mhurhangee/ep-ind-claims huggingface dataset:
A nuclear reactor fuel rod for light-water reactor, comprising: a fuel cladding tube; and an end plug, wherein both of the fuel cladding tube and the end plug are formed of a silicon carbide material, a bonding portion between the fuel cladding tube and the end plug is formed by brazing with a predetermined metal bonding material interposed, and/or by diffusion bonding, the predetermined metal bonding material having a solidus temperature of 1200°C or higher, characterized in that an outer surface of the bonding portion, and a portion of an outer surface of the fuel cladding tube and the end plug, which is adjacent to the outer surface of the bonding portion are covered by bonding-portion coating formed of a predetermined coating metal, and the predetermined metal bonding material and the predetermined coating metal have an average linear expansion coefficient which is less than 10 ppm/K. a fuel cladding tube; and an end plug, wherein both of the fuel cladding tube and the end plug are formed of a silicon carbide material, a bonding portion between the fuel cladding tube and the end plug is formed by brazing with a predetermined metal bonding material interposed, and/or by diffusion bonding, the predetermined metal bonding material having a solidus temperature of 1200°C or higher, characterized in that an outer surface of the bonding portion, and a portion of an outer surface of the fuel cladding tube and the end plug, which is adjacent to the outer surface of the bonding portion are covered by bonding-portion coating formed of a predetermined coating metal, and the predetermined metal bonding material and the predetermined coating metal have an average linear expansion coefficient which is less than 10 ppm/K.
Method for providing an inert gas in a beverage filling system, comprising the steps: - supplying process waste heat of the beverage filling system to a heat exchanger, - supplying an inert gas from an inert gas source to the heat exchanger, - heating the inert gas in the heat exchanger and - providing the heated inert gas for use in the beverage filling system, wherein a pressure reducer is arranged between the inert gas source and the heat exchanger. - supplying process waste heat of the beverage filling system to a heat exchanger, - supplying an inert gas from an inert gas source to the heat exchanger, - heating the inert gas in the heat exchanger and - providing the heated inert gas for use in the beverage filling system, wherein a pressure reducer is arranged between the inert gas source and the heat exchanger.
An image display apparatus comprising: an imaging device configured to generate image data, the imaging device generating a tilted image; a receiving means configured to receive rotation of the image data and movement of a display area in a vertical direction or in a horizontal direction within the image data, the display area being set at a predetermined position of the image data and being displayed on a display device; an image processing means configured to rotate the image data in a coordinate system in accordance with an amount of the rotation received by the receiving means without rotating the the display area in the coordinate system, and, in response to receiving the movement of the display area in the vertical direction or in the horizontal direction by the receiving means with respect to the rotated image data, to move the display area in the vertical direction or in the horizontal direction within the rotated image data provided in the coordinate system; an image cutting means configured to cut, from the image data rotated by the image processing means, the display area moved by the image processing means; and an outputting means configured to display the display area cut by the image cutting means on the display device. an imaging device configured to generate image data, the imaging device generating a tilted image; a receiving means configured to receive rotation of the image data and movement of a display area in a vertical direction or in a horizontal direction within the image data, the display area being set at a predetermined position of the image data and being displayed on a display device; an image processing means configured to rotate the image data in a coordinate system in accordance with an amount of the rotation received by the receiving means without rotating the the display area in the coordinate system, and, in response to receiving the movement of the display area in the vertical direction or in the horizontal direction by the receiving means with respect to the rotated image data, to move the display area in the vertical direction or in the horizontal direction within the rotated image data provided in the coordinate system; an image cutting means configured to cut, from the image data rotated by the image processing means, the display area moved by the image processing means; and an outputting means configured to display the display area cut by the image cutting means on the display device.
