mhurhangee/ep-ind-claims huggingface dataset:
A sliding assistance mechanism for helping a switching operation of a moving body, in particular a sliding door, a drawer or the like, from a first position to a second position, or from the second position to the first position of a main body, comprising: a case (1, 1A) attached to said main body; a first slider member (2A, 71) and a second slider member (2B, 60) freely and slidably provided on the case (1, 1A), respectively; each of the slider members (2A, 2B, 60, 71) pivotally supporting a latch (5, 5A) which is releasably locked into corresponding parts of said case (1, 1A); and urging means (3, 3A) provided between the slider members (2A, 2B, 60, 71) for urging a latch supporting portion (25, 67, 77) of each of the slider members (2A, 2B, 60, 71) moving closer to each other, two first guide grooves (12b, 16b) for the slider members (2A, 2B, 60, 71), and two second guide grooves (14, 19) for latches (5, 5A), the second guide grooves (14, 19) including a pair of linear grooves (14a, 19a) which are respectively parallel to the first guide grooves (12b, 16b), and locking grooves (14b, 19b) with a roughly L shape provided on both sides of the linear grooves (14a, 19a), the first guide grooves (12b, 16b) guide the slider members (2A, 2B, 60, 71) to slide in a state wherein the first guide grooves (12b, 16b) are fitted into projections (22, 32) provided on upper and lower faces of the slider members (2A, 2B, 60, 71), the second guide grooves (14, 19) receive convexes wherein the latches (5, 5A) are provided on upper and lower faces and when a convex is fitted into the linear groove (14a,19a), the latch (5, 5A) is in a pull-in position, and when the convex is engaged with the locking groove (14b, 19b), the latch (5, 5A) is switched to a non-pull-in position, and wherein when one of said slider members (2A, 2B, 60, 71) is halfway switched to the first position from the second position of the moving body, an engagement of one of the latches (5, 5A) is released by an operational member provided in the moving body, and the operational member is pulled with the one of the latches (5, 5A) into the first position with an approaching drive to the other latch through the urging means (3, 3A). a case (1, 1A) attached to said main body; a first slider member (2A, 71) and a second slider member (2B, 60) freely and slidably provided on the case (1, 1A), respectively; each of the slider members (2A, 2B, 60, 71) pivotally supporting a latch (5, 5A) which is releasably locked into corresponding parts of said case (1, 1A); and urging means (3, 3A) provided between the slider members (2A, 2B, 60, 71) for urging a latch supporting portion (25, 67, 77) of each of the slider members (2A, 2B, 60, 71) moving closer to each other,
A method of controlling an electrolysis cell of Hall-Heroult type for aluminium production by process control inputs of energy and mass, comprising measurement of one or more process variable(s) for establishing a set of historical data for modelling a set of process variable(s) that vary with time including at least one of alumina concentration, bath temperature or side ledge thickness, where the said measured value(s) is led to an estimator for estimation of the current value of said one or more process variable(s) followed by prediction of the value of same process variable(s) and/or other process variable(s) in the future, where said predicted value(s) is used in the calculation of future control input scenarios, wherein, the prediction of the process variable(s) is performed in accordance with a non-linear dynamic model of the aluminium electrolysis process based upon First Principle to achieve an optimal future process input scenario U (t k), U (t k+1),..., U (t k+Nu) in order to reach the set point for the controlled variables (CVs) for at least one of alumina concentration, bath temperature or side ledge thickness within a chosen prediction horizon and that the estimation of the said current value of one or more process variable(s) is performed by Kalman filtering techniques or Moving Horizon principles.
A rubber compound comprising at least one cross-linkable polymer base, a reinforcing filler and a vulcanization system; said compound being characterized by comprising one reinforcing resin and in that said vulcanization system comprises at least sulphur and an organic peroxide chemical.
A pipe processing machine (10, 50) for cutting pipes or profiles using a laser beam, comprising a machine bed, a feed station provided on the machine bed for feeding pipes or profiles to be processed along an X-axis, a push-through chuck through which the pipe or profile is pushed to a cutting head, the cutting head being arranged movably along a Y-axis running perpendicular to the X-axis and along a Z-axis running perpendicular to the Y-axis, characterized in that an axis support is arranged on the machine bed, on said axis support the cutting head is movably mounted and the push-through chuck is arranged, wherein the machine bed is formed in one piece with the axis support.
