mhurhangee/ep-ind-claims huggingface dataset:
Method for designing a once-through evaporator for a horizontally constructed waste heat steam generator with a first evaporator heating surface which incorporates a number of first steam generation tubes, the arrangement of which is essentially vertical and through which the flow is from the bottom to the top, and another second evaporator heating surface, which on the flow substance side is connected downstream from the first evaporator heating surface, which incorporates a further number of second steam generation tubes the arrangement of which is essentially vertical and through which the flow is from the bottom to the top, wherein a minimum mass flow density is prescribed and the second steam generation tubes are designed in such a way that the mean mass flow density which is established in the second steam generation tubes when operating at full load does not fall below the prescribed minimum mass flow density.
Axle generator assembly for a brake system for a railway vehicle comprising a motor (8,30) adapted to be driven from an axle end of a freight wagon, characterised in that the motor is a two phase motor, such that both phases can be rectified by a rectification section to generate power for the brake system, wherein the rectification section has an impedance, which impedance provides protection from induced signals from sources external to the axle generator assembly and the assembly further comprising frequency detection circuitry to detect the frequency of the phases without pulse rejection circuitry, wherein the frequency of one or both of said phases is used to generate a speed signal, wherein the axle generator assembly comprises a differential amplifier with a limited bandwidth, the output of which is then Schmitt triggered to provide a square wave form for further processing.
An electrical power supply device in an aircraft, the device comprising an enclosure, the enclosure containing at least: - a fuel cell for generating electricity and comprising an anode (+) and a cathode (-); - a dihydrogen generator; - a gas feed circuit connecting the dihydrogen generator to the anode (-) of the fuel cell; - an oxygen feed device configured to feed the cathode (+) of the fuel cell; and - a cooling circuit for cooling the fuel cell and associated with at least one heat exchanger; the device being characterized in that the enclosure is mounted on an actuator system (400, 400', 400"), the actuator system (400, 400', 400") being configured to move the enclosure from a first position in which the enclosure is housed inside an outer wall of the aircraft, to a second position in which the enclosure projects from the outer wall of the aircraft. - a fuel cell for generating electricity and comprising an anode (+) and a cathode (-); - a dihydrogen generator; - a gas feed circuit connecting the dihydrogen generator to the anode (-) of the fuel cell; - an oxygen feed device configured to feed the cathode (+) of the fuel cell; and - a cooling circuit for cooling the fuel cell and associated with at least one heat exchanger;
A mobile work machine comprising a towing arrangement, the arrangement comprising - a towing element for allowing a towing tool to be connected to the towing arrangement, - the towing element being arranged to move in relation to the frame of the work machine when a towing force is affecting to the towing element, - a hydraulic actuator, - a first part of the hydraulic actuator attached to the frame, and - a second part of the hydraulic actuator connected to the towing element, such that - the hydraulic actuator is arranged to create hydraulic pressure along with movement of the towing element in relation to the frame, wherein - the towing arrangement comprises a flexible connection element that is arranged to connect the towing element to the hydraulic actuator for transmitting said movement of the towing element to the hydraulic actuator, characterized in that - the arrangement further comprises at least one guide member arranged to change the course of the connection element, wherein the guide member is a pulley. - a towing element for allowing a towing tool to be connected to the towing arrangement, - the towing element being arranged to move in relation to the frame of the work machine when a towing force is affecting to the towing element, - a hydraulic actuator, - a first part of the hydraulic actuator attached to the frame, and - a second part of the hydraulic actuator connected to the towing element, such that - the hydraulic actuator is arranged to create hydraulic pressure along with movement of the towing element in relation to the frame, wherein - the towing arrangement comprises a flexible connection element that is arranged to connect the towing element to the hydraulic actuator for transmitting said movement of the towing element to the hydraulic actuator, characterized in that - the arrangement further comprises at least one guide member arranged to change the course of the connection element, wherein the guide member is a pulley.
Method for detecting earth leakage in the cabling of an insulated electric installation, such as an insulated railway signaling installation, the method comprising the steps of applying through a first resistor (Rel) a first voltage between the cabling and ground and measuring a resulting first current (Imeas), wherein independently from the first resistor (Rel) a second voltage between the cabling and ground is applied through a second resistor (Rel) and that the resulting second current (Imeas) is measured, and that first and second resulting current, or variables derived from first and second resulting current, respectively, are compared, and that earth leakage is detected when the first resulting current (Imeas), or a variable derived therefrom, deviates by a predefined amount from the current, or a respective variable derived therefrom, resulting from known first voltage and known first resistor (Rel), and the second resulting current (Imeas), or a variable derived therefrom, deviates by a predefined amount from the current, or a respective variable derived therefrom, resulting from known second voltage and known second resistor (Rel).
