mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing vibration in a rotary system (120, 130, 140) of a watercraft, for example a cargo ship, comprising: - balancing said rotary system (120, 130, 140), characterized by - providing a rotational element (300, 302-306) comprising a chamber having a fulcrum on a rotational axis of said rotational element (300, 302-306), comprising a circumferential balancing area and being partially filled with an amount of a thixotropic balancing substance. - balancing said rotary system (120, 130, 140), characterized by - providing a rotational element (300, 302-306) comprising a chamber having a fulcrum on a rotational axis of said rotational element (300, 302-306), comprising a circumferential balancing area and being partially filled with an amount of a thixotropic balancing substance.
An optical system comprising a first lens and a second lens, each having a positive refractive power, which are disposed in order from an object side, and a contact multi-layer diffractive optics, wherein: the contact multi-layer diffractive optics comprises a first optical element and a second optical element; characterised in that: the contact multi-layer diffractive optics is disposed on an optical surface of the first lens to face the object side; the first optical element is disposed on the optical surface and in contact with the optical surface and has a relief pattern on an outer surface; the second optical element is disposed on the outer surface of the first optical element and in contact with the relief pattern; the difference of refractive indexes on a d-line between the first optical element and the second optical element is 0.45 or less; and the following expression is satisfied: 0.003 < D / f < 0.1 where D is an air distance on an optical axis between the first lens and the second lens, and f is a focal length of the entire optical system. the contact multi-layer diffractive optics comprises a first optical element and a second optical element; characterised in that: the contact multi-layer diffractive optics is disposed on an optical surface of the first lens to face the object side; the first optical element is disposed on the optical surface and in contact with the optical surface and has a relief pattern on an outer surface; the second optical element is disposed on the outer surface of the first optical element and in contact with the relief pattern; the difference of refractive indexes on a d-line between the first optical element and the second optical element is 0.45 or less; and the following expression is satisfied: 0.003 < D / f < 0.1 where D is an air distance on an optical axis between the first lens and the second lens, and f is a focal length of the entire optical system.
A method for the manufacture of a porous fibre composite material, wherein the method comprises: - Providing a fibre structure, which is infiltrated with a liquid mixture, comprising a polymer resin, an organic solvent, in particular isopropanol, and a formaldehyde former; - Curing of the liquid mixture with the formation of a fibre/polymer resin material with a porous structure; - Infiltration with water of the fibre/polymer resin material with the porous structure; and - Tempering the fibre/polymer resin material with the porous structure and infiltrated with water. - Providing a fibre structure, which is infiltrated with a liquid mixture, comprising a polymer resin, an organic solvent, in particular isopropanol, and a formaldehyde former; - Curing of the liquid mixture with the formation of a fibre/polymer resin material with a porous structure; - Infiltration with water of the fibre/polymer resin material with the porous structure; and - Tempering the fibre/polymer resin material with the porous structure and infiltrated with water.
A sintered oxide compact target for sputtering comprising indium (In), gallium (Ga), zinc (Zn), oxygen and unavoidable impurities, wherein the composition ratio of the respective elements satisfies the Formula of In x Ga y Zn z O a {wherein 0.2 ≤ x / (x + y) ≤ 0.8, 0.1 ≤ z/ (x + y +z) ≤ 0.5, a = (3/2) x + (3/2) y + z}, wherein the sintered oxide compact target has a minute granular structure containing ZnGa 2 O 4 spinel phases, wherein the maximum size of the ZnGa 2 O 4 spinel phases existing in a 90μm x 90μm area range of the sintered oxide compact target is 3.71 μm or less and the number of ZnGa 2 O 4 spinel phases having a grain size of 3μm or larger is 10 or less.
