mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first housing; a second housing configured to accommodate at least a portion of the first housing and to guide a sliding movement of the first housing; a flexible display including a first display area connected to the first housing and a second display area extending from the first display area and at least partially accommodated inside or visually exposed outside the second housing according to the sliding movement of the first housing; a roller disposed inside the second housing and configured to move the flexible display, bringing the electronic device in an open or a closed state, and to guide the second display area when the flexible display is moved; a motor configured to rotate the roller; and a support member configured to support at least a portion of the flexible display in the second display area, characterised in that: the motor is configured such that an output of the motor is determined according to a one-state holding time of the flexible display, the one-state holding time being the amount of time that the electronic device was left in the open state, the closed state or the state whereby the flexible display was stopped at one point while moving between the closed state and the open state. a first housing; a second housing configured to accommodate at least a portion of the first housing and to guide a sliding movement of the first housing; a flexible display including a first display area connected to the first housing and a second display area extending from the first display area and at least partially accommodated inside or visually exposed outside the second housing according to the sliding movement of the first housing; a roller disposed inside the second housing and configured to move the flexible display, bringing the electronic device in an open or a closed state, and to guide the second display area when the flexible display is moved; a motor configured to rotate the roller; and a support member configured to support at least a portion of the flexible display in the second display area, characterised in that: the motor is configured such that an output of the motor is determined according to a one-state holding time of the flexible display, the one-state holding time being the amount of time that the electronic device was left in the open state, the closed state or the state whereby the flexible display was stopped at one point while moving between the closed state and the open state.
Nozzle for the administration of a liquid solution in a nostril, comprising two rigid portions (12, 13), a first rigid portion forming a portion linking with a receptacle, a second rigid portion being intended to be inserted into said nostril, and a flexible portion arranged between said first rigid portion and said second rigid portion, characterized in that a substantial part of said flexible portion is formed in such a manner as to have a non-slip exterior surface, and in that said flexible portion is integral with said first rigid portion and partially covers the upper part of said first rigid portion.
A device for applying a product, comprising a frame in which a product conduit is provided, the frame defining a longitudinal bore, the application device comprising a needle mounted in the longitudinal bore, the application device comprising a product application valve formed by a nozzle provided on the frame and a shutter provided at one end of the needle located in the product conduit, the needle being configured so as to be moved along a longitudinal axis between a position in which the application valve is closed and a position in which it is open, wherein the application device comprises a stop (60; 40) fixed in relation to the needle, and a stop, fixed in relation to the frame, configured to limit the return of the needle to its closed position to an intermediate position between the closed position and the open position, by interaction with the stop (60; 40) fixed in relation to the needle, the stop fixed in relation to the frame having an adjustable position, the stop fixed in relation to the frame being formed by at least one cam, the application device comprising an actuator for adjusting the position of the cam, characterized in that the position of the cam is rotatably adjustable about an adjustment axis parallel to the longitudinal axis of the needle, and in that the cam thickness increases around the adjustment axis.
A docking station for a mobile robot, including a first side portion and a second side portion and housing an electrical system having power input means, and characterised in that the power input means includes a first power input socket provided on the first side portion and a second power input socket provided on the second side portion.
An apparatus comprising: a processor; an interface in communication with the processor; and a memory in communication with the processor and storing processor executable instructions which when executed by the processor cause the processor to perform a method comprising: modeling a production of a well using a processor; determining probability distributions for physical parameters associated with the well; determining a posterior distribution for the model of the well by sampling the probability distributions for the physical parameters associated with the well and using the processor; and outputting the posterior distribution for the model of the well via an interface in communication with the processor, characterized in that the modeling further comprises identifying a plurality of production events and wherein the determining of the posterior distribution further comprises training the model of the well with historic data pertinent to the plurality of production events of the well and using the processor. a processor; an interface in communication with the processor; and a memory in communication with the processor and storing processor executable instructions which when executed by the processor cause the processor to perform a method comprising: modeling a production of a well using a processor; determining probability distributions for physical parameters associated with the well; determining a posterior distribution for the model of the well by sampling the probability distributions for the physical parameters associated with the well and using the processor; and outputting the posterior distribution for the model of the well via an interface in communication with the processor, characterized in that the modeling further comprises identifying a plurality of production events and wherein the determining of the posterior distribution further comprises training the model of the well with historic data pertinent to the plurality of production events of the well and using the processor. modeling a production of a well using a processor; determining probability distributions for physical parameters associated with the well; determining a posterior distribution for the model of the well by sampling the probability distributions for the physical parameters associated with the well and using the processor; and outputting the posterior distribution for the model of the well via an interface in communication with the processor, characterized in that the modeling further comprises identifying a plurality of production events and wherein the determining of the posterior distribution further comprises training the model of the well with historic data pertinent to the plurality of production events of the well and using the processor.
