mhurhangee/patent-ind-claim-en huggingface dataset:
A multimedia playback device for displaying a hierarchy of navigation screens grouped into a plurality of layers, comprising: a first layer display unit configured to display, as a screen of a first layer , a screen that is located on an upper layer with respect to a screen transition and that is used for selecting a category of content to be processed; a third layer display unit configured to display, as a screen of a third layer , a screen that is located on a lower layer with respect to the screen transition and that is used for selecting a piece of content to be processed from among a plurality of pieces of content corresponding to a category selected in the screen of the first layer; and a screen display unit configured to display a screen of selected content if a specific piece of content is selected in the screen of the third layer, wherein the first layer display unit displays, in the screen of the first layer, an image of at least a portion of the screen of the third layer with visibility reduced by blurring or a degree of transparency compared to the case where the image is displayed in the screen of the third layer. a first layer display unit configured to display, as a screen of a first layer , a screen that is located on an upper layer with respect to a screen transition and that is used for selecting a category of content to be processed; a third layer display unit configured to display, as a screen of a third layer , a screen that is located on a lower layer with respect to the screen transition and that is used for selecting a piece of content to be processed from among a plurality of pieces of content corresponding to a category selected in the screen of the first layer; and a screen display unit configured to display a screen of selected content if a specific piece of content is selected in the screen of the third layer, wherein the first layer display unit displays, in the screen of the first layer, an image of at least a portion of the screen of the third layer with visibility reduced by blurring or a degree of transparency compared to the case where the image is displayed in the screen of the third layer.
System for handling eggs , comprising for each individual egg: - a movable pusher from a group at least comprising an extender (8; 17, 18; 34) having an axis and an egg support (15; 19) at a free end of the axis, a gripper and an injector (3; 43); - a brake associated with the pusher, wherein the brake is configured to selectively apply, on the pusher: ∗ a high brake force to fixedly engage the pusher; ∗ a low brake force to effectively allow free sliding movement of the pusher relative to the brake; and ∗ an intermediate brake force to allow the pusher to slip along the brake. - a movable pusher from a group at least comprising an extender (8; 17, 18; 34) having an axis and an egg support (15; 19) at a free end of the axis, a gripper and an injector (3; 43); - a brake associated with the pusher, wherein the brake is configured to selectively apply, on the pusher: ∗ a high brake force to fixedly engage the pusher; ∗ a low brake force to effectively allow free sliding movement of the pusher relative to the brake; and ∗ an intermediate brake force to allow the pusher to slip along the brake. ∗ a high brake force to fixedly engage the pusher; ∗ a low brake force to effectively allow free sliding movement of the pusher relative to the brake; and ∗ an intermediate brake force to allow the pusher to slip along the brake.
A method of producing a precursor glass of a lithium phosphorus complex oxide, comprising melting a material containing constituent elements of a lithium phosphorus complex oxide that is to be produced, together with an additional material containing lithium and phosphorus, wherein a molar ratio of lithium to phosphorus in the additional material is more than 1 and less than 3.
A device for depositing in particular structures containing carbon, for example layers in the form of nanotubes or graphene, on a substrate which is carried by a substrate carrier which extends in one plane and which is disposed in a processing-chamber housing , wherein the processing-chamber housing has a construction which is symmetrically folded in relation to the plane and the substrate carrier is a planar body which extends in the symmetrical plane and of which both broadsides each can carry one substrate, and each of the two broadside faces of the substrate carrier lies opposite a gas-inlet plate , having gas-outlet openings , of a gas-inlet element , wherein a process gas is infeedable through the gas-outlet openings in the direction of the substrate , wherein the processing-chamber housing has at least one wall having a cavity , wherein the cavity by means of gas-infeed openings is connected to a gas volume of the gas-inlet element that is disposed to the rear of the gas-inlet plate .
A cooling structure of a high-speed cup-shaped wheel, comprising a base and a blade ring , the blade ring being arranged on the base and fixedly connected to the base , wherein the blade ring is provided with a plurality of water channel groups , which is sequentially arranged at intervals in a circumferential direction of the blade ring ; and characterised in that each of the water channel groups comprises two or more inner water channels (3.1), which are sequentially arranged at intervals in the circumferential direction of the blade ring , the width of each of the two or more inner water channels (3.1) in a radial direction of the blade ring being gradually increased.
