mhurhangee/ep-ind-claims huggingface dataset:
Method for maintaining an axial-flow turbomachine, which has a support structure and a plurality of axially adjacent guide vane rings (3, 4, 5), each having a multiplicity of guide vanes, wherein the guide vanes are each provided with at least one platform, which is fastened to the support structure by means of retaining elements, wherein mutually facing platform end faces of axially adjacent guide vanes define mutually associated seal sections (10, 11) made of a metal material, which in each case jointly form a seal assembly, comprising the following steps: a) removal of a defective guide vane to be replaced and of at least one axially adjacent intact guide vane with which the guide vane to be replaced forms a seal assembly, wherein the seal sections (10, 11) forming this seal assembly each have a projection which extends in the circumferential direction, projects axially and engages in an associated recess in the other seal section (11, 10), said recess extending in the circumferential direction; b) making available a replacement guide vane replacing the removed defective guide vane, the platform of which replacement guide vane defines at least one replacement seal section made from a metal material, wherein the at least one replacement seal section comprises two axially projecting projections of equal length which extend in the circumferential direction and are separated from one another by a groove extending in the circumferential direction; and c) mounting the removed intact guide vane and the replacement guide vane on the support structure, wherein the seal section of the removed intact guide vane and the facing replacement seal section of the replacement guide vane are connected to one another by a sealing strip to form a functional seal assembly. a) removal of a defective guide vane to be replaced and of at least one axially adjacent intact guide vane with which the guide vane to be replaced forms a seal assembly, wherein the seal sections (10, 11) forming this seal assembly each have a projection which extends in the circumferential direction, projects axially and engages in an associated recess in the other seal section (11, 10), said recess extending in the circumferential direction; b) making available a replacement guide vane replacing the removed defective guide vane, the platform of which replacement guide vane defines at least one replacement seal section made from a metal material, wherein the at least one replacement seal section comprises two axially projecting projections of equal length which extend in the circumferential direction and are separated from one another by a groove extending in the circumferential direction; and c) mounting the removed intact guide vane and the replacement guide vane on the support structure, wherein the seal section of the removed intact guide vane and the facing replacement seal section of the replacement guide vane are connected to one another by a sealing strip to form a functional seal assembly.
A radar transponder arrangement for generating emulated radar target signals, wherein the radar transponder arrangement comprises: a receiving unit for receiving a radar signal, a signal generator for generating a control signal (m'(t)) for the generation of a modulation signal for modulating the received radar signal, a transmitting unit for returning the modulated signal, wherein the modulation signal can be predetermined in a multivalued manner in its temporal signal profile, wherein the signal generator uses the modulation of a static target and in addition a frequency change ( R i ( t)) over time for a moving target ( i), wherein this is an affine linear function for targets with constant motion and a non-linear function for accelerated targets. a receiving unit for receiving a radar signal, a signal generator for generating a control signal (m'(t)) for the generation of a modulation signal for modulating the received radar signal, a transmitting unit for returning the modulated signal, wherein the modulation signal can be predetermined in a multivalued manner in its temporal signal profile, wherein the signal generator uses the modulation of a static target and in addition a frequency change ( R i ( t)) over time for a moving target ( i), wherein this is an affine linear function for targets with constant motion and a non-linear function for accelerated targets.
A display apparatus (120, 220) comprising: an input unit configured to obtain data from a user in accordance with an operation from the user; a display unit configured to display a first setting screen and a second setting screen, the first setting screen which is for receiving a setting value of a job inserted into an image forming apparatus, and displays execution in a first operational environment, and the second setting screen which is for receiving a setting value of the job, displays execution in a second operational environment different from the first operational environment, and displays a smaller number of setting items than that of the first setting screen, the setting items displayed on the second setting screen being chosen among the setting items displayed in the first setting screen; and a control unit configured to control the display unit to display the second setting screen, and to control the display unit to display the first setting screen obtained by applying a setting value of the job which is input by the input unit and obtained through the second setting screen when the user presses a defined button in the second setting screen. an input unit configured to obtain data from a user in accordance with an operation from the user; a display unit configured to display a first setting screen and a second setting screen, the first setting screen which is for receiving a setting value of a job inserted into an image forming apparatus, and displays execution in a first operational environment, and the second setting screen which is for receiving a setting value of the job, displays execution in a second operational environment different from the first operational environment, and displays a smaller number of setting items than that of the first setting screen, the setting items displayed on the second setting screen being chosen among the setting items displayed in the first setting screen; and a control unit configured to control the display unit to display the second setting screen, and to control the display unit to display the first setting screen obtained by applying a setting value of the job which is input by the input unit and obtained through the second setting screen when the user presses a defined button in the second setting screen.
