mhurhangee/ep-ind-claims huggingface dataset:
A system for installation or removal of one or more combustion cans from a combustion section of a turbomachine, the system comprising: an annular track surrounding the turbomachine, the annular track including an upper rail portion and a lower rail portion removably coupled to one another; a drive assembly operably coupled to the annular track, the drive assembly including a drive chain extending along the annular track; a plurality of carts rotatably coupled to the annular track and connected to the drive chain such that operation of the drive assembly alters a circumferential position of the plurality of carts with respect to an axial centerline of the turbomachine; and a plurality of combustion can cradle assemblies each coupled to a respective cart of the plurality of carts, and wherein each combustion can cradle assembly of the plurality of combustion can cradle assemblies is configured to removably couple to a combustion can of the one or more combustion cans. an annular track surrounding the turbomachine, the annular track including an upper rail portion and a lower rail portion removably coupled to one another; a drive assembly operably coupled to the annular track, the drive assembly including a drive chain extending along the annular track; a plurality of carts rotatably coupled to the annular track and connected to the drive chain such that operation of the drive assembly alters a circumferential position of the plurality of carts with respect to an axial centerline of the turbomachine; and a plurality of combustion can cradle assemblies each coupled to a respective cart of the plurality of carts, and wherein each combustion can cradle assembly of the plurality of combustion can cradle assemblies is configured to removably couple to a combustion can of the one or more combustion cans.
An isolated antibody that recognizes the extracellular domain of human CLCP1 consisting of the amino acid sequence of SEQ ID NO:2 and recognizes a peptide consisting of the amino acid sequence of positions 456 to 470 in SEQ ID NO: 2.
Process for producing chocolate or a chocolate-like product comprising: (i) dry grinding a mixture of solid components of chocolate or a chocolate-like product wherein the mixture comprises fat in an amount of less than 22% by weight; and (ii) homogenizing the ground mixture with fat to form a liquid chocolate or chocolate-like product, wherein the dry grinding is carried out using a classifier mill, wherein the homogenization is carried out using a rotor/stator homogenizer and wherein the process is carried out without a conching step which subjects the mixture being conched to a different shear regime from that experienced in the rotor/stator homogenizer. (i) dry grinding a mixture of solid components of chocolate or a chocolate-like product wherein the mixture comprises fat in an amount of less than 22% by weight; and (ii) homogenizing the ground mixture with fat to form a liquid chocolate or chocolate-like product,
A method for cleaning or processing a room by means of an autonomously mobile device, including the method steps: - Creating a map of the room, - Storing the map of the room in a data memory, - Selection of a subarea of the room by a user by taking of a photo of the subarea, - Transmitting the location data for the selected subarea to a processing unit connected to the data memory, - Comparing the location data for the selected subarea with the location data contained in the map for identification of the subarea by the processing unit, and - Cleaning or processing the room taking into account a user command with regard to the selected subarea, characterized in that if the subarea is not identified unambiguously, the user makes manually a selection between several possible subareas and/or specifies the location data of the selected subarea more precisely. - Creating a map of the room, - Storing the map of the room in a data memory, - Selection of a subarea of the room by a user by taking of a photo of the subarea, - Transmitting the location data for the selected subarea to a processing unit connected to the data memory, - Comparing the location data for the selected subarea with the location data contained in the map for identification of the subarea by the processing unit, and - Cleaning or processing the room taking into account a user command with regard to the selected subarea,
A method for displaying a 3D scene graph on a screen, the method comprising: attaching 3D resources to a set of application scene nodes; separating a first process running in a 3D application context on an operating system of a computer system from a second process running in a 2D application context on the operating system by connecting a first sub-set of the application scene nodes to the first process and connecting a second sub-set (18, 15, 16) of the application scene nodes to the second process; connecting the first process and the second process to a 3D display server of the computer system, wherein the connecting the first process and the second process comprise: separately connecting the first process and the second process by using a process separation interface (611, 613), wherein the process separation interface is configured to avoid conflicting accesses of the first process and the second process to a same application scene node; constructing the 3D scene graph, by the 3D display server, based on the 3D resources of the application scene nodes of the first process and of the second process; and displaying the 3D scene graph, by the 3D display server, on the screen. attaching 3D resources to a set of application scene nodes; separating a first process running in a 3D application context on an operating system of a computer system from a second process running in a 2D application context on the operating system by connecting a first sub-set of the application scene nodes to the first process and connecting a second sub-set (18, 15, 16) of the application scene nodes to the second process; connecting the first process and the second process to a 3D display server of the computer system, wherein the connecting the first process and the second process comprise: separately connecting the first process and the second process by using a process separation interface (611, 613), wherein the process separation interface is configured to avoid conflicting accesses of the first process and the second process to a same application scene node; constructing the 3D scene graph, by the 3D display server, based on the 3D resources of the application scene nodes of the first process and of the second process; and displaying the 3D scene graph, by the 3D display server, on the screen.