Piston accumulator, having an accumulator housing and a separating piston guided so as to be longitudinally movable therein, which separates a liquid side from a gas side in the accumulator housing , wherein, despite a piston seal on the separating piston , liquid passes unintentionally from the liquid side to the gas side , wherein, to enlarge the volume of the gas side , the separating piston has the shape of a shell, the inner cavity of which extends from the piston crown with its open end to the piston end on the gas side , characterised in that , by means of a return device (28; 92), the fluid which has passed over is at least partially returned from the gas side of the accumulator housing to the liquid side thereof.
A measuring system for measuring a relative position and relative direction of a plurality of measurement targets at a same time from a distant place by separating and identifying through a correlation process a detected reflection light, the system comprising: a plurality of measurement targets ; an optical signal input/output unit mounted on each of the plurality of measurement targets , and configured to receive an optical input signal and output an optical output signal obtained by applying an optical change to the optical input signal; and a ranging apparatus configured to transmit the optical input signal to said optical signal input/output unit , receive the optical output signal from said optical signal input/output unit, measure a propagation distance of an optical signal from a transmission point of the optical input signal to a reception point of the optical output signal based on the optical output signal, and measure a relative position of each of the plurality of measurement targets based on the propagation distance; wherein said measurement targets are radar antennas; each of the plurality of measurement targets comprises three or more said optical signal input/output units for a 3-dimensional measurement, and wherein said ranging apparatus is configured to measure the relative position of each of said three or more optical signal input/output units mounted on each of the plurality of measurement targets , and to measure a direction orthogonal to a plane formed by said three or more optical signal input/output units based on the relative position of each of said three or more optical input/output units . a plurality of measurement targets ; an optical signal input/output unit mounted on each of the plurality of measurement targets , and configured to receive an optical input signal and output an optical output signal obtained by applying an optical change to the optical input signal; and a ranging apparatus configured to transmit the optical input signal to said optical signal input/output unit , receive the optical output signal from said optical signal input/output unit, measure a propagation distance of an optical signal from a transmission point of the optical input signal to a reception point of the optical output signal based on the optical output signal, and measure a relative position of each of the plurality of measurement targets based on the propagation distance; wherein said measurement targets are radar antennas; each of the plurality of measurement targets comprises three or more said optical signal input/output units for a 3-dimensional measurement, and wherein said ranging apparatus is configured to measure the relative position of each of said three or more optical signal input/output units mounted on each of the plurality of measurement targets , and to measure a direction orthogonal to a plane formed by said three or more optical signal input/output units based on the relative position of each of said three or more optical input/output units .
A housing for an electrical machine having a rotation axis , a rotor assembly including a rotor having a plurality of blades formed thereon, and a controller assembly , the rotor assembly including at least one bearing assembly , said housing comprising: an endshield comprising an annular center section comprising a bore sized to couple to the at least one bearing assembly ; and a cover coupled to said endshield and comprising: a flange wall extending axially from an inner surface of said cover and formed about a perimeter of said cover ; a volute-shaped inner chamber configured to at least partially enclose the rotor coupled to the rotor assembly of the electrical machine ; a cooling channel positioned radially outward from said inner chamber , said cooling channel configured to at least partially enclose the controller assembly of the electrical machine ; and a volute-shaped curved wall that extends axially from said inner surface and that extends circumferentially in a volute-shaped arc about the rotation axis from said flange wall proximate an air outlet portion of said cover , said curved wall at least partially defining said inner chamber and said cooling channel and configured to isolate the controller assembly from the rotor assembly . an endshield comprising an annular center section comprising a bore sized to couple to the at least one bearing assembly ; and a cover coupled to said endshield and comprising: a flange wall extending axially from an inner surface of said cover and formed about a perimeter of said cover ; a volute-shaped inner chamber configured to at least partially enclose the rotor coupled to the rotor assembly of the electrical machine ; a cooling channel positioned radially outward from said inner chamber , said cooling channel configured to at least partially enclose the controller assembly of the electrical machine ; and a volute-shaped curved wall that extends axially from said inner surface and that extends circumferentially in a volute-shaped arc about the rotation axis from said flange wall proximate an air outlet portion of said cover , said curved wall at least partially defining said inner chamber and said cooling channel and configured to isolate the controller assembly from the rotor assembly . a flange wall extending axially from an inner surface of said cover and formed about a perimeter of said cover ; a volute-shaped inner chamber configured to at least partially enclose the rotor coupled to the rotor assembly of the electrical machine ; a cooling channel positioned radially outward from said inner chamber , said cooling channel configured to at least partially enclose the controller assembly of the electrical machine ; and a volute-shaped curved wall that extends axially from said inner surface and that extends circumferentially in a volute-shaped arc about the rotation axis from said flange wall proximate an air outlet portion of said cover , said curved wall at least partially defining said inner chamber and said cooling channel and configured to isolate the controller assembly from the rotor assembly .