A packaging substrate for a display panel, comprising a base having a plurality of splice blocks (10, 11, 12), wherein the adjacent splice blocks (11, 12) are concatenated to each other by an adhesive material, wherein the two adjacent splice blocks (11, 12) comprise splice surfaces fitting each other, the two adjacent splice blocks (11, 12) are concatenated to each other by splicing such that a lateral surface (113, 123) of one of the two adjacent splice blocks (11, 12) is concatenated to a lateral surface (113, 123) of the other one of the two adjacent splice blocks (11, 12); or the two adjacent splice blocks (11, 12) are concatenated to each other by overlapping such that an edge of a lower surface of one of the two adjacent splice blocks (11, 12) is lapped onto an edge of an upper surface of the other one of the two adjacent splice blocks (11, 12), characterized in that each splice block is lapped onto one adjacent splice block, and concatenated to the other adjacent splice block by splicing.
A pin for an articulated connection or a hinge, comprising two articulation pieces or hinge plates (12, 14) which in each case have a cylindrical receiving space (18, 20), which is orientated coaxially to the articulation axis or the hinge axis, for the pin, such as an articulation pin or hinge pin, wherein the articulation pin or hinge pin is in two parts, wherein the inner end of one pin part can be connected to the inner end of the other pin part by means of toothing, hooking or clipping (32, 132, 232), wherein the toothing, consisting of up to eight teeth (32, 132), stretches out in each case from a surface which is tilted with respect to the articulation axis or hinge axis, wherein the tilted surface in turn stretches out in each case from a surface extending radially with respect to the articulation axis or hinge axis, characterised in that the toothing (32, 232) is in each case formed by two saw teeth which stretch out from a side surface of a hook.
Elastic compensation device (1;10) for movable wires containing the growing foliage of plants, comprising a first fastening element provided with a first end for fastening said device to a head pole of a row of plants and a second end opposite to the first end along a rectilinear axis (X-X) and provided with two hooks (22A and 22B) opposite to each other, a second fastening element (3;6) suitable to fasten to the device tensioning elements (4;7;9) for said movable wires and a helical elastic compensation element for the wires fitted over said fastening element, wherein said second fastening element (3;6) is arranged between said elastic element and said first end of said first element for fastening to the pole, characterized in that said second fastening element (3;6) comprises two opposite larger surfaces (30,30;61,61) lying on a plane containing said axis (X-X) and provided with through holes (34,35;69) for engaging at least one coil of said elastic element.
Actuating device for a motor vehicle, wherein the actuating device is designed as a pneumatic actuating device, comprising - a housing and - a multipart working piston which is movable in relation to the housing, wherein - the housing and the working piston enclose a pressure chamber which can be filled with a pressure medium in order to axially disengage the working piston with respect to the housing for actuation of a clutch, wherein - the multipart working piston has a main piston and an actuating piston which are designed to be axially movable with respect to one another for wear compensation, - wherein a clamping device can clamp the main piston and the actuating piston against one another to fix an operative length of the working piston, wherein - a release bearing is formed on the actuating piston, wherein - the main piston and actuating piston are designated as partial pistons (22, 24) of the working piston, - wherein a shielding element (50, 51, 58, 60, 64, 70, 80) for protecting the actuating device from dirt • is arranged on the housing and on a partial piston (22, 24) or • on a first partial piston (22, 24) and a second partial piston (22, 24) or • on the actuating piston (22, 24) and on the clamping device. - a housing and - a multipart working piston which is movable in relation to the housing, wherein - the housing and the working piston enclose a pressure chamber which can be filled with a pressure medium in order to axially disengage the working piston with respect to the housing for actuation of a clutch, wherein - the multipart working piston has a main piston and an actuating piston which are designed to be axially movable with respect to one another for wear compensation, - wherein a clamping device can clamp the main piston and the actuating piston against one another to fix an operative length of the working piston, wherein - a release bearing is formed on the actuating piston, wherein - the main piston and actuating piston are designated as partial pistons (22, 24) of the working piston, - wherein a shielding element (50, 51, 58, 60, 64, 70, 80) for protecting the actuating device from dirt • is arranged on the housing and on a partial piston (22, 24) or • on a first partial piston (22, 24) and a second partial piston (22, 24) or • on the actuating piston (22, 24) and on the clamping device. • is arranged on the housing and on a partial piston (22, 24) or • on a first partial piston (22, 24) and a second partial piston (22, 24) or • on the actuating piston (22, 24) and on the clamping device.