A composite electrode comprising at least first active material having a particle size of 5 nm to 200 μm and second active materials having a particle size of 5 μ m to 20 μ m, wherein the first active material, as primary particles, is coagulated and secondarily granulated together with conductive agent so as to form secondary particles having a particle size of 5 μ m to 20 μ m, wherein the conductive agents are present on the surface and inside of the secondary particles, wherein the first active material is olivine-structured lithium-containing phosphate expressed as Chemical Formula 1 below: [Chemical Formula 1] LiMPO 4 where M is one or more elements selected from the group consisting of cobalt, nicker, manganese, and iron, and characterized in that the secondary particles have a particle size equivalent to the second active materials, the conductive agents are present in an amount range of 0.5 wt% to 5 wt% based on a total weight of the secondary particles, and the second active materials are ternary lithium-containing metal oxide expressed as Chemical Formula 2: [Chemical Formula 2] LiNi x Mn y Co 1-x-y O 2, 0<x<0.5, 0<y<0.5.
A hair cosmetic composition comprising the following components, and water, having a pH at 25°C of 6 or less, and the component being dispersed in a water phase: an oxyalkylene polymer represented by the following formula: - n - wherein A represents an alkylene group having 2 to 6 carbon atoms and n represents a number of 50 or more and 30,000 or less, provided that n pieces of AO comprise at least two alkyleneoxy groups, which are arranged either randomly or in blocks; and a polymer comprising a constitutional unit represented by the following formula and a constitutional unit represented by the following formula, having a weight average molecular weight of 5,000 or more and 1,000,000 or less, and having an acid value of 5 or more and 400 or less: -(CH 2 CR 1 COOH) - -(CH 2 CR 2 COOR 3) - wherein R 1 and R 2 represent a hydrogen atom or a methyl group and R 3 represents a hydrocarbon group having 1 or more and 30 or less carbon atoms and wherein a mass ratio between the constitutional units of and of the component, /, is 1/99 or more and 49/51 or less. an oxyalkylene polymer represented by the following formula: - n - wherein A represents an alkylene group having 2 to 6 carbon atoms and n represents a number of 50 or more and 30,000 or less, provided that n pieces of AO comprise at least two alkyleneoxy groups, which are arranged either randomly or in blocks; and a polymer comprising a constitutional unit represented by the following formula and a constitutional unit represented by the following formula, having a weight average molecular weight of 5,000 or more and 1,000,000 or less, and having an acid value of 5 or more and 400 or less: -(CH 2 CR 1 COOH) - -(CH 2 CR 2 COOR 3) - wherein R 1 and R 2 represent a hydrogen atom or a methyl group and R 3 represents a hydrocarbon group having 1 or more and 30 or less carbon atoms and wherein a mass ratio between the constitutional units of and of the component, /, is 1/99 or more and 49/51 or less. wherein R 1 and R 2 represent a hydrogen atom or a methyl group and R 3 represents a hydrocarbon group having 1 or more and 30 or less carbon atoms and wherein a mass ratio between the constitutional units of and of the component, /, is 1/99 or more and 49/51 or less.