A process of making polymeric beads comprising (a) providing a suspension of monomer droplets in an aqueous medium at pH of 7 or less, wherein the monomer droplets comprise one or more monofunctional vinyl monomers, one or more multifunctional vinyl monomers, and one or more initiators, wherein the aqueous medium comprises one or more derivatives of a nitrite salt in an amount, by weight based on the weight of the aqueous medium, of 0.005% to 0.5%, and (b) initiating polymerization of the monomer, wherein no pH-raising substance is added after beginning step (b) until 60% or more by weight of all monofunctional monomer has been converted to polymer, and further comprising the step, after completion of the polymerization, of sulfonating the polymeric beads. (a) providing a suspension of monomer droplets in an aqueous medium at pH of 7 or less, wherein the monomer droplets comprise one or more monofunctional vinyl monomers, one or more multifunctional vinyl monomers, and one or more initiators, wherein the aqueous medium comprises one or more derivatives of a nitrite salt in an amount, by weight based on the weight of the aqueous medium, of 0.005% to 0.5%, and wherein the monomer droplets comprise one or more monofunctional vinyl monomers, one or more multifunctional vinyl monomers, and one or more initiators, wherein the aqueous medium comprises one or more derivatives of a nitrite salt in an amount, by weight based on the weight of the aqueous medium, of 0.005% to 0.5%, and (b) initiating polymerization of the monomer, wherein no pH-raising substance is added after beginning step (b) until 60% or more by weight of all monofunctional monomer has been converted to polymer, and further comprising the step, after completion of the polymerization, of sulfonating the polymeric beads. wherein no pH-raising substance is added after beginning step (b) until 60% or more by weight of all monofunctional monomer has been converted to polymer, and further comprising the step, after completion of the polymerization, of sulfonating the polymeric beads.
An apparatus for machine learning results, the apparatus comprising: a predictive compiler module configured to generate machine learning, the machine learning comprising program code for a plurality of learned functions, the program code generated by the predictive compiler module to predict one or more machine learning results based on one or more machine learning parameters; an input module configured to receive user input identifying one or more values for the one or more machine learning parameters; a pre-compute module configured to predetermine, using the generated machine learning, permutations of the machine learning results at one or more increments between a minimum value and a maximum value for the one or more machine learning parameters, prior to the input module receiving the user input; a display module configured to display, from the pre-compute module, a first predetermined permutation of the one or more predicted machine learning results for the one or more identified machine learning parameters; and an update module configured to dynamically display, from the pre-compute module, a second permutation of the one or more machine learning results in response to the input module receiving additional user input identifying one or more additional values for the one or more machine learning parameters. a predictive compiler module configured to generate machine learning, the machine learning comprising program code for a plurality of learned functions, the program code generated by the predictive compiler module to predict one or more machine learning results based on one or more machine learning parameters; an input module configured to receive user input identifying one or more values for the one or more machine learning parameters; a pre-compute module configured to predetermine, using the generated machine learning, permutations of the machine learning results at one or more increments between a minimum value and a maximum value for the one or more machine learning parameters, prior to the input module receiving the user input; a display module configured to display, from the pre-compute module, a first predetermined permutation of the one or more predicted machine learning results for the one or more identified machine learning parameters; and an update module configured to dynamically display, from the pre-compute module, a second permutation of the one or more machine learning results in response to the input module receiving additional user input identifying one or more additional values for the one or more machine learning parameters.