A computer-implemented method comprising: receiving, at a mobile device, an indication to capture a plurality of images of a scene; and capturing the plurality of images using a camera associated with the mobile device; displaying on a screen of the mobile device during capture of the plurality of images a representation of the plurality of images and presenting, in the screen, a pictorial graphic to present a composite image that includes a target capture path and an indicator that provides alignment information corresponding to a source capture path associated with the mobile device during capture of the plurality of images; and in response to detecting, during capture, that a portion of the source capture path does not match a portion of the target capture path, the match being based at least in part on a threshold condition, providing an updated indicator in the screen, the updated indicator including a prompt, to a user of the mobile device, to adjust the mobile device to align the source capture path with the target capture path, wherein the pictorial graphic comprises a first portion depicting the target capture path and a second portion depicting the source capture path associated with movement of the mobile device, the first and second portions indicating a course to align the second portion with the first portion. receiving, at a mobile device, an indication to capture a plurality of images of a scene; and capturing the plurality of images using a camera associated with the mobile device; displaying on a screen of the mobile device during capture of the plurality of images a representation of the plurality of images and presenting, in the screen, a pictorial graphic to present a composite image that includes a target capture path and an indicator that provides alignment information corresponding to a source capture path associated with the mobile device during capture of the plurality of images; and in response to detecting, during capture, that a portion of the source capture path does not match a portion of the target capture path, the match being based at least in part on a threshold condition, providing an updated indicator in the screen,
A method of use of a computing device for the characterization of vascular tissue, comprising: the computing device obtaining at least one intravascular ultrasound (IVUS) signal, said signal having been acquired by an IVUS console; constructing an IVUS image based on said at least one IVUS signal; analyzing at least a first and a second spatiotemporal feature of at least one pixel of the IVUS image; determining a non-binary blood-likelihood probability value for the at least one pixel of the IVUS image by an analyzer processing the first and the second spatiotemporal features of said at least one pixel using a non-linear, probabilistic classifier algorithm; constructing a blood-likelihood map of the vascular tissue based on the blood-likelihood probability value of the at least one pixel of the IVUS image; receiving user input indicative of an anatomical boundary in the IVUS image, the anatomical boundary defining a plurality of pixels having a predetermined probability of relating to a blood-tissue boundary or a lumen boundary; updating the non-linear, probabilistic classifier algorithm by the classification algorithm receiving the plurality of pixels having the predetermined probability of relating to the blood-tissue boundary or the lumen boundary; and updating the blood-likelihood map of the vascular tissue based on the updated non-linear, probabilistic classifier algorithm, used by said analyzer, reanalyzing the spatiotemporal features of the image. the computing device obtaining at least one intravascular ultrasound (IVUS) signal, said signal having been acquired by an IVUS console; constructing an IVUS image based on said at least one IVUS signal; analyzing at least a first and a second spatiotemporal feature of at least one pixel of the IVUS image; determining a non-binary blood-likelihood probability value for the at least one pixel of the IVUS image by an analyzer processing the first and the second spatiotemporal features of said at least one pixel using a non-linear, probabilistic classifier algorithm; constructing a blood-likelihood map of the vascular tissue based on the blood-likelihood probability value of the at least one pixel of the IVUS image; receiving user input indicative of an anatomical boundary in the IVUS image, the anatomical boundary defining a plurality of pixels having a predetermined probability of relating to a blood-tissue boundary or a lumen boundary; updating the non-linear, probabilistic classifier algorithm by the classification algorithm receiving the plurality of pixels having the predetermined probability of relating to the blood-tissue boundary or the lumen boundary; and updating the blood-likelihood map of the vascular tissue based on the updated non-linear, probabilistic classifier algorithm, used by said analyzer, reanalyzing the spatiotemporal features of the image.
A method, comprising: applying vacuum pressure to an air release device of a dialysis system, the air release device comprising a vent; after applying the vacuum pressure to the air release device, detecting a fluid level within the air release device; and determining, based on the fluid level within the air release device, whether the air release device is functioning properly. applying vacuum pressure to an air release device of a dialysis system, the air release device comprising a vent; after applying the vacuum pressure to the air release device, detecting a fluid level within the air release device; and determining, based on the fluid level within the air release device, whether the air release device is functioning properly.