A host cell comprising a polynucleotide comprising a cell cycle-dependent promoter operatively linked to a suicide gene coding sequence, wherein the host cell is defined as a precursor cell, wherein a suicide gene is a gene whose protein product is capable of converting a non-toxic prodrug into a toxic drug, thereby killing cells that express the gene product.
An in-air sonar system for determining location and velocity information of objects in an environment, the in-air sonar system comprising at least two emitters (111 1 -111 2) configured to emit respective sound signals (11 1 -11 2) into the environment, the respective sound signals having a low cross-correlation among each other; at least two receivers (112 1,112 2) configured to receive sound signals (12 1,12 2) from the environment; and a processing unit configured to perform: - obtaining, from the receivers (112 1,112 2), respective received sound signals (12 1,12 2) comprising the respective emitted sound signals reflected from objects in the environment; - calculating, from the respective received sound signals (12 1,12 2), velocity-dependent range maps for the respective emitted sound signals; the velocity-dependent range maps comprising information about the range and velocity of the respective objects; - deriving, from the calculated velocity-dependent range maps and the spatial diversity of the at least two emitters and the at least two receivers, a velocity-dependent range-direction map comprising range information as a function of a received direction; - determining therefrom a location of the respective objects; and - extracting, from the velocity-dependent range maps (211 - 218) and the spatial diversity of the at least two receivers, a velocity of the respective objects based on the determined location. - obtaining, from the receivers (112 1,112 2), respective received sound signals (12 1,12 2) comprising the respective emitted sound signals reflected from objects in the environment; - calculating, from the respective received sound signals (12 1,12 2), velocity-dependent range maps for the respective emitted sound signals; the velocity-dependent range maps comprising information about the range and velocity of the respective objects; - deriving, from the calculated velocity-dependent range maps and the spatial diversity of the at least two emitters and the at least two receivers, a velocity-dependent range-direction map comprising range information as a function of a received direction; - determining therefrom a location of the respective objects; and - extracting, from the velocity-dependent range maps (211 - 218) and the spatial diversity of the at least two receivers, a velocity of the respective objects based on the determined location.
A fuel injector device comprising a body, said body comprising a leading edge and a trailing edge and defining a streamwise direction from the leading edge to the trailing edge, the fuel injector device body further comprising a first surface and a second surface opposite the first surface, each of said surfaces extending between and comprising the leading edge and the trailing edge and said surfaces conjoining each other at the leading edge and the trailing edge, wherein the trailing edge, when seen in the streamwise direction, undulates along a trailing edge mean line and, along its extent, deviates in opposite directions from said mean line and further comprises at least one inflection point along its extent, the fuel injector device comprising at least one first internal fuel supply means and at least one first fuel discharge duct fluidly connecting the at least one first internal fuel supply means with a first fuel discharge means opening out to the exterior of the injector device, wherein at least one of said first fuel discharge ducts terminates at a first fuel discharge means arranged at the trailing edge, at least one first fuel discharge means being arranged at the trailing edge between two trailing edge inflection points, characterized in that a multitude of at least two of said first fuel discharge means are arranged at the trailing edge between two consecutive trailing edge inflection points and in that the fuel injector device comprises at least one second internal fuel supply means and at least one second fuel discharge duct fluidly connecting the second internal fuel supply means with at least one second fuel discharge means provided on the trailing edge and opening out to the exterior of the fuel injector device; wherein the second fuel discharge means is and/or a multitude of second fuel discharge means are arranged on inflection points of the trailing edge.