A device comprising: - a load having a load impedance, wherein the load is a laser diode; - a first end of a transmission line connected to the load, wherein the transmission line has a characteristic impedance that differs from the load impedance; and - a reflective impedance element connected to a second end of the transmission line, wherein: - the reflective impedance element has a given impedance value that differs from the characteristic impedance; - mismatches between the characteristic impedance and each of the given impedance value and the load impedance value causes reflections between the reflective impedance element and the load; and - the reflections between the reflective impedance element and the load combine with an incident signal at the load to create a pre-emphasized signal having a target spectral shape that is provided to the load, wherein higher frequency components of the pre-emphasized signal have a higher magnitude than lower frequency components of the pre-emphasized signal, wherein the load signal is pre-emphasized so as to increase the magnitude of frequency components beyond the cutoff frequency of the laser diode. - a load having a load impedance, wherein the load is a laser diode; - a first end of a transmission line connected to the load, wherein the transmission line has a characteristic impedance that differs from the load impedance; and - a reflective impedance element connected to a second end of the transmission line, wherein: - the reflective impedance element has a given impedance value that differs from the characteristic impedance; - mismatches between the characteristic impedance and each of the given impedance value and the load impedance value causes reflections between the reflective impedance element and the load; and - the reflections between the reflective impedance element and the load combine with an incident signal at the load to create a pre-emphasized signal having a target spectral shape that is provided to the load, wherein higher frequency components of the pre-emphasized signal have a higher magnitude than lower frequency components of the pre-emphasized signal, wherein the load signal is pre-emphasized so as to increase the magnitude of frequency components beyond the cutoff frequency of the laser diode. - the reflective impedance element has a given impedance value that differs from the characteristic impedance; - mismatches between the characteristic impedance and each of the given impedance value and the load impedance value causes reflections between the reflective impedance element and the load; and - the reflections between the reflective impedance element and the load combine with an incident signal at the load to create a pre-emphasized signal having a target spectral shape that is provided to the load, wherein higher frequency components of the pre-emphasized signal have a higher magnitude than lower frequency components of the pre-emphasized signal, wherein the load signal is pre-emphasized so as to increase the magnitude of frequency components beyond the cutoff frequency of the laser diode.
A method for visualization of electrophysiology information, comprising: applying an inverse method to compute, for a predetermined region of a surface of an organ, electroanatomic data that is registered relative to geometry data for a patient and that represents electrical activity on the surface of the organ of the patient over a time period, the inverse method utilizing the geometry data and electrical data for the patient, the electrical data for the patient representing the electrical activity acquired for the patient via non-invasive body surface electrodes; storing the electroanatomic data in memory; selecting an interval within the time period in response to a user selection via a user interface, wherein the user selection specifies the interval with respect to a representation of a waveform of electrical activity for a plurality of points on the surface of the organ that is generated based on the electroanatomic data; computing a plurality of activation times for each of the plurality of points on the predetermined region of the surface of the organ according to the user selected interval; determining a cycle length between sequential activation times for each of the plurality of points; generating a visual representation as a graphical map indicative of at least one of the cycle length and a number activation times for each of the plurality of points, the visual representation being spatially represented on a graphical representation of a corresponding region of the surface of the organ. applying an inverse method to compute, for a predetermined region of a surface of an organ, electroanatomic data that is registered relative to geometry data for a patient and that represents electrical activity on the surface of the organ of the patient over a time period, the inverse method utilizing the geometry data and electrical data for the patient, the electrical data for the patient representing the electrical activity acquired for the patient via non-invasive body surface electrodes; storing the electroanatomic data in memory; selecting an interval within the time period in response to a user selection via a user interface, wherein the user selection specifies the interval with respect to a representation of a waveform of electrical activity for a plurality of points on the surface of the organ that is generated based on the electroanatomic data; computing a plurality of activation times for each of the plurality of points on the predetermined region of the surface of the organ according to the user selected interval; determining a cycle length between sequential activation times for each of the plurality of points; generating a visual representation as a graphical map indicative of at least one of the cycle length and a number activation times for each of the plurality of points, the visual representation being spatially represented on a graphical representation of a corresponding region of the surface of the organ.