A process for the synthesis of methanol from a hydrocarbon feedstock, comprising the following steps: converting said hydrocarbon feedstock, obtaining a synthesis gas; compressing said synthesis gas (13, 15) to a synthesis pressure; reacting said synthesis gas at said synthesis pressure, obtaining crude methanol; subjecting said crude methanol to separation, obtaining a liquid stream of methanol and unreacted synthesis gas; subjecting at least part of said unreacted synthesis gas to a hydrogen recovery step; wherein: the synthesis gas obtained from conversion of said hydrocarbon feedstock contains carbon oxides and hydrogen in a stoichiometric molar ratio (H 2 -CO 2) / (CO+CO 2) lower than 1.7; prior to said reacting step, said stoichiometric molar ratio (H 2 -CO 2) / (CO+CO 2) is elevated to a value of at least 1.9 by mixing the synthesis gas with a hydrogen-containing stream obtained from said hydrogen recovery step, and said part of unreacted synthesis subjected to said hydrogen recovery step is at least 50%(vol) of the total amount of the unreacted synthesis gas obtained from said separation step. converting said hydrocarbon feedstock, obtaining a synthesis gas; compressing said synthesis gas (13, 15) to a synthesis pressure; reacting said synthesis gas at said synthesis pressure, obtaining crude methanol; subjecting said crude methanol to separation, obtaining a liquid stream of methanol and unreacted synthesis gas; subjecting at least part of said unreacted synthesis gas to a hydrogen recovery step; wherein: the synthesis gas obtained from conversion of said hydrocarbon feedstock contains carbon oxides and hydrogen in a stoichiometric molar ratio (H 2 -CO 2) / (CO+CO 2) lower than 1.7; prior to said reacting step, said stoichiometric molar ratio (H 2 -CO 2) / (CO+CO 2) is elevated to a value of at least 1.9 by mixing the synthesis gas with a hydrogen-containing stream obtained from said hydrogen recovery step, and said part of unreacted synthesis subjected to said hydrogen recovery step is at least 50%(vol) of the total amount of the unreacted synthesis gas obtained from said separation step. the synthesis gas obtained from conversion of said hydrocarbon feedstock contains carbon oxides and hydrogen in a stoichiometric molar ratio (H 2 -CO 2) / (CO+CO 2) lower than 1.7; prior to said reacting step, said stoichiometric molar ratio (H 2 -CO 2) / (CO+CO 2) is elevated to a value of at least 1.9 by mixing the synthesis gas with a hydrogen-containing stream obtained from said hydrogen recovery step, and said part of unreacted synthesis subjected to said hydrogen recovery step is at least 50%(vol) of the total amount of the unreacted synthesis gas obtained from said separation step.
A method for operating a mobile terminal that can be used in a mobile radio network and that comprises a display device (4, 5) for the optical and/or acoustic reproduction of information and at least one input device (6, 7) for gathering information, wherein utilisation and/or operation possibilities of functions and/or applications that are available on the terminal will be reproduced as information by means of the display device (4, 5), wherein at least one function and/or application will be made available in dependence on the local position of the mobile terminal in the mobile radio network and at least a part of the utilisation and/or operation possibilities of the at least one available function and/or application will be reproduced by the display device in dependence on the local position of the mobile terminal in the mobile radio network, wherein services which are available to a mobile terminal in the mobile radio network for communication connections will be controlled in dependence on the local position of the mobile terminal in the mobile radio network, wherein the mobile radio network at least comprises one service area having a cellular network structure composed of radio cells, the service area for at least one mobile terminal is divided into one preferred area and a residual area and if the mobile terminal stays in the at least one preferred area a utilisation of at least one service will be made possible for communication connections, which utilisation differs from a utilisation of services made possible for communication connections if the mobile terminal stays in the residual area, characterized in that the local position will be optically reproduced by means of the display device in form of a map comprising geographic information of the local position and/or the surroundings of the local position, wherein in case of a stay in a preferred area the local position will be reproduced in the map in a different geographic form and/or in a different colour than the local position in case of a stay in a residual area and the reproduction of the utilisation and/or operation possibilities of available functions and/or applications will be realized by means of the display device (2, 3) in dependence on the requirements of the user of the mobile terminal, wherein the requirements will be determined in dependence on and/or on the base of the respective user individual utilisation context in a prognosticating manner by collecting utilizations of functions and/or applications realized by means of the terminal.
Method for determining a wall thickness of a material layer of a pipeline wall by means of an acoustic sensor system, with alignment tolerances of up to five degrees with respect to a surface normal at a point to which an ultrasonic beam with the area of greatest intensity of a beam belt of the ultrasonic beam is directed, the method comprising: operating at least one transmitter unit in order to emit ultrasound toward the material layer and to detect an ultrasound echo reflected from the material layer, wherein the at least one transmitter unit emits ultrasound with a wavelength (λ) satisfying the following condition: λ ≫ Dl − Dk, where DI is an acoustic path of an ultrasonic beam emerging from a portion of the beam exit surface of the transmitter unit remote from the pipeline wall, and Dk is an acoustic path of an ultrasonic beam emerging from a portion of the beam exit surface of the transmitter unit closest to the pipeline wall; and operating a control unit signally connected to the at least one transmitter unit in order to determine a wall thickness of the material layer based on the ultrasonic echo. operating at least one transmitter unit in order to emit ultrasound toward the material layer and to detect an ultrasound echo reflected from the material layer, wherein the at least one transmitter unit emits ultrasound with a wavelength (λ) satisfying the following condition: λ ≫ Dl − Dk, where DI is an acoustic path of an ultrasonic beam emerging from a portion of the beam exit surface of the transmitter unit remote from the pipeline wall, and Dk is an acoustic path of an ultrasonic beam emerging from a portion of the beam exit surface of the transmitter unit closest to the pipeline wall; and operating a control unit signally connected to the at least one transmitter unit in order to determine a wall thickness of the material layer based on the ultrasonic echo.