Route train trailer, comprising one or more driven roller conveyors aligned transversely to the longitudinal axis of the vehicle, by means of which a load carrier can be delivered either via one of the two vehicle sides of the route train trailer to a transfer station or can be accommodated by this, and a control and regulation device, characterized in that the route train trailer comprises - one or more data light barriers for wireless data exchange with the transfer station, and - one or more position distance sensors for detecting the position of the load carrier on the roller conveyor or roller conveyors, - wherein the control and regulation device is set up to control the roller rotation direction and/or the roller rotation speed of each of the roller conveyors individually as a function of the position of the load carrier on the roller conveyor or roller conveyors. - one or more data light barriers for wireless data exchange with the transfer station, and - one or more position distance sensors for detecting the position of the load carrier on the roller conveyor or roller conveyors, - wherein the control and regulation device is set up to control the roller rotation direction and/or the roller rotation speed of each of the roller conveyors individually as a function of the position of the load carrier on the roller conveyor or roller conveyors.
A machine-implemented method, comprising: heat-sterilising water; cooling the sterilised water; removably receiving a capsule containing powdered infant milk formula in a capsule chamber; injecting the cooled, sterilised water into the capsule chamber and through the capsule to form liquid infant milk formula; steam-sterilising the capsule chamber after removal of the capsule. heat-sterilising water; cooling the sterilised water; removably receiving a capsule containing powdered infant milk formula in a capsule chamber; injecting the cooled, sterilised water into the capsule chamber and through the capsule to form liquid infant milk formula; steam-sterilising the capsule chamber after removal of the capsule.
An avionic display system, comprising: a display module for displaying an image overlaid on a pilot view, the display module comprising a near-to-eye display; a vision system in operable communication with the display module, the vision system configured to generate a monochrome translucent image and to cause the display module to overlay the generated monochrome translucent image on the pilot view; and a navigation database in operable communication with the vision system, the navigation database configured to store information related to a location, boundary and color of a visual reference in the pilot view that would otherwise be obscured by the overlaid monochrome translucent image, the visual reference comprising a source of color-based information; wherein the vision system is configured to, using the stored information related to the location, the boundary and color of the visual reference, modify the generated monochrome translucent image in the pilot view in order to convey the color-based information to the pilot. a display module for displaying an image overlaid on a pilot view, the display module comprising a near-to-eye display; a vision system in operable communication with the display module, the vision system configured to generate a monochrome translucent image and to cause the display module to overlay the generated monochrome translucent image on the pilot view; and a navigation database in operable communication with the vision system, the navigation database configured to store information related to a location, boundary and color of a visual reference in the pilot view that would otherwise be obscured by the overlaid monochrome translucent image, the visual reference comprising a source of color-based information; wherein the vision system is configured to, using the stored information related to the location, the boundary and color of the visual reference, modify the generated monochrome translucent image in the pilot view in order to convey the color-based information to the pilot.
An image processing apparatus comprising: a bus through which data is transmitted; an adding portion that, in the case where document sheet data as a processing target is monochrome image data, outputs, to the bus, color image data obtained by adding, to the monochrome image data, dummy image data pieces for a plurality of colors, as image data pieces for a plurality of colors, each corresponding to one predetermined processing unit amount which is smaller than one page of data amount of the monochrome image data and is a unit of band corresponding to a partial area along each of a plurality of lines; an image processing portion (56, 57, 58, 59) that performs image processing per data amount equal to or smaller than the processing unit amount and outputs the resultant data to the bus; an output processing portion that outputs the image data pieces for a plurality of colors included in the color image data processed by the image processing and acquired from the bus, in accordance with synchronization signals inputted for the respective image data pieces for the plurality of colors; and a synchronization signal input portion that, during a monochrome print operation, inputs, to the output processing portion, a synchronization signal that causes the dummy image data pieces for the plurality of colors to be simultaneously outputted, and then after a lapse of a predetermined time, inputs, to the output processing portion, a synchronization signal that causes the monochrome image data to be outputted. a bus through which data is transmitted; an adding portion that, in the case where document sheet data as a processing target is monochrome image data, outputs, to the bus, color image data obtained by adding, to the monochrome image data, dummy image data pieces for a plurality of colors, as image data pieces for a plurality of colors, each corresponding to one predetermined processing unit amount which is smaller than one page of data amount of the monochrome image data and is a unit of band corresponding to a partial area along each of a plurality of lines; an image processing portion (56, 57, 58, 59) that performs image processing per data amount equal to or smaller than the processing unit amount and outputs the resultant data to the bus; an output processing portion that outputs the image data pieces for a plurality of colors included in the color image data processed by the image processing and acquired from the bus, in accordance with synchronization signals inputted for the respective image data pieces for the plurality of colors; and a synchronization signal input portion that, during a monochrome print operation, inputs, to the output processing portion, a synchronization signal that causes the dummy image data pieces for the plurality of colors to be simultaneously outputted, and then after a lapse of a predetermined time, inputs, to the output processing portion, a synchronization signal that causes the monochrome image data to be outputted.