A quick coupling for smooth terminals, comprising: - a main body defining a passage conduit for a fluid destined to cross the quick coupling, the passage conduit extending along a main axis (X-X), the main body being configured for being coupled to a circuit, - a tubular body engaged to the main body, the tubular body being configured for being removably coupled to a smooth terminal, - a jaw engaged to the tubular body, said jaw being configured for operating between at least a first unhooked position from the terminal, in which it does not axially constrain the terminal, and a second hooked position to the terminal in which it is locked onto, and axially constrains, the terminal to the tubular body, - a lever activatable about a fulcrum borne by the tubular body, wherein the lever operates on the main body for axially displacing the main body with respect to the tubular body, the activation of the lever further determining an axial sliding of the jaw with respect to the tubular body and the passage of the jaw from the first unhooked position to the second hooked position; characterised in that the axial position of the fulcrum of the lever on the tubular body is adjustable. - a main body defining a passage conduit for a fluid destined to cross the quick coupling, the passage conduit extending along a main axis (X-X), the main body being configured for being coupled to a circuit, - a tubular body engaged to the main body, the tubular body being configured for being removably coupled to a smooth terminal, - a jaw engaged to the tubular body, said jaw being configured for operating between at least a first unhooked position from the terminal, in which it does not axially constrain the terminal, and a second hooked position to the terminal in which it is locked onto, and axially constrains, the terminal to the tubular body, - a lever activatable about a fulcrum borne by the tubular body, wherein the lever operates on the main body for axially displacing the main body with respect to the tubular body, the activation of the lever further determining an axial sliding of the jaw with respect to the tubular body and the passage of the jaw from the first unhooked position to the second hooked position; characterised in that the axial position of the fulcrum of the lever on the tubular body is adjustable.
Assembly for packaging portions of medicine in dispensing packs, comprising an automatic dispensing machine and at least one refilling station, wherein the automatic dispensing machine comprises a plurality of storage and dosing stations, which can each take up and individual dispense a large number of medicine portions, a packaging assembly which receives the medicine portions dispensed by the storage and dosing stations and fills them into dispensing packs, and a control device which controls the storage and dosing stations and the packaging assembly, wherein each storage and dosing station has stationary section fastened to a frame or housing of the automatic dispensing machine and a detachable section containing a refillable storage container for medicine portions, wherein the detachable section has an information memory, which, among other things, stores an identifier of the detachable section, and wherein a reading device is assigned to the stationary section for reading the information memory, wherein the at least one refilling station serves to refill the storage container of a removed detachable section of the storage and dosing station with medicine portions, wherein each information memory contains a storage place for a filling identifier (TS1, TS2), wherein each time the storage container has been newly filled the filling identifier on the refilling station is modified in such a way that on reading of the information memory by the reading device the refilling after replacement of the detachable section on the stationary section thereof or on another storage and dosing station can be identified by the control device, wherein the refilling station is connected to a database and reads the identifier of the newly filled detachable section and stores it together with the modified filling identifier in the database, and wherein the control device of the automatic dispensing machine is configured in such a way that it can receive the identifiers with the corresponding filling identifiers (TS1, TS2) of the mounted detachable sections read by the reading devices of the storage and dosing stations, read the filling identifier stored together with an identifier from the database and compare the read identifier and the read filling identifier (TS1, TS2) of a mounted detachable section with the corresponding values from the database and generate a fault signal if the event of non-correspondence. receive the identifiers with the corresponding filling identifiers (TS1, TS2) of the mounted detachable sections read by the reading devices of the storage and dosing stations, read the filling identifier stored together with an identifier from the database and compare the read identifier and the read filling identifier (TS1, TS2) of a mounted detachable section with the corresponding values from the database and generate a fault signal if the event of non-correspondence.
Mounting pylon for an engine of an aircraft, including a primary structure comprising a box and a rear sub-structure fastened to said box, said box including two opposite lateral panels, each equipped at its rear end with a first linking portion through which passes a first connection orifice that is designed to receive a connection pin of a lateral front wing attachment, characterized in that the rear sub-structure is made in one piece including a rear end corresponding to the rear end of the primary structure, the rear sub-structure including two opposite lateral flanks that are respectively fastened to the two lateral panels of the box by means of fastening elements, each lateral flank having a second linking portion through which passes a second connection orifice that is aligned with said first connection orifice, and is also designed to receive the connection pin of the lateral front wing attachment.
A process for the elimination of residual mercaptans from nitrile rubbers selected from butadiene-acrylonitrile copolymers with a content of nitrile monomer ranging from 19 to 45% by weight, comprising: a. adding a colloidal emulsion of sulfur to a nitrile latex emulsion containing from 100 to 3000 ppm of free mercaptan, referring to the rubber in the latex, and with a pH of between 7 and 14, at a temperature ranging from 30 to 120°C; b. coagulating the nitrile latex; c. washing with demineralized water and drying the nitrile rubber recovered after coagulation. a. adding a colloidal emulsion of sulfur to a nitrile latex emulsion containing from 100 to 3000 ppm of free mercaptan, referring to the rubber in the latex, and with a pH of between 7 and 14, at a temperature ranging from 30 to 120°C; b. coagulating the nitrile latex; c. washing with demineralized water and drying the nitrile rubber recovered after coagulation.