Method of manufacturing a photosensitive printing form for a flexographic printing method, the manufacturing method comprising the following steps: • preparing a rasterized file from at least one file of graphical and/or textual content to be reproduced; • processing, using the rasterized file, a flexographic plate in order to form a first series of relief patterns which are borne by a base in an image area of the flexographic plate (1, 5), the first series of relief patterns representing the graphical and/or textual content to be reproduced and having a first elevation with respect to the base; wherein the preparation of the rasterized file also comprises the definition of a second series of patterns, which is placed outside the image area, the features of the second series of patterns being such that after the processing of the flexographic plate (1, 5), the latter has a second series of relief patterns, the patterns of the second series of relief patterns having an elevation with respect to the base, which is lower than the first elevation. • preparing a rasterized file from at least one file of graphical and/or textual content to be reproduced; • processing, using the rasterized file, a flexographic plate in order to form a first series of relief patterns which are borne by a base in an image area of the flexographic plate (1, 5), the first series of relief patterns representing the graphical and/or textual content to be reproduced and having a first elevation with respect to the base;
A device for applying a laterally retracting door, particularly for a piece of furniture, at least between a side wall of a useful internal space of the piece of furniture and the door thereof, in order to be able to render the door laterally retracting during the opening of said internal space, the device comprising: an upright adapted to be interposed between said side wall and an edge of the door for providing sliding of the door and pivoting of the door by means of hinges supported by said upright; longitudinal guides (20, 25) adapted to be fixed horizontally on an outer surface of said side wall, said upright having an upper end and a lower end slidably connected to said longitudinal guides (20, 25) such that said upright is rendered able to slide within the depth in a retraction compartment of the piece of furniture when the device is mounted in the piece of furniture; the device being characterized in that it further comprises; a pair of rockers each formed by a pair of arms (61, 62) which are mutually integrally formed under an angle and converge for example mutually perpendicularly, a first arm of said pair of arms (61,62) of each one of said pair of rockers being vertically slidingly connected to said upright, second arms of said pair of arms (61,62) of said pair of rockers being mutually interconnected by means of a load distribution bar; and a respective oscillation pivot, adapted to be integrally pivoted on said outer surface of said side wall, arranged at the point of convergence for said pair of arms (61,62) for each one of said pair of rockers. an upright adapted to be interposed between said side wall and an edge of the door for providing sliding of the door and pivoting of the door by means of hinges supported by said upright; longitudinal guides (20, 25) adapted to be fixed horizontally on an outer surface of said side wall, said upright having an upper end and a lower end slidably connected to said longitudinal guides (20, 25) such that said upright is rendered able to slide within the depth in a retraction compartment of the piece of furniture when the device is mounted in the piece of furniture; the device being characterized in that it further comprises; a pair of rockers each formed by a pair of arms (61, 62) which are mutually integrally formed under an angle and converge for example mutually perpendicularly, a first arm of said pair of arms (61,62) of each one of said pair of rockers being vertically slidingly connected to said upright, second arms of said pair of arms (61,62) of said pair of rockers being mutually interconnected by means of a load distribution bar; and a respective oscillation pivot, adapted to be integrally pivoted on said outer surface of said side wall, arranged at the point of convergence for said pair of arms (61,62) for each one of said pair of rockers.
A nucleoside monomer comprising a 2'-hydroxyl thiocarbon protecting group having the structure of wherein: B p is a protected or unprotected heterocycle; and each of R 1 or R 2 is independently selected from hydrogen, a protecting group, and a phosphoramidite group. B p is a protected or unprotected heterocycle; and each of R 1 or R 2 is independently selected from hydrogen, a protecting group, and a phosphoramidite group.