An imaging system for visualization of slices into the depth of tissue of at least a portion of a body, comprising: a hand-held imaging probe comprising a light emitting portion and an array of ultrasonic transducers; a processing system configured to receive data comprising ultrasonic data originating from the hand-held imaging probe and to process at least three independent images based at least in part upon said data, wherein the processing comprises deconvolution of a hardware transfer function from the ultrasonic data, the three independent images together comprising: a first functional image reflecting distribution of total hemoglobin concentration; a second functional image reflecting distribution of blood oxygen saturation; and a morphological image of tissue structures; the processing system being further configured to substantially co-register the first functional image, the second functional image, and the morphological image in time and space, and to output a substantially co-registered image. a hand-held imaging probe comprising a light emitting portion and an array of ultrasonic transducers; a processing system configured to receive data comprising ultrasonic data originating from the hand-held imaging probe and to process at least three independent images based at least in part upon said data, wherein the processing comprises deconvolution of a hardware transfer function from the ultrasonic data, the three independent images together comprising: a first functional image reflecting distribution of total hemoglobin concentration; a second functional image reflecting distribution of blood oxygen saturation; and a morphological image of tissue structures; the processing system being further configured to substantially co-register the first functional image, the second functional image, and the morphological image in time and space, and to output a substantially co-registered image.
A method for discovering a unique identifier for an integrated development environment editor so the integrated development environment editor can be recognized by a plug-in as a recipient of functionality of the plug-in, the method comprising: accessing a plug-in registry (700, 800) using publicly available tools and publicly available published information; identifying a first unique identifier for a first integrated development environment editor of a plurality of integrated development environment editors using the plug-in registry (700, 800); identifying a second unique identifier for a second integrated development environment editor of the plurality of integrated development environment editors using the plug-in registry (700, 800); adding the first unique identifier for the first integrated development environment editor to a definition file of a plug-in installed in an integrated development environment allowing functions of the plug-in to be available to the first integrated development environment editor in the integrated development environment; and adding the second unique identifier for the second integrated development environment editor to the definition file of the plug-in installed in the integrated development environment allowing the functions of the plug-in to be available to the second integrated development environment editor in the integrated development environment; wherein the functions of the plug-in are available for being invoked by the first integrated development environment editor and the second integrated development environment editor. accessing a plug-in registry (700, 800) using publicly available tools and publicly available published information; identifying a first unique identifier for a first integrated development environment editor of a plurality of integrated development environment editors using the plug-in registry (700, 800); identifying a second unique identifier for a second integrated development environment editor of the plurality of integrated development environment editors using the plug-in registry (700, 800); adding the first unique identifier for the first integrated development environment editor to a definition file of a plug-in installed in an integrated development environment allowing functions of the plug-in to be available to the first integrated development environment editor in the integrated development environment; and adding the second unique identifier for the second integrated development environment editor to the definition file of the plug-in installed in the integrated development environment allowing the functions of the plug-in to be available to the second integrated development environment editor in the integrated development environment; wherein the functions of the plug-in are available for being invoked by the first integrated development environment editor and the second integrated development environment editor.
A fluid dispenser pump comprising a piston that is secured to an actuator rod and that slides in a pump body that includes a pump chamber that is defined between an inlet valve and an outlet valve, said outlet valve comprising an outlet valve member (39; 35), wherein, during actuation, said outlet valve member (39; 35) slides in leaktight manner in the pump body, said pump body including passage means, so that, at the end of actuation of the pump, said outlet valve member (39; 35) co-operates in non-leaktight manner with said passage means so as to open said outlet valve, so as to enable the fluid contained in the pump chamber to be expelled, the fluid dispenser pump being characterized in that said passage means are formed by at least a pump body portion of greater inside diameter.