A method for producing fruit jam comprising the following steps of: (a) transferring previously prepared fruits to a cooking vessel, (b) pre-cooking the fruits contained in the cooking vessel, (c) adding a determined amount of sugars to the precooked fruits contained in the cooking vessel, (d) vacuum cooking the contents of the cooking vessel, with concentration of the contents of the cooking vessel by liquid evaporation, (e) collecting a first fraction of evaporated liquid in the form of a first condensate, (f) adding pectin to the first condensate collected in step (e) in order to obtain a condensate-pectin mixture, (g) adding the first condensate-pectin mixture obtained in step (f) to the contents of the cooking vessel, (h) adding citric acid to the contents of the cooking vessel in order to obtain a jam, (i) pasteurizing the jam, (j) packaging the pasteurized jam in packaging means. (a) transferring previously prepared fruits to a cooking vessel, (b) pre-cooking the fruits contained in the cooking vessel, (c) adding a determined amount of sugars to the precooked fruits contained in the cooking vessel, (d) vacuum cooking the contents of the cooking vessel, with concentration of the contents of the cooking vessel by liquid evaporation, (e) collecting a first fraction of evaporated liquid in the form of a first condensate, (f) adding pectin to the first condensate collected in step (e) in order to obtain a condensate-pectin mixture, (g) adding the first condensate-pectin mixture obtained in step (f) to the contents of the cooking vessel, (h) adding citric acid to the contents of the cooking vessel in order to obtain a jam, (i) pasteurizing the jam, (j) packaging the pasteurized jam in packaging means.
A retrievable downhole tool having a cylindrical body (205, 505), the tool comprising: at least one tilted antenna (215, 515) disposed within an elliptical recess (210, 510) in the body of the downhole tool, the at least one tilted antenna at least partly protected beneath one or more conductive surfaces having windows or gaps aligned with the tilted antenna, wherein the window or gap edges nearest to the tilted antenna are oriented perpendicular to the plane of the tilted antenna (215, 515) to substantially minimize current flow in a plane containing the tilted antenna. at least one tilted antenna (215, 515) disposed within an elliptical recess (210, 510) in the body of the downhole tool, the at least one tilted antenna at least partly protected beneath one or more conductive surfaces having windows or gaps aligned with the tilted antenna, wherein the window or gap edges nearest to the tilted antenna are oriented perpendicular to the plane of the tilted antenna (215, 515) to substantially minimize current flow in a plane containing the tilted antenna.
Apparatus for carrying out a regeneration operation in a soot particulate filter, having a diesel engine, a soot particulate filter, an oxidation catalytic converter which is connected upstream of the soot particulate filter for increasing the temperature of an exhaust gas stream which is fed in from the diesel engine, a hydraulic circuit which is operated by means of the diesel engine, a parasitic load with a pressure limiting valve which is arranged in a hydraulic auxiliary circuit, a pressure control valve which is arranged in the hydraulic auxiliary circuit, a hydraulic reservoir, a variable displacement pump which is fed from the hydraulic reservoir, and a control unit, the control unit switching the parasitic load into the hydraulic circuit when it arises that a triggering criterion which indicates a regeneration of the soot particulate filter is fulfilled, the switching in of the parasitic load taking place by means of the pressure control valve, the operation of the hydraulic circuit taking place by means of the variable displacement pump, a control input of the variable displacement pump being connected to,a section of the hydraulic auxiliary circuit, which section runs between the pressure control valve and the pressure limiting valve.
A flow cytometer comprising: a flow cell; a liquid sending unit configured to send a liquid into the flow cell; a controller configured to obtain information related to a flow velocity of the liquid flowing in the flow cell; a light source configured to irradiate the liquid flowing in the flow cell with light; and a detector configured to detect light generated from a particle in the liquid irradiated with light, wherein the controller changes a liquid sending condition for the liquid sending unit, based on the obtained information related to the flow velocity, and characterised in that the controller calculates the information related to the flow velocity, based on an optical property of the particle flowing in the flow cell. a flow cell; a liquid sending unit configured to send a liquid into the flow cell; a controller configured to obtain information related to a flow velocity of the liquid flowing in the flow cell; a light source configured to irradiate the liquid flowing in the flow cell with light; and a detector configured to detect light generated from a particle in the liquid irradiated with light, wherein the controller changes a liquid sending condition for the liquid sending unit, based on the obtained information related to the flow velocity, and characterised in that the controller calculates the information related to the flow velocity, based on an optical property of the particle flowing in the flow cell.