A method of preparing a lobaric acid analogue of Formula 3 or 5, comprising subjecting a compound of Formula 10 to a coupling reaction with a compound of Formula 16 or 21, followed by a deprotection reaction:
A method for configuring a smart device to control functional operations of a first appliance being added to a system having the smart device and a second appliance (106, 108), comprising: receiving by the second appliance (106, 108) from a third appliance via a first communication channel between the second appliance (106, 108) and the third appliance data that was previously provided to the third appliance by the first appliance via a second communication channel between the first appliance and the third appliance; using the data received by the second appliance (106, 108) to identify a set of commands appropriate for use in controlling functional operations of the first appliance; and causing the set of commands appropriate for use in controlling functional operations of the first appliance to be provisioned to the smart device whereupon the smart device will be configured to control functional operations of the first appliance via a transmission of one or more commands from the set of commands to the first appliance. receiving by the second appliance (106, 108) from a third appliance via a first communication channel between the second appliance (106, 108) and the third appliance data that was previously provided to the third appliance by the first appliance via a second communication channel between the first appliance and the third appliance; using the data received by the second appliance (106, 108) to identify a set of commands appropriate for use in controlling functional operations of the first appliance; and causing the set of commands appropriate for use in controlling functional operations of the first appliance to be provisioned to the smart device whereupon the smart device will be configured to control functional operations of the first appliance via a transmission of one or more commands from the set of commands to the first appliance.
A container, into which the products can be introduced, having a flexible envelope, which has at least one main opening and a cavity in order to introduce products through the main opening into the cavity, a closing device provided on the envelope, wherein the closure device has a re-closable opening, which makes possible an access into the cavity when the main opening is closed, wherein the closure device has at least one support, on which the closure elements (51, 52) are arranged, wherein the support is fastened to the envelope, wherein the support is designed as a film and has a support surface, which is geometrically enlarged relative to the closure elements (51, 52), wherein the closure device has a least two closure elements (51, 52), which can be brought between a closed position and an open position, wherein in the closed position the closure elements (51, 52) act on one another in such a manner that the re-closable opening is in a closed state, characterized in that the closure device is fastened by an adhesive connection to the envelope, wherein the adhesive connection is provided between the support and the envelope, wherein the closure device is composed of a first closure element and a second closure element, which in the closed position engage in each other with their arcuate elements.
An outboard motor, a manual shift device (3a-3c) and a boat speed control device (4a-4c) for a boat, the manual shift device (3a-3c) including a shift lever (42, 54) shiftable between a sailing position and a neutral position, the outboard motor being connected to the manual shift device (3a-3c), and the boat speed control device (4a-4c) comprising: an actuator (46, 55) configured to be connected to the shift lever (42, 54); and a controller (47, 56) configured to control the actuator (46, 55) to shift the shift lever (42, 54) to the sailing position and the neutral position, wherein the shift lever (42, 54) is shiftable to a forward position, a reverse position, and the neutral position, the sailing position is the forward position, the boat speed control device (4a-4c) being characterised in that the actuator (46, 55) is configured to shift the shift lever (42, 54) only between the neutral position and the forward position. an actuator (46, 55) configured to be connected to the shift lever (42, 54); and a controller (47, 56) configured to control the actuator (46, 55) to shift the shift lever (42, 54) to the sailing position and the neutral position, wherein the shift lever (42, 54) is shiftable to a forward position, a reverse position, and the neutral position, the sailing position is the forward position, the boat speed control device (4a-4c) being characterised in that the actuator (46, 55) is configured to shift the shift lever (42, 54) only between the neutral position and the forward position.
Narrow band receiver or transceiver for processing of electrical signals, comprising: - at least one amplifier for amplifying received signals or signals to be transmitted, - at least a gain control of the amplifier, - a voltage controlled oscillator, and - a tuning assembly or module comprising at least one control loop for tuning the voltage controlled oscillator, characterized in that the gain control of the amplifier is coupled to the at least one control loop (30, 32, 34) for simultaneously tuning the output amplitude of the voltage controlled oscillator and the gain of the amplifier for a compensation of the variation on the gain of the amplifier by using the tuning of the output amplitude of the voltage controlled oscillator in the control loop. - at least one amplifier for amplifying received signals or signals to be transmitted, - at least a gain control of the amplifier, - a voltage controlled oscillator, and - a tuning assembly or module comprising at least one control loop for tuning the voltage controlled oscillator, characterized in that the gain control of the amplifier is coupled to the at least one control loop (30, 32, 34) for simultaneously tuning the output amplitude of the voltage controlled oscillator and the gain of the amplifier for a compensation of the variation on the gain of the amplifier by using the tuning of the output amplitude of the voltage controlled oscillator in the control loop.