A method comprising: a Bluetooth Low Energy, BLE, -enabled proxy performing: responding to receiving from a BLE-enabled source a proxy connection initiation request message (ADV_PROXY_IND) encapsulated in a BLE Link Layer packet, the proxy connection initiation request message being a request to provide a proxy and including an address of a BLE-enabled target and an address of the source, by causing sending of a BLE advertising message (ADV_DIRECT_IND) addressed to the target; subsequently receiving a BLE connection request message (CONNECT_REQ) comprising data for connection setup between the proxy and the target from the target and establishing a connection with the target; and subsequently responding to receiving a further proxy connection initiation request message from the source by causing sending of a proxy setup request message (PROXY_REQ) comprising data for connection setup between the proxy and the source, the proxy setup request message encapsulated in a BLE Link Layer packet and addressed to the source, and establishing a connection with the source; and the connection with the target and the connection with the source establishing a proxy-based connection between the source and the target. responding to receiving from a BLE-enabled source a proxy connection initiation request message (ADV_PROXY_IND) encapsulated in a BLE Link Layer packet, the proxy connection initiation request message being a request to provide a proxy and including an address of a BLE-enabled target and an address of the source, by causing sending of a BLE advertising message (ADV_DIRECT_IND) addressed to the target; subsequently receiving a BLE connection request message (CONNECT_REQ) comprising data for connection setup between the proxy and the target from the target and establishing a connection with the target; and subsequently responding to receiving a further proxy connection initiation request message from the source by causing sending of a proxy setup request message (PROXY_REQ) comprising data for connection setup between the proxy and the source, the proxy setup request message encapsulated in a BLE Link Layer packet and addressed to the source, and establishing a connection with the source; and the connection with the target and the connection with the source establishing a proxy-based connection between the source and the target.
A process for manufacturing an object, the process comprising: (i) selecting a powder comprising a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; wherein said powder comprises recycled powder comprising said polymeric material; and (ii) selectively sintering the powder to produce the object. (i) selecting a powder comprising a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; wherein said powder comprises recycled powder comprising said polymeric material; and (ii) selectively sintering the powder to produce the object.
A vehicle glass coated with electrical conductor and having a view area and a wiper area and developed for use in motorized vehicles, comprising: - a first stripping region positioned in a manner encircling said vehicle glass; - a first busbar positioned inside said first stripping region; - a second stripping region which partially separates said view area and said wiper area from each other; - a second busbar positioned in a manner partially contacting the coating along the length of an edge of said second stripping region; - a connection element connected to at least one of the first busbar and the second busbar and - a second connection element which carries charges which are in different pole from the connection element and which is connected to at least one of the first busbar and the second busbar, and characterised by - comprising at least one first busbar tab and at least one second busbar tab extending from the first busbar extending under the vehicle window to the second busbar; - said first busbar tab and second busbar tab being embodied in a curved form; and - comprising at least one third busbar tab extending from the second busbar towards the first busbar and at least one fourth busbar tab positioned on the passage area, - said third busbar tab and fourth busbar tab being embodied in a curved form. - a first stripping region positioned in a manner encircling said vehicle glass; - a first busbar positioned inside said first stripping region; - a second stripping region which partially separates said view area and said wiper area from each other; - a second busbar positioned in a manner partially contacting the coating along the length of an edge of said second stripping region; - a connection element connected to at least one of the first busbar and the second busbar and - a second connection element which carries charges which are in different pole from the connection element and which is connected to at least one of the first busbar and the second busbar, - comprising at least one first busbar tab and at least one second busbar tab extending from the first busbar extending under the vehicle window to the second busbar; - said first busbar tab and second busbar tab being embodied in a curved form; and - comprising at least one third busbar tab extending from the second busbar towards the first busbar and at least one fourth busbar tab positioned on the passage area, - said third busbar tab and fourth busbar tab being embodied in a curved form.
An ultrasonic quality control method of controlling a quality of a piece comprising steps of scanning the piece utilizing at least one ultrasonic probe, forming at least one image from said scanning, scanning a reference piece utilizing at least one ultrasonic probe, forming at least one reference image from said scanning of the reference piece, characterized in that the method further comprising steps of: forming at least one negative image of said at least one reference image, creating at least one indications image by utilizing said at least one image and the negative image, filtering at least one indication image by utilizing several image filters, each image filter filtering all data of the indication image except an image filter specific indication level data, forming several indication levels data from the image filters, classifying the piece to be accepted or rejected utilizing said several indications levels data. forming at least one negative image of said at least one reference image, creating at least one indications image by utilizing said at least one image and the negative image, filtering at least one indication image by utilizing several image filters, each image filter filtering all data of the indication image except an image filter specific indication level data, forming several indication levels data from the image filters, classifying the piece to be accepted or rejected utilizing said several indications levels data.