mhurhangee/ep-ind-claims huggingface dataset:
An inkjet printer system, comprising: an inkjet head; a control section; and a conveyance section configured to convey a medium on which an image is formed by ink, wherein the inkjet head comprises: a head section configured to apply a drive voltage to a wall surface of an ink chamber and eject ink from the ink chamber; a clock signal generator configured to send a clock signal to the head section; a drive controller configured to stop the clock signal sent to the head section, and apply a predetermined drive voltage to the head section; and a current measurement section configured to measure a current flowing to the head section while the drive controller stops the clock signal sent to the head section, characterized in that: the current measurement section is configured to send the measured current flowing to the control section; and the control section is configured to utilize the current flowing measured by the current measurement section to determine if a leakage current takes place in the head section. an inkjet head; a control section; and a conveyance section configured to convey a medium on which an image is formed by ink, wherein the inkjet head comprises: a head section configured to apply a drive voltage to a wall surface of an ink chamber and eject ink from the ink chamber; a clock signal generator configured to send a clock signal to the head section; a drive controller configured to stop the clock signal sent to the head section, and apply a predetermined drive voltage to the head section; and a current measurement section configured to measure a current flowing to the head section while the drive controller stops the clock signal sent to the head section, a head section configured to apply a drive voltage to a wall surface of an ink chamber and eject ink from the ink chamber; a clock signal generator configured to send a clock signal to the head section; a drive controller configured to stop the clock signal sent to the head section, and apply a predetermined drive voltage to the head section; and a current measurement section configured to measure a current flowing to the head section while the drive controller stops the clock signal sent to the head section, characterized in that: the current measurement section is configured to send the measured current flowing to the control section; and the control section is configured to utilize the current flowing measured by the current measurement section to determine if a leakage current takes place in the head section. the current measurement section is configured to send the measured current flowing to the control section; and the control section is configured to utilize the current flowing measured by the current measurement section to determine if a leakage current takes place in the head section.
Use of whole grain oat flour to reduce or prevent formation of bubbles or foam during processing of a slushie, wherein the whole grain oat flour comprises soluble components, and wherein the whole grain oat flour is present in the slushie in an amount of 2 to 10 wt% based on the total weight of the slushie.
A composition for improving the stability of endothelial glycocalyx, comprising: one or more molecular precursor of endothelial glycocalyx, comprising glucosamine, or a suitable salt thereof; one or more antioxidant that associates with endothelial glycocalyx, comprising superoxide dismutase; two or more glycocalyx mimetics comprising hyaluronan, or a suitable salt thereof, and fucoidan, or a suitable salt thereof; and two or more additional antioxidants comprising catalase and polyphenols. one or more molecular precursor of endothelial glycocalyx, comprising glucosamine, or a suitable salt thereof; one or more antioxidant that associates with endothelial glycocalyx, comprising superoxide dismutase; two or more glycocalyx mimetics comprising hyaluronan, or a suitable salt thereof, and fucoidan, or a suitable salt thereof; and two or more additional antioxidants comprising catalase and polyphenols.
A system comprising: a network controller configured to: receive information from a plurality of nodes of a network, wherein the nodes are in motion relative to the Earth; generate or update a data structure representing available nodes and possible links in the network based on the received information, the data structure including link bandwidth information; determine that an overall link bandwidth available for servicing a geographic area is less than a set bandwidth amount based on the link bandwidth information for one or more of the possible links directly connected to client devices or ground stations in the geographic area; determine one or more additional links to connect to the client devices or the ground stations in the geographic area in a given network configuration of the network based on a difference between the overall link bandwidth and the set bandwidth amount; and send instructions to the plurality of nodes of the network to cause the plurality of nodes to implement the given network configuration and to transmit client data to or from the client devices or the ground stations in the geographic area. receive information from a plurality of nodes of a network, wherein the nodes are in motion relative to the Earth; generate or update a data structure representing available nodes and possible links in the network based on the received information, the data structure including link bandwidth information; determine that an overall link bandwidth available for servicing a geographic area is less than a set bandwidth amount based on the link bandwidth information for one or more of the possible links directly connected to client devices or ground stations in the geographic area; determine one or more additional links to connect to the client devices or the ground stations in the geographic area in a given network configuration of the network based on a difference between the overall link bandwidth and the set bandwidth amount; and send instructions to the plurality of nodes of the network to cause the plurality of nodes to implement the given network configuration and to transmit client data to or from the client devices or the ground stations in the geographic area.
