated, and wherein the main bracket is fixed to a rear panel or a side panel of the cabinet; and a sub bracket extending from the main bracket, wherein the sub bracket is fixed to a front panel of the cabinet. a main bracket having a penetrating portion in which the compressor is accommodated, and wherein the main bracket is fixed to a rear panel or a side panel of the cabinet; and a sub bracket extending from the main bracket, wherein the sub bracket is fixed to a front panel of the cabinet.