The process of producing the ergonomic chinrest for violin or viola characterized by that the following actions are involved: i. 3D micron scanning of violin or viola and of all additional parts thereof in order to obtain a measurable scanned 3D model of the violin/viola ii. taking a double simultaneous imprint of user's chin upper side (2.1) and violin or viola lower side (2.2), and a 3D micron scan of double imprint and referencing thereof in respect to scanned 3D model of violin or viola from step i), while referencing is possible due to a mutual identical surface that is represented by lower side (2.2) of double simultaneous imprint and corresponding upper surface of violin or viola iii. processing and analysis of the acquired data obtained in step i) and step ii) in order to obtain chinrest for violin or viola with the ergonomic dimensions iv. final production of the chinrest for violin or viola by milling, injection pressing or lamination method. i. 3D micron scanning of violin or viola and of all additional parts thereof in order to obtain a measurable scanned 3D model of the violin/viola ii. taking a double simultaneous imprint of user's chin upper side (2.1) and violin or viola lower side (2.2), and a 3D micron scan of double imprint and referencing thereof in respect to scanned 3D model of violin or viola from step i), while referencing is possible due to a mutual identical surface that is represented by lower side (2.2) of double simultaneous imprint and corresponding upper surface of violin or viola (2.1) and violin or viola lower side (2.2), and a 3D micron scan of double imprint and referencing thereof in respect to scanned 3D model of violin or viola from step i), while referencing is possible due to a mutual identical surface that is represented by lower side (2.2) of double simultaneous imprint and corresponding upper surface of violin or viola iii. processing and analysis of the acquired data obtained in step i) and step ii) in order to obtain chinrest for violin or viola with the ergonomic dimensions iv. final production of the chinrest for violin or viola by milling, injection pressing or lamination method.
An electric power supply module for ceilings, walls made of plasterboard and the like, wherein it comprises - at least one profiled element provided with at least one main body which forms a substantially U-shaped compartment and two lateral laminas which lie on a plane that is substantially parallel and proximate to the plane that contains the base of said main body; - at least one support made of dielectric material, which is not electrically conducting and is coupled inside the compartment of said at least one main body of said at least one profiled element along its entire length; - at least one wire made of material chosen from electrically conducting, optically conducting and the like, rigidly coupled to said support made of dielectric material along its entire length; - at least two panels made of material of a type preferably chosen from plasterboard panels, wood panels, panels made of wood derivatives, panels made of mineral fibers, panels made of composite material, panels made of polymeric material, panels made of paper derivatives, metallic meshes and combinations thereof, each panel comprising a respective recess whose shape and dimensions are substantially complementary to those of one of said lateral laminas of said profiled element for its accommodation without protrusion of said lamina from the surface of said panel. - at least one profiled element provided with at least one main body which forms a substantially U-shaped compartment and two lateral laminas which lie on a plane that is substantially parallel and proximate to the plane that contains the base of said main body; - at least one support made of dielectric material, which is not electrically conducting and is coupled inside the compartment of said at least one main body of said at least one profiled element along its entire length; - at least one wire made of material chosen from electrically conducting, optically conducting and the like, rigidly coupled to said support made of dielectric material along its entire length; - at least two panels made of material of a type preferably chosen from plasterboard panels, wood panels, panels made of wood derivatives, panels made of mineral fibers, panels made of composite material, panels made of polymeric material, panels made of paper derivatives, metallic meshes and combinations thereof, each panel comprising a respective recess whose shape and dimensions are substantially complementary to those of one of said lateral laminas of said profiled element for its accommodation without protrusion of said lamina from the surface of said panel.
A radar or other microwave antenna for a phased array comprising at least one antenna element (12, 22, 62), a ground plane, a feed structure (15, 32) for the element extending to the antenna element normally thereto through a dielectric substrate, and whereby the dielectric substrate comprises an array of discrete electrically conductive elongate elements distributed through the dielectric substrate, the elongate elements being spaced apart from the feed structure and disposed with their longitudinal axes aligned in a first direction that is parallel to the feed structure, such that the dielectric substrate is anisotropic thereby to reduce unwanted common-mode currents in the feed structure, characterised in that the elongate elements have ends spaced from the ground plane such that, in operation, they couple capacitively to the ground plane.