An aiming device for targeted drilling of a hole into bone, comprising a first surface and an opposing second surface, wherein there extends through the aiming device from the first surface to the second surface at least one slot hole which is configured to receive in the longitudinal extension of the slot hole a sleeve at different places and at different angles relative to the longitudinal extension of the slot hole, with the angles increasing or decreasing in the longitudinal extension, characterized in that the slot hole has an inner surface having a structure (34, 35) which allows a sleeve received in the slot hole to be fixed at the different places at at least one predetermined angle.
A method for configuring a computer program for executing a game being played by a user, the method comprising the steps of: detecting by a controller an object carried by a user, the detecting including receiving a parameter value that uniquely identifies the object from a plurality of objects, the controller having buttons for receiving user input to play the game; and transmitting the parameter value from the controller to a computing device executing the computer program for the game; wherein the computing device determines if the computer program has user information associated with the parameter value, and wherein the computing device configures the computer program to execute the game utilizing the user information when the computer program has the user information for the parameter value; and wherein configuring the computer program includes: setting a new calibration for the controller in a location tracking system based on the user information without the user performing new calibrating operations, the calibration changing parameters of the game being associated with the user based on the user information. detecting by a controller an object carried by a user, the detecting including receiving a parameter value that uniquely identifies the object from a plurality of objects, the controller having buttons for receiving user input to play the game; and transmitting the parameter value from the controller to a computing device executing the computer program for the game; wherein the computing device determines if the computer program has user information associated with the parameter value, and wherein the computing device configures the computer program to execute the game utilizing the user information when the computer program has the user information for the parameter value; and wherein configuring the computer program includes: setting a new calibration for the controller in a location tracking system based on the user information without the user performing new calibrating operations, the calibration changing parameters of the game being associated with the user based on the user information.
An elevator system comprising: a first communication controller that is installed in an elevator cage, an elevating path or a platform, and connected to an elevator equipment inside said elevator cage, an elevator equipment inside said elevating path or an elevator equipment of said platform; a second communication controller that is connected to said first communication controller through a serial communication network and an individual communication line so as to perform communication; and control means (6, 7) that is connected to said second communication controller so as to control operations of said elevator cage, wherein said individual communication line is arranged to communicate a signal individually in a manner separated from a signal communicated through said serial communication network, characterised in that said second communication controller is arranged to determine contents of a communication error and kinds of communication information upon occurrence of the communication error, and said control means (6, 7) is arranged to allow said elevator cage to continue operations, or bring said elevator cage to a stop at the nearest floor, or to an emergency stop based upon the determination of said second communication controller. a first communication controller that is installed in an elevator cage, an elevating path or a platform, and connected to an elevator equipment inside said elevator cage, an elevator equipment inside said elevating path or an elevator equipment of said platform; a second communication controller that is connected to said first communication controller through a serial communication network and an individual communication line so as to perform communication; and control means (6, 7) that is connected to said second communication controller so as to control operations of said elevator cage, wherein said individual communication line is arranged to communicate a signal individually in a manner separated from a signal communicated through said serial communication network, characterised in that said second communication controller is arranged to determine contents of a communication error and kinds of communication information upon occurrence of the communication error, and said control means (6, 7) is arranged to allow said elevator cage to continue operations, or bring said elevator cage to a stop at the nearest floor, or to an emergency stop based upon the determination of said second communication controller.