A tunnel for the in-line anti-bacterial treatment of plucked poultry carcasses, or other animal carcasses with a cryogenic liquid and/or cold gas at a temperature below 0°C, the tunnel having an entrance and an exit for the carcasses and a monorail conveyor extending through the tunnel from the entrance to the exit, along which poultry or other animal suspension shackles are able to pass in use, wherein the conveyor follows a path which reverses direction at least once.
Electric gearless short-term disk motor comprising at least one rotor and at least one at least partially corresponding stator, the field coils of each stator being designed with two, three or higher phases, and being electrically connected to an electrical power supply, the at least one rotor and the at least one stator each having a front surface (14a, 14b; 16a, 16b) facing one another, wherein the at least one rotor and the at least one stator each have an iron-free carrier disk (14', 16') which carry field coils or permanent magnets, an air gap is formed between the carrier disk of each rotor and the carrier disk of each stator, the field coils and / or the permanent magnets are aligned and arranged on the carrier disk of each rotor or the carrier disk of each stator in such a way that the field coils in the current-flowing state and / or the permanent magnets (→, ←) at least temporarily generate magnetic fields in the same or opposite directions, which cause a rotary or longitudinal relative movement of the rotor to the stator, the carrier disk of each stator is designed as a multilayer circuit board and has a plurality of stator field coils, characterized in that the field coils of each stator have embedded or at least partially exposed, multiphase conductive tracks with vias which extend in a meandering manner along the circumference of each stator and have sections of the stator field coils extending essentially in the radial direction as well as end windings of the stator field coils oriented essentially in the circumferential direction of the stator, the multilayer board, in the radial direction inside and / or outside on one or both axial sides of the sections of the stator field coil which extend essentially in the radial direction is several layers thicker than the region of the circuit board which carries the radial sections of the stator field coil, wherein the thicker region of the multilayer circuit board has at least a part of the end windings of the stator field coil, in that these preferably ring-shaped multilayer circuit board layers protruding in the axial direction encompass conductive tracks which extend in sections in the circumferential direction, which are each electrically connected with the sections of the stator field coil extending in the radial direction by means of one or more of the vias.
A battery module comprising: a cell assembly in which a plurality of cells are arranged at a predetermined interval, wherein each of the plurality of cells comprises a cell lead; a sensing wire harness disposed around the cell lead and comprising a connecting terminal corresponding to the cell lead, wherein the connecting terminal is directly bonded to the cell lead; and a connector connected to the sensing wire harness by being fixed at one side of the cell assembly wherein the connecting terminal of the sensing wire harness is directly bonded to the cell lead via welding, wherein the cell lead comprises a first lead plate and a second lead plate that overlap each other, and wherein each of the first lead plate and the second lead plate is formed of at least two layers of thin slices. a cell assembly in which a plurality of cells are arranged at a predetermined interval, wherein each of the plurality of cells comprises a cell lead; a sensing wire harness disposed around the cell lead and comprising a connecting terminal corresponding to the cell lead, wherein the connecting terminal is directly bonded to the cell lead; and a connector connected to the sensing wire harness by being fixed at one side of the cell assembly wherein the connecting terminal of the sensing wire harness is directly bonded to the cell lead via welding, wherein the cell lead comprises a first lead plate and a second lead plate that overlap each other, and wherein each of the first lead plate and the second lead plate is formed of at least two layers of thin slices.