A distributed antenna system, comprising: a master unit that clocks an encoded data stream onto high speed data interface circuitry via a modulated signal based upon an output of a reference oscillator; and at least one remote unit that receives the modulated signal from the master unit, the at least one remote unit including: high speed data interface circuitry for receiving the modulated signal from the master unit, a clock recovery circuit that includes a phase-locked loop that includes a loop filter configured with a bandwidth that does not substantially block the long-term drift in the modulated signal, the clock recovery circuit configured to generate a recovered clock signal from the modulated signal; a filtering circuit having a bandwidth narrower than the bandwidth of the clock recovery circuit and that is configured to filter the recovered clock signal to remove jitter without removing long-term drift in the modulated signal and further configured to generate a stable recovered clock signal; and a scaling circuit configured to scale the frequency of the stabled recovered clock signal to generate an output signal at a target frequency. a master unit that clocks an encoded data stream onto high speed data interface circuitry via a modulated signal based upon an output of a reference oscillator; and at least one remote unit that receives the modulated signal from the master unit, the at least one remote unit including: high speed data interface circuitry for receiving the modulated signal from the master unit, a clock recovery circuit that includes a phase-locked loop that includes a loop filter configured with a bandwidth that does not substantially block the long-term drift in the modulated signal, the clock recovery circuit configured to generate a recovered clock signal from the modulated signal; a filtering circuit having a bandwidth narrower than the bandwidth of the clock recovery circuit and that is configured to filter the recovered clock signal to remove jitter without removing long-term drift in the modulated signal and further configured to generate a stable recovered clock signal; and a scaling circuit configured to scale the frequency of the stabled recovered clock signal to generate an output signal at a target frequency. high speed data interface circuitry for receiving the modulated signal from the master unit, a clock recovery circuit that includes a phase-locked loop that includes a loop filter configured with a bandwidth that does not substantially block the long-term drift in the modulated signal, the clock recovery circuit configured to generate a recovered clock signal from the modulated signal; a filtering circuit having a bandwidth narrower than the bandwidth of the clock recovery circuit and that is configured to filter the recovered clock signal to remove jitter without removing long-term drift in the modulated signal and further configured to generate a stable recovered clock signal; and a scaling circuit configured to scale the frequency of the stabled recovered clock signal to generate an output signal at a target frequency.
A method for downloading information, the method comprising: generating video of a television program for display in a first area of a display screen; receiving a HyperText Markup Language (HTML) file that includes text and instructions for formatting the text for display on the display screen, wherein the text includes a user-selectable Internet site name; reformatting the HTML file to display the text only in a remainder area of the display screen that does not include the first area; generating the user-selectable Internet site name for display in the remainder area of the display screen, the Internet site name linked to an Internet site address and directed to a user's Internet account; in response to receiving a user selection of the Internet site name while the video of the television program is displayed in the first area of the display screen, downloading information from the Internet site address for display; and generating the downloaded information for display on the display screen simultaneously with the video of the television program in a picture-in-picture window, wherein the downloaded information is formatted for display only in said remainder area around the picture-in-picture window whereby none of the downloaded information is obscured by the picture-in-picture window. generating video of a television program for display in a first area of a display screen; receiving a HyperText Markup Language (HTML) file that includes text and instructions for formatting the text for display on the display screen, wherein the text includes a user-selectable Internet site name; reformatting the HTML file to display the text only in a remainder area of the display screen that does not include the first area; generating the user-selectable Internet site name for display in the remainder area of the display screen, the Internet site name linked to an Internet site address and directed to a user's Internet account; in response to receiving a user selection of the Internet site name while the video of the television program is displayed in the first area of the display screen, downloading information from the Internet site address for display; and generating the downloaded information for display on the display screen simultaneously with the video of the television program in a picture-in-picture window, wherein the downloaded information is formatted for display only in said remainder area around the picture-in-picture window whereby none of the downloaded information is obscured by the picture-in-picture window.
A magnetic valve recoil device for a valve-type ignition pre-chamber for an internal combustion engine, said engine comprising a cylinder head sitting on top of a cylinder in order to form, together with a piston, a combustion chamber into which a primary charge may be introduced, said cylinder head receiving a stratification cavity to which, on the one hand, a stratification injector, which can inject an initiator charge, and, on the other hand, ignition means lead, said cavity being connected by a stratification pipe to the combustion chamber while a stratification valve can either close said pipe and isolate the stratification cavity from the combustion chamber, with a cavity-side surface of said valve then resting on a valve closing seat by means of a cavity-side valve bearing surface, or form, together with said pipe, a torch ignition pre-chamber that causes the stratification cavity to communicate with the combustion chamber by means of at least one gas ejection orifice that said pre-chamber includes, with a chamber-side surface of said valve resting in this case on a valve opening seat by means of a chamber-side valve bearing surface, characterized in that said device comprises: • At least one magnetic material constituting in whole or in part the stratification valve and the stratification pipe; • At least one source of a magnetic field the magnetic flux of which passes through the stratification valve and the stratification pipe so as to magnetize said valve and said pipe. • At least one magnetic material constituting in whole or in part the stratification valve and the stratification pipe; • At least one source of a magnetic field the magnetic flux of which passes through the stratification valve and the stratification pipe so as to magnetize said valve and said pipe.