Formwork for prismatic columns comprising a tubular core internally defining a prismatic housing for a column, which core is externally cylindrical, made up of cylindrical segments of a heat-formed product or other similar light material, with a leaktight inner lining, said core being housed and stabilized in the cavity of a surround made of a strong material and provided with hinging regions corresponding to edges or bevels, as appropriate, of the prismatic column, so that the formwork can be folded along said edges or bevels to reduce space requirements when stored or transported, wherein said formwork comprises further an annular body characterized in that said annular body being a laminate annular body with a geometry corresponding to the section of said column to be produced in said housing, and in that the formwork further comprises folding fins so that the inner lining extends beyond the formwork's lower and upper bases in the form of said fins, over which fins there fits said annular, laminate body, made of cardboard, plastic or wood, or another material of suitable stiffness, the internal dimensions whereof are appropriate for the dimensions of said column to be produced, and the thickness or external dimensions whereof are sufficient to constitute a formwork-stabilizing element following the folding and attachment of said fins onto a surface of said annular body, so to enable stabilization of the formwork.
Method for the production of a laminate consisting of a wood-based panel and a decorative paper arranged on the wood-based panel comprising the steps a) providing the wood-based panel, b) scattering at least one layer of at least one pulverulent resin onto at least one side of the wood-based panel, wherein the surface of the side of the wood-based panel to be scattered with the pulverulent resin is unsanded and is provided with a pressed skin or rotting layer; c) placing at least one decorative paper impregnated on the side opposite to the decor to the side of the wood-based panel which has been provided with the pulverulent resin; and c2) placing at least one overlay to the decorative paper; and d) pressing the layered structure of wood-based panel, pulverulent resin and decorative paper. a) providing the wood-based panel, b) scattering at least one layer of at least one pulverulent resin onto at least one side of the wood-based panel, wherein the surface of the side of the wood-based panel to be scattered with the pulverulent resin is unsanded and is provided with a pressed skin or rotting layer; c) placing at least one decorative paper impregnated on the side opposite to the decor to the side of the wood-based panel which has been provided with the pulverulent resin; and c2) placing at least one overlay to the decorative paper; and d) pressing the layered structure of wood-based panel, pulverulent resin and decorative paper.
A method for monitoring the condition of an electromechanical system comprising the steps of: measuring current and/or voltage signals of an electromechanical system, measuring an angular position of a rotating shaft of interest of the electromechanical systems or estimating the value of discrete angular position of a rotating shaft of interest of the electromechanical system, synchronizing the current and/or voltage signals to the scaled angular displacement of the rotating shaft, dividing the synchronous electrical signals into intervals corresponding to each completed rotation of the rotating shaft, averaging a number of intervals of synchronous electrical signals to obtain an average synchronous electrical signal, extracting characteristic data of the magnitude from the values of the average synchronous electrical signals,, comparing the extracted characteristic data of the magnitude with a threshold which is given as a limit, and indicating an alarm to the user when the limit is exceed. measuring current and/or voltage signals of an electromechanical system, measuring an angular position of a rotating shaft of interest of the electromechanical systems or estimating the value of discrete angular position of a rotating shaft of interest of the electromechanical system, synchronizing the current and/or voltage signals to the scaled angular displacement of the rotating shaft, dividing the synchronous electrical signals into intervals corresponding to each completed rotation of the rotating shaft, averaging a number of intervals of synchronous electrical signals to obtain an average synchronous electrical signal, extracting characteristic data of the magnitude from the values of the average synchronous electrical signals,, comparing the extracted characteristic data of the magnitude with a threshold which is given as a limit, and indicating an alarm to the user when the limit is exceed.
A paint strainer, provided with a film-shaped wall and a strainer part, wherein film-shaped wall and strainer part are manufactured from plastic, wherein the film-shaped wall and the strainer part are manufactured from a weldable plastic, wherein the film-shaped wall has at least two folding seams and/or sealing seams located opposite each other, such that said wall has two wall parts (2A, 2B) which are flat in a storage position and the film-shaped wall is slightly frustoconical in unfolded condition, wherein the strainer part forms the top.