A method for rendering interactive geographic map displays within interfaces of applications executing on a computing device (205, 405), the method comprising: retrieving map data (310, 320) corresponding to a map portion from a map database via a computer network, the map data including specifications for a plurality of elements to display within the map portion; generating a set of commands (840, 855, 915) using a rendering module (830, 490) operating in a rendering application (810, 910, 1010) to render the map portion using the retrieved map data; generating a display rendering surface within a graphical interface of a host application (475, 1015) executing on the computing device (205, 405) using instructions of a static library (805, 905, 1005) of the host application (475, 1015), forwarding events corresponding to user interactions with the display rendering surface from the host application (475, 1015) to the rendering application (810, 910, 1010); receiving rendering commands at the host application (475, 1015) from the rendering application (810, 910, 1010); and drawing (870, 960) the map portion within the display rendering surface using the received commands and the instructions of the host application static library (805, 905, 1005); characterised in that the rendering application (810, 910, 1010) which is an application independent from the host application (475, 1015), communicates with the host application (475, 1015) using an inter-process communication, IPC, (850, 860, 940, 950, 1045, 1055) mechanism and operates outside a control of the host application (475, 1015). retrieving map data (310, 320) corresponding to a map portion from a map database via a computer network, the map data including specifications for a plurality of elements to display within the map portion; generating a set of commands (840, 855, 915) using a rendering module (830, 490) operating in a rendering application (810, 910, 1010) to render the map portion using the retrieved map data; generating a display rendering surface within a graphical interface of a host application (475, 1015) executing on the computing device (205, 405) using instructions of a static library (805, 905, 1005) of the host application (475, 1015), forwarding events corresponding to user interactions with the display rendering surface from the host application (475, 1015) to the rendering application (810, 910, 1010); receiving rendering commands at the host application (475, 1015) from the rendering application (810, 910, 1010); and drawing (870, 960) the map portion within the display rendering surface using the received commands and the instructions of the host application static library (805, 905, 1005); characterised in that the rendering application (810, 910, 1010) which is an application independent from the host application (475, 1015), communicates with the host application (475, 1015) using an inter-process communication, IPC, (850, 860, 940, 950, 1045, 1055) mechanism and operates outside a control of the host application (475, 1015).
A recombinant microbial cell comprising: (i) a down-regulation of an endogenous polynucleotide sequence encoding Sou2 sorbitol utilization protein, wherein said down-regulation is due to a mutation of said endogenous polynucleotide sequence; and (ii) a polyunsaturated fatty acid (PUFA) biosynthetic pathway; wherein said down-regulation increases the lipid content of the microbial cell and/or decreases the total amount of sugar alcohols produced by the microbial cell, and wherein (a) the Sou2 sorbitol utilization protein comprises an amino acid sequence that is at least 90% identical to the amino acid sequence of SEQ ID NO:10; and (b) the endogenous polynucleotide sequence comprises a nucleotide sequence that is at least 90% identical to the nucleotide sequence of SEQ ID NO:8 or SEQ ID NO:9. (i) a down-regulation of an endogenous polynucleotide sequence encoding Sou2 sorbitol utilization protein, wherein said down-regulation is due to a mutation of said endogenous polynucleotide sequence; and (ii) a polyunsaturated fatty acid (PUFA) biosynthetic pathway; (a) the Sou2 sorbitol utilization protein comprises an amino acid sequence that is at least 90% identical to the amino acid sequence of SEQ ID NO:10; and (b) the endogenous polynucleotide sequence comprises a nucleotide sequence that is at least 90% identical to the nucleotide sequence of SEQ ID NO:8 or SEQ ID NO:9.
1. A collapsible article of luggage comprising: a rigid base portion having a storage volume and comprising a hard-shell or rigid surface; an opposing cover portion connected to said base portion, the opposing cover portion comprising a deformable material and further defining the storage volume, the cover portion being collapsible from a first position to a second position, the second position comprising a stowed position wherein the cover portion is collapsed toward said base portion; a rigid reinforcement extending from a location proximal a height-wise midpoint of the article; wherein the rigid reinforcement is arranged to prevent at least a portion of the cover portion from sagging when said article is stood on end; characterized in that the rigid reinforcement is substantially contained within said cover portion, and that the rigid reinforcement is pivotally connected to the article in at least one location (32a, 32b), the at least one location being proximal to a height-wise midpoint of the article so that a lower portion of the rigid reinforcement is capable of swinging or rotating outwardly when the article is fully packed, for example, thereby providing a substantially rigid support member and structure to the bag, wherein the rigid reinforcement is further connected to the base portion by a collapsible member having a predetermined length and provided to define a limit of rotation of the rigid reinforcement.