An arrangement of at least two conveyor line sections (12, 14) for conveying articles, piece goods, and/or bundles and/or palletizable article layers, piece good layers, and/or bundle layers, which conveyor line sections (12, 14) have handling stations, grouping stations, and/or transfer stations (32, 33, 40, 44, 48, 50) in each case located consecutively in conveying direction (28, 29) and which conveyor line sections (12, 14) lead into an integrated and/or common loading station, which comprises a common loading place for stacking and/or palletizing the article layers, piece good layers, and/or bundle layers on top of each other, wherein at least two support surfaces and/or conveying surfaces are associated with the loading station, which support surfaces and/or conveying surfaces form parts of, or are arranged downstream in conveying direction (28, 29) from, the particular transfer stations (48, 50) of the at least two conveyor line sections (12, 14) present, and wherein, located between the support surfaces and/or conveying surfaces of the transfer stations (48, 50), is the common loading place, which is suppliable alternately by the at least two support surfaces and/or conveying surfaces with article layers, piece good layers, and/or bundle layers to be palletized, characterized in that the support surfaces and/or conveying surfaces are vertically adjustable.
An activation system for an ingestible capsule comprising: a magnetic capsule activation unit having an activation port; packaging for said ingestible capsule; said packaging comprising a bottom portion, said bottom portion comprising an open well having an inner surface to engage at least a portion of said ingestible capsule and an outer surface to engage with said activation port of said magnetic activation unit; wherein said activation unit and said packaging are configured to be selectively aligned relative to each other in either an activation alignment for activating said ingestible capsule and a deactivation alignment for deactivating said ingestible capsule without removing said ingestible capsule from said packaging; and wherein said activation unit comprises first and second markings (61, 62) and said packaging comprise a marking, wherein the activation system is configured such that alignment of packaging marking with first activation unit marking indicates a relative alignment for deactivating said ingestible capsule and wherein alignment of packaging marking with second activation unit marking indicates a relative alignment for activating said ingestible capsule. a magnetic capsule activation unit having an activation port; packaging for said ingestible capsule; said packaging comprising a bottom portion, said bottom portion comprising an open well having an inner surface to engage at least a portion of said ingestible capsule and an outer surface to engage with said activation port of said magnetic activation unit; wherein said activation unit and said packaging are configured to be selectively aligned relative to each other in either an activation alignment for activating said ingestible capsule and a deactivation alignment for deactivating said ingestible capsule without removing said ingestible capsule from said packaging; and wherein said activation unit comprises first and second markings (61, 62) and said packaging comprise a marking, wherein the activation system is configured such that alignment of packaging marking with first activation unit marking indicates a relative alignment for deactivating said ingestible capsule and wherein alignment of packaging marking with second activation unit marking indicates a relative alignment for activating said ingestible capsule.
A barrier for an opening, the barrier comprising: a motorized drive unit comprising an electric motor; a curtain to be suspended from the motorized drive unit, the curtain comprising a leading edge and a lateral edge, the leading edge of the curtain to be selectively moveable to a closed position where the curtain obstructs the opening and to an open position where the curtain uncovers the opening; a track to be disposed along the lateral edge of the curtain; a guide plate to be carried by the curtain to extend into the track; a nonferrous guide member (42, 44) to be attached to the guide plate; and a first safety device comprising a first wireless portion and a first electrical portion, the first wireless portion to be attached to the nonferrous guide member (42, 44), the first electrical portion to be mounted at a first substantially fixed position relative to the track, the first electrical portion having a first activated state and a first deactivated state, the first electrical portion to be in the first activated state when the first wireless portion is in proximity with the first electrical portion as a result of the leading edge of the curtain being at the closed position, the first wireless portion to be in the first deactivated state when the first wireless portion is remote relative to the first electrical portion as a result of the leading edge of the curtain not being in the closed position. a motorized drive unit comprising an electric motor; a curtain to be suspended from the motorized drive unit, the curtain comprising a leading edge and a lateral edge, the leading edge of the curtain to be selectively moveable to a closed position where the curtain obstructs the opening and to an open position where the curtain uncovers the opening; a track to be disposed along the lateral edge of the curtain; a guide plate to be carried by the curtain to extend into the track; a nonferrous guide member (42, 44) to be attached to the guide plate; and a first safety device comprising a first wireless portion and a first electrical portion, the first wireless portion to be attached to the nonferrous guide member (42, 44), the first electrical portion to be mounted at a first substantially fixed position relative to the track, the first electrical portion having a first activated state and a first deactivated state, the first electrical portion to be in the first activated state when the first wireless portion is in proximity with the first electrical portion as a result of the leading edge of the curtain being at the closed position, the first wireless portion to be in the first deactivated state when the first wireless portion is remote relative to the first electrical portion as a result of the leading edge of the curtain not being in the closed position.