A method for making a heat-shielded conduit, the method comprising: building the heat-shielded conduit by a layer-by-layer additive manufacturing process; forming, while building the heat-shielded conduit, a tube and a heat shield radially surrounding the tube; and integrally forming a truss structure together with both of the tube and the heat shield to space the heat shield from the tube and maintain a first gap between the heat shield and the tube ; characterized by forming a fitting extending axially from the tube at an end of the conduit ; and integrally forming the truss structure further includes forming the truss structure together with both of the fitting and the heat shield to space the heat shield from the fitting and maintain a second gap between the heat shield and the fitting. building the heat-shielded conduit by a layer-by-layer additive manufacturing process; forming, while building the heat-shielded conduit, a tube and a heat shield radially surrounding the tube; and integrally forming a truss structure together with both of the tube and the heat shield to space the heat shield from the tube and maintain a first gap between the heat shield and the tube ; characterized by forming a fitting extending axially from the tube at an end of the conduit ; and integrally forming the truss structure further includes forming the truss structure together with both of the fitting and the heat shield to space the heat shield from the fitting and maintain a second gap between the heat shield and the fitting.
A dephlegmator comprising two stages wherein a first stage includes an air-cooled reflux condenser and wherein a second stage includes a generally horizontal tube bundle of smooth or finned tubes that can be operated selectively in either an air-cooled dry mode under selected ambient conditions or in a wet evaporatively cooled mode under other selected ambient conditions including that of elevated ambient temperature, wherein the tube bundle comprises at least three groups of tubes comprising a first group of tubes that have inlet ends and outlet ends, characterized in that the at least three groups comprise a second group of tubes that have inlet ends in communication with the outlet ends of the tubes of the first group thereof, the tubes of the second group also having outlet ends, wherein the second group of tubes comprises from 15% to 30% of the number of tubes in the first group of tubes, and wherein the tube bundle has a third group of tubes wherein the tubes of the third group have inlet ends communicating with the outlet ends of the tubes of the second group thereof and wherein the number of tubes in the third group of tubes is about one third to one quarter of the number of tubes in the second group of tubes .
A process for the application of oil to food pieces, comprising: (a) providing a plurality of cut or shaped food pieces; (b) applying an oil-water emulsion to the food pieces to provide an amount of oil to the food pieces, the oil content and the application time of the oil-water emulsion being selected to provide a predetermined final wt% oil to the food pieces, and so that the food pieces have an initial moisture level after applying the oil-water emulsion; and (c) reducing the initial moisture level to a moisture level of from 0.2 to 80% by weight to provide a food product, wherein the food pieces are not cooked/fried in hot oil. (a) providing a plurality of cut or shaped food pieces; (b) applying an oil-water emulsion to the food pieces to provide an amount of oil to the food pieces, the oil content and the application time of the oil-water emulsion being selected to provide a predetermined final wt% oil to the food pieces, and so that the food pieces have an initial moisture level after applying the oil-water emulsion; and (c) reducing the initial moisture level to a moisture level of from 0.2 to 80% by weight to provide a food product, wherein the food pieces are not cooked/fried in hot oil.