A system, comprising: a base pipe having an inner radial surface and an outer radial surface and defining one or more pressure ports extending between the inner and outer radial surfaces; an internal sleeve arranged against the inner radial surface of the base pipe and slidable between a closed position, where the internal sleeve covers the one or more pressure ports, and an open position, where the one or more pressure ports are exposed to an interior of the base pipe; a trigger housing disposed about the outer radial surface of the base pipe and defining an atmospheric chamber in fluid communication with the one or more pressure ports; a piston port cover disposed within the atmospheric chamber and moveable between a blocking position, where the piston port cover occludes a hydrostatic conduit, and an exposed position, where the piston port cover has moved to expose the hydrostatic conduit; and, a wellbore device configured to engage and move the internal sleeve into the open position by applying a predetermined axial force to the internal sleeve. a base pipe having an inner radial surface and an outer radial surface and defining one or more pressure ports extending between the inner and outer radial surfaces; an internal sleeve arranged against the inner radial surface of the base pipe and slidable between a closed position, where the internal sleeve covers the one or more pressure ports, and an open position, where the one or more pressure ports are exposed to an interior of the base pipe; a trigger housing disposed about the outer radial surface of the base pipe and defining an atmospheric chamber in fluid communication with the one or more pressure ports; a piston port cover disposed within the atmospheric chamber and moveable between a blocking position, where the piston port cover occludes a hydrostatic conduit, and an exposed position, where the piston port cover has moved to expose the hydrostatic conduit; and, a wellbore device configured to engage and move the internal sleeve into the open position by applying a predetermined axial force to the internal sleeve.
A system for monitoring a user, the system comprising: a user-wearable sensor device configured to be directly or indirectly secured to the user or to an article worn by the user, the user-wearable sensor device including at least one accelerometer configured to generate sensor data associated with an orientation of the user and a display unit integrated in the user-wearable sensor device including multiple indictors configured to give information about the user; and a data analysis system comprising a processor, configured to: receive sensor data generated by the at least one accelerometer, and to determine the orientation of the user based at least on the received sensor data; wherein the multiple indicators of the display unit of the user-wearable sensor device are configured to display information based on the determined orientation of the user during at least one period prior to a current time; the system characterised in that the multiple indicators are configured to only display the determined orientation when triggered; wherein the trigger is one or more of a single tap or sequence of taps on the user-wearable sensor device; and wherein the at least one accelerometer and software on the sensor are configured to monitor for taps. a user-wearable sensor device configured to be directly or indirectly secured to the user or to an article worn by the user, the user-wearable sensor device including at least one accelerometer configured to generate sensor data associated with an orientation of the user and a display unit integrated in the user-wearable sensor device including multiple indictors configured to give information about the user; and a data analysis system comprising a processor, configured to: receive sensor data generated by the at least one accelerometer, and to determine the orientation of the user based at least on the received sensor data; receive sensor data generated by the at least one accelerometer, and to determine the orientation of the user based at least on the received sensor data; wherein the multiple indicators of the display unit of the user-wearable sensor device are configured to display information based on the determined orientation of the user during at least one period prior to a current time; the system characterised in that the multiple indicators are configured to only display the determined orientation when triggered; wherein the trigger is one or more of a single tap or sequence of taps on the user-wearable sensor device; and wherein the at least one accelerometer and software on the sensor are configured to monitor for taps.
A process for preparing purified pimecrolimus, comprising: a) chlorinating crude ascomycin to provide crude pimecrolimus; wherein the crude ascomycin comprises more than 0.2 % (w/w) 21-desmethylene ascomycin, more than 0.1 % (w/w) 17-ethylascomycin, more than 0.1 % (w/w) 21-epi-ascomycin and 11-ethylascomycin and not more than 96 % (w/w) ascomycin; b) purifying the crude pimecrolimus by high-pressure liquid chromatography to provide purified pimecrolimus. a) chlorinating crude ascomycin to provide crude pimecrolimus;
An ammonium and boric acid free deliming agent, which comprises amino acid component and no ammonium compound; the amino acid component comprising amino acid, amino acid salt, and/or protein hydrolysate which contains amino acid and/or amino acid salt.
Cycle, with or without assisted pedalling, comprising a frame, a front wheel connected, free in rotation about its axis, to a front fork itself connected to a handlebar, said front fork and said handlebar being connected in a freely rotatable manner to a head tube, and a rear wheel connected free in rotation about its axis to a rear fork, wherein said frame consists essentially of a single bent tube, fixed at its front end to the head tube and to which the rear fork is fixed, characterized in that said bent tube comprises at least one flexible bend (10, 13, 14), defined by the fact that the second moment of area at the flexible bend (10, 13, 14) is lower than at the straight portions of said bent tube.