A method of identifying an egress point to a network location, the method comprising: receiving, at a connection manager, a client connection from an external network; retrieving, at the connection manager, an egress point identifier from an egress data source for the received client connection, the egress data source storing egress point identifiers associated with at least one of an internet protocol address and a subnetwork; binding, at the connection manager, the client connection to a pre-selected egress point corresponding to the retrieved egress point identifier, the pre-selected egress point (202, 202b) different from another egress point (202, 202a) naturally selected by a default network routing protocol; encapsulating, at the connection manager, packets of data received from the client connection; instantiating, at the connection manager, a network tunnel to an intermediate egress point located a threshold distance from the bound pre-selected egress point (202, 202b); sending, from the connection manager, the encapsulated data packets (40, 40a) through the instantiated network tunnel to the intermediate egress point; decapsulating, at a decapsulator, the encapsulated data packets at least near the intermediate egress point; and after decapsulating the encapsulated data packets, routing the decapsulated data packets (40, 40a) from the intermediate egress point to the bound pre-selected egress point using the default network routing protocol. receiving, at a connection manager, a client connection from an external network; retrieving, at the connection manager, an egress point identifier from an egress data source for the received client connection, the egress data source storing egress point identifiers associated with at least one of an internet protocol address and a subnetwork; binding, at the connection manager, the client connection to a pre-selected egress point corresponding to the retrieved egress point identifier, the pre-selected egress point (202, 202b) different from another egress point (202, 202a) naturally selected by a default network routing protocol; encapsulating, at the connection manager, packets of data received from the client connection; instantiating, at the connection manager, a network tunnel to an intermediate egress point located a threshold distance from the bound pre-selected egress point (202, 202b); sending, from the connection manager, the encapsulated data packets (40, 40a) through the instantiated network tunnel to the intermediate egress point; decapsulating, at a decapsulator, the encapsulated data packets at least near the intermediate egress point; and after decapsulating the encapsulated data packets, routing the decapsulated data packets (40, 40a) from the intermediate egress point to the bound pre-selected egress point using the default network routing protocol.
A banknote dispensing/receiving mechanism of a banknote processing device, comprising a housing and a baffle, wherein the baffle is an elastic retaining piece and the elastic retaining piece is located in a discharging route of banknotes, wherein the elastic retaining piece comprises a first retaining piece and a second retaining piece, one end of the first retaining piece and one end of the second retaining piece are fixed with respect to the housing, the fixed end of the first retaining piece is arranged oppositely to the fixed end of the second retaining piece, and a free end of the first retaining piece and a free end of the second retaining piece are both located in the discharging route of the banknotes, wherein a surface of the first retaining piece facing a banknote pushing plate of the banknote dispensing/receiving mechanism and a surface of the second retaining piece facing the banknote pushing plate are at a same plane, wherein a rectangular corrugated banknote blocking slit is provided between a bottom portion of a pressing plate of the banknote dispensing/receiving mechanism and/or a bottom portion of the banknote pushing plate of the banknote dispensing/receiving mechanism, and a bottom plate of the banknote dispensing/receiving mechanism.
A circulating fluidized bed boiler comprising - a cyclone, - a fluidized bed superheater placed after the cyclone, and - a superheater piping of the fluidized bed superheater, the superheater piping comprising a steam pipe, to which can be directed steam to be superheated, wherein the superheater piping comprises straight parts and curved parts, characterized in that - the superheater piping comprises a protective shell, which surrounds the steam pipe, and in that - the straight parts of the superheating piping are inside a fluidized bed, in which case they are in a space exposed to bed material and - the curved parts of the superheating piping are arranged in a space separated from the fluidized bed material. - a cyclone, - a fluidized bed superheater placed after the cyclone, and - a superheater piping of the fluidized bed superheater, the superheater piping comprising a steam pipe, to which can be directed steam to be superheated, wherein the superheater piping comprises straight parts and curved parts, characterized in that - the superheater piping comprises a protective shell, which surrounds the steam pipe, and in that - the straight parts of the superheating piping are inside a fluidized bed, in which case they are in a space exposed to bed material and - the curved parts of the superheating piping are arranged in a space separated from the fluidized bed material.
A catheter assembly having at least three configurations, a storage configuration, a coupling configuration and a use-configuration, the assembly comprising a package and a catheter, the package having a container defining a first cavity for receiving the catheter in the storage configuration and in the coupling configuration, the catheter having a handle detachably attached to the container, the handle being telescopically connected to the catheter, the handle being provided with a second cavity, so that the handle in the storage configuration is configured to receive a distal end of the catheter, the handle being configured to receive a connector to a bag or tube in the coupling and in the use configuration, the handle being provided with means functioning as a stop in the form of an inwardly extending flange in the proximal end of the handle, the catheter being provided with a valve in the distal end, characterised in that the valve comprises a valve seat and a seal, the valve being configured to cooperate with the means functioning as a stop in the handle so that the valve remains closed in the storage configuration and in the coupling configuration, and opens, when the catheter assembly is brought from the coupling configuration to the use-configuration, the valve being provided with valve opening means in the form of a protrusion for cooperating with the means functioning as a stop in the form of the inwardly extending flange in the proximal end of the handle.
A composition comprising granules comprising 2,5-dichloro-3-(5-(3,4-dihydroxy-5-nitro-phenyl)-1,2,4-oxadiazol-3-yl)-4,6-dimethylpyridine 1-oxide and salts thereof, wherein the bulk density of the composition is greater than 0.2 g/ml.