A rear light device for motor vehicles, adapted to provide a 3D effect, including several LED light sources, said device being composed of a module comprising, from the rear to the front, in the direction of the substantially parallel light beams emitted by said LEDs: - a printed circuit board , shortened as PCB, including at least three LEDs, made operational by suitable printed circuits and an external power supply, - a light guide , - optical parts suitable for guiding and/or distributing at convenience the beams of one or several of said LEDs , - a mirror , with or without resist areas , - at least one semi-transparent screen , characterized in that the device comprises at least two LEDs associated with means intended to ensure the sidelight light guide function, and two additional red LEDs for the stop function and/or two additional orange LEDs for the turn-signal function and/or two additional white LEDs for the reversing function, and in that the mirror includes at least one resist area located opposite at least one additional LED for the stop function and/or for the turn-signal function or for the reversing function, and in that the semi-transparent screen includes a resist area opposite each of the light beams coming from the additional LEDs or opposite some of them, and in that the function of one or several additional LEDs has itself no 3D effect, the light emitted by this or these allocated additional LEDs passing through a suitable optical system for its splitting into sub-beams , which pass through a suitable resist area of the mirror and a suitable resist area of the semi-transparent screen . - a printed circuit board , shortened as PCB, including at least three LEDs, made operational by suitable printed circuits and an external power supply, - a light guide , - optical parts suitable for guiding and/or distributing at convenience the beams of one or several of said LEDs , - a mirror , with or without resist areas , - at least one semi-transparent screen ,
A method for implementing information sharing, comprising: receiving , by a first mobile terminal, shared information of a second mobile terminal and location information corresponding to the shared information, wherein the location information indicates a location for the shared information displayed on a desktop of the second mobile terminal, the shared information comprises: an application and an application operation parameter of the application; displaying the shared information according to the location information; and installing the application and loading the application operation parameter on the application when the application is not installed on the first mobile terminal. receiving , by a first mobile terminal, shared information of a second mobile terminal and location information corresponding to the shared information, wherein the location information indicates a location for the shared information displayed on a desktop of the second mobile terminal, the shared information comprises: an application and an application operation parameter of the application; displaying the shared information according to the location information; and installing the application and loading the application operation parameter on the application when the application is not installed on the first mobile terminal.
A method of controlling an inverter energy string supplying power to a site, the inverter energy string including an inverter and a renewable energy source and being connected to a mains power supply and to a site load, the method performed at a load compensation device having: - a microprocessor ; - voltage and current sensing input terminals with inputs for voltage and current sensing ; - inputs for the renewable energy source ; and - output terminals and control relays ; wherein the load compensation device is configured to monitor the load on the mains power supply using the voltage and/or current sensing inputs and to adjust the power output at the inverter , the inverter having a control board ; wherein the load compensation device is installed within the inverter during manufacture; the method including: monitoring, by the load compensation device , the forward or reverse power flow into or out of the mains power supply at a monitoring point at the site by means of the voltage and/or current sensing ; setting a rate limit for power flow into or out of the mains power supply ; and varying the supply of power to the load from the inverter energy string by controlling the inverter , by the load compensation device , so that the power flow into or out of the mains power supply is controlled to be within the rate limit. - a microprocessor ; - voltage and current sensing input terminals with inputs for voltage and current sensing ; - inputs for the renewable energy source ; and - output terminals and control relays ; wherein the load compensation device is configured to monitor the load on the mains power supply using the voltage and/or current sensing inputs and to adjust the power output at the inverter , the inverter having a control board ; wherein the load compensation device is installed within the inverter during manufacture; the method including: monitoring, by the load compensation device , the forward or reverse power flow into or out of the mains power supply at a monitoring point at the site by means of the voltage and/or current sensing ; setting a rate limit for power flow into or out of the mains power supply ; and varying the supply of power to the load from the inverter energy string by controlling the inverter , by the load compensation device , so that the power flow into or out of the mains power supply is controlled to be within the rate limit. monitoring, by the load compensation device , the forward or reverse power flow into or out of the mains power supply at a monitoring point at the site by means of the voltage and/or current sensing ; setting a rate limit for power flow into or out of the mains power supply ; and varying the supply of power to the load from the inverter energy string by controlling the inverter , by the load compensation device , so that the power flow into or out of the mains power supply is controlled to be within the rate limit.