A remotely operated manipulator for a work in a space defined by a wall surface, the space having a shape which is wider at a lower part than at an opening part, the manipulator comprising: a circular base which includes a fixing device to fix the circular base to the wall surface; a beam rotatably installed to the circular base; a trolley movably installed to the beam; a mast which is installed so as to be capable of being raised and lowered with respect to the trolley and is mounted with a tool exchange device at a tip; and a tool unit mounted on the tool exchange device, characterized by a beam fixing device which is provided at the beam and fixes the beam to the wall surface. a circular base which includes a fixing device to fix the circular base to the wall surface; a beam rotatably installed to the circular base; a trolley movably installed to the beam; a mast which is installed so as to be capable of being raised and lowered with respect to the trolley and is mounted with a tool exchange device at a tip; and a tool unit mounted on the tool exchange device, characterized by a beam fixing device which is provided at the beam and fixes the beam to the wall surface.
An aspiration system comprising: a catheter comprising: an elongated body defining an inner lumen; and an expandable member (18, 50, 68, 70, 90) at a distal portion of the elongated body, wherein the expandable member (18, 50, 68, 70, 90) is configured to expand radially outward from a contracted configuration to an expanded configuration; characterised by control circuitry configured to control the expandable member (18, 50, 68, 70, 90) to move between the expanded configuration and the contracted configuration based on an expansion frequency, wherein the control circuitry is configured to control the expandable member (18, 50, 68, 70, 90) to move between the expanded configuration and the collapsed configuration based on the expansion frequency by at least controlling the number of times the expandable member (18, 50, 68, 70, 90) is in the expanded configuration per unit of time based on the expansion frequency. a catheter comprising: an elongated body defining an inner lumen; and an expandable member (18, 50, 68, 70, 90) at a distal portion of the elongated body, wherein the expandable member (18, 50, 68, 70, 90) is configured to expand radially outward from a contracted configuration to an expanded configuration; characterised by an elongated body defining an inner lumen; and an expandable member (18, 50, 68, 70, 90) at a distal portion of the elongated body, wherein the expandable member (18, 50, 68, 70, 90) is configured to expand radially outward from a contracted configuration to an expanded configuration; characterised by control circuitry configured to control the expandable member (18, 50, 68, 70, 90) to move between the expanded configuration and the contracted configuration based on an expansion frequency, wherein the control circuitry is configured to control the expandable member (18, 50, 68, 70, 90) to move between the expanded configuration and the collapsed configuration based on the expansion frequency by at least controlling the number of times the expandable member (18, 50, 68, 70, 90) is in the expanded configuration per unit of time based on the expansion frequency.
A method for establishing a connection through a communication network that includes multiple segments, comprising: providing a sharing definition defining a sharing of bandwidth among connections in the network; identifying two or more candidate routes (40,44) for a new connection to be established through the network; for each of the two or more candidate routes, calculating an additional bandwidth reservation accumulated over the segments along the candidate route, which would be allocated to said new connection if said new connection were established along the candidate route, responsively to the sharing definition; selecting a preferred route having a minimum value of the cumulative additional bandwidth reservation out of the two or more candidate routes; and establishing the new connection using the preferred route. providing a sharing definition defining a sharing of bandwidth among connections in the network; identifying two or more candidate routes (40,44) for a new connection to be established through the network; for each of the two or more candidate routes, calculating an additional bandwidth reservation accumulated over the segments along the candidate route, which would be allocated to said new connection if said new connection were established along the candidate route, responsively to the sharing definition; selecting a preferred route having a minimum value of the cumulative additional bandwidth reservation out of the two or more candidate routes; and establishing the new connection using the preferred route.
An interlayer film for laminated glass, comprising a thermoplastic resin and a plasticizer, having one end and the other end being at the opposite side of the one end, having two or more uniform thickness parts where the thickness is uniform in a direction connecting the one end and the other end, and having one or more thickness increasing part where the thickness is made to increase in the direction connecting the one end and the other end, the thickness of the other end being larger than the thickness of the one end, the thickness in the uniform thickness part positioned nearest to the other end side being larger than the thickness in the uniform thickness part positioned nearest to the one end side and a ratio of the thickness in the uniform thickness part positioned nearest to the other end side to the thickness in the uniform thickness part positioned nearest to the one end side being 1.3 or more, and a ratio of a distance occupied by the uniform thickness part positioned nearest to the one end side to a distance occupied by the uniform thickness part positioned nearest to the other end side being 0.8 or less.