mhurhangee/ep-ind-claims huggingface dataset:
An aircraft having a longitudinal axis and comprising: at least two gas turbine engines (10a, 10b), each having a longitudinal axis and comprising at least one compressor or turbine rotor disc defining a respective rotational plane (D 32 - D 42) normal to the longitudinal axis, wherein the engine longitudinal axis is angled relative to the aircraft longitudinal axis such that a respective rotational plane of the respective engine (10a, 10b) is nonintersecting with any of the other gas turbine engine (10a, 10b), a fuel tank, a passenger or crew compartment, and an aircraft propulsor; and at least one duct arrangement comprising an intake duct leading from an air inlet to an intake of a respective engine, and an exhaust duct leading from an exhaust of the respective engine to an exhaust outlet, wherein the intake duct transitions from a direction generally parallel to the aircraft longitudinal axis at the air inlet, to a direction generally parallel to the respective engine longitudinal axis at the intake, and the outlet duct transitions from a direction generally parallel to the respective engine longitudinal axis at the exhaust of the respective engine, to a direction generally parallel to the aircraft longitudinal axis at the exhaust outlet. at least two gas turbine engines (10a, 10b), each having a longitudinal axis and comprising at least one compressor or turbine rotor disc defining a respective rotational plane (D 32 - D 42) normal to the longitudinal axis, wherein the engine longitudinal axis is angled relative to the aircraft longitudinal axis such that a respective rotational plane of the respective engine (10a, 10b) is nonintersecting with any of the other gas turbine engine (10a, 10b), a fuel tank, a passenger or crew compartment, and an aircraft propulsor; and at least one duct arrangement comprising an intake duct leading from an air inlet to an intake of a respective engine, and an exhaust duct leading from an exhaust of the respective engine to an exhaust outlet, wherein the intake duct transitions from a direction generally parallel to the aircraft longitudinal axis at the air inlet, to a direction generally parallel to the respective engine longitudinal axis at the intake, and the outlet duct transitions from a direction generally parallel to the respective engine longitudinal axis at the exhaust of the respective engine, to a direction generally parallel to the aircraft longitudinal axis at the exhaust outlet.
A DOT1L inhibitor compound for use in reducing a load of an infectious RNA virus causing a pathogenic hemorrhagic disease in a mammalian subject, wherein said compound has a molecular weight of less than 1000 and is selected from the group consisting of EPZ5676, EPZ004777 and SGC 0946, said compound is adapted to reduce a load of said RNA virus by at least 50% in said mammalian subject, and said compound has a therapeutic index (TI= LD 50 /ED 50) greater than 30 in said mammalian subject against said infectious RNA virus, wherein said infectious RNA virus is Ebola virus.
Method for an ergonomically correct adjustment of a screen, characterized in that an object is removably arranged on a display region of the screen, with which object a user sitting in front of the screen is depicted on an image, whereupon a position of the screen is modified until a depiction of the user is within predefined borders of the image.
An automatic analyzer comprising: a storage unit for storing, on a reagent-by-reagent basis, calibration curve information and the result of a judgement as to whether or not a reagent is effective, and means for storing into the storage unit the calibration curve information of a reagent (A, X), characterised in that said means are adapted to make the judgement whether a reagent is effective based on the elapsed time after the opening of the reagent vessel of the reagent and the expiration date of the reagent, and said means are adapted to store in the storage unit, when a reagent is newly provided for the automatic analyzer, and if the calibration curve information of a reagent for the same analysis item as the newly provided reagent has already been stored in the storage unit, and if the expiration date of the reagent whose calibration curve information has already been stored is not yet reached and the elapsed time after the opening of its reagent vessel falls within a specified time, the calibration curve information of the reagent which has already been stored in the storage unit as the calibration curve information of the newly provided reagent. a storage unit for storing, on a reagent-by-reagent basis, calibration curve information and the result of a judgement as to whether or not a reagent is effective, and means for storing into the storage unit the calibration curve information of a reagent (A, X), characterised in that said means are adapted to make the judgement whether a reagent is effective based on the elapsed time after the opening of the reagent vessel of the reagent and the expiration date of the reagent, and said means are adapted to store in the storage unit, when a reagent is newly provided for the automatic analyzer, and if the calibration curve information of a reagent for the same analysis item as the newly provided reagent has already been stored in the storage unit, and if the expiration date of the reagent whose calibration curve information has already been stored is not yet reached and the elapsed time after the opening of its reagent vessel falls within a specified time, the calibration curve information of the reagent which has already been stored in the storage unit as the calibration curve information of the newly provided reagent.
A negative electrode for a lithium secondary battery, comprising: a current collector; and an electrode layer containing a negative electrode active material, an electrically-conductive auxiliary agent and a binder and formed on a surface of the current collector, wherein the negative electrode active material contains an alloy represented by a following formula: Si x Ti y M z in the formula, M is Ge, and x, y and z represent mass percent values and satisfy x is 17 or more to 77 or less, y is 38 or more to less than 83, and z is 3 or more to 63 or less, and x+y+z = 100, and the electrode layer includes a chain-like or a fibrous electrically-conductive auxiliary agent, characterized in that an elongation (δ) of the electrode layer measured in accordance with a tensile test method of JIS K 7163 is 1.29 < δ < 1.70%, wherein elastic elongation of the current collector, measured in accordance with a tensile test method of JIS K 6251, is 1.30% or more, wherein a content of the electrically-conductive auxiliary agent mixed into the electrode layer is in a range of 1 to 10 mass% with respect to a total amount of the electrode layer, and wherein an amount of the binder contained in the electrode layer is 0.5 to 15 mass% with respect to the electrode layer. a current collector; and an electrode layer containing a negative electrode active material, an electrically-conductive auxiliary agent and a binder and formed on a surface of the current collector, wherein the negative electrode active material contains an alloy represented by a following formula: Si x Ti y M z in the formula, M is Ge, and x, y and z represent mass percent values and satisfy x is 17 or more to 77 or less, y is 38 or more to less than 83, and z is 3 or more to 63 or less, and x+y+z = 100, and the electrode layer includes a chain-like or a fibrous electrically-conductive auxiliary agent, characterized in that an elongation (δ) of the electrode layer measured in accordance with a tensile test method of JIS K 7163 is 1.29 < δ < 1.70%, wherein elastic elongation of the current collector, measured in accordance with a tensile test method of JIS K 6251, is 1.30% or more, wherein a content of the electrically-conductive auxiliary agent mixed into the electrode layer is in a range of 1 to 10 mass% with respect to a total amount of the electrode layer, and wherein an amount of the binder contained in the electrode layer is 0.5 to 15 mass% with respect to the electrode layer.
A method of forming and filling a container with an end product, the method comprising the steps of: locating a heated preform within a mold assembly defining the shape of the container; engaging a portion of a blow nozzle assembly with the preform; introducing the end product into the preform under pressure to simultaneously form the container from the preform and fill the container with the end product; disengaging the portion of the blow nozzle assembly from the preform after forming of the container; removing the filled container from the mold assembly; the method being characterized by the further method step of discharging and directing a stream of cleaning medium toward the blow nozzle assembly after the disengaging step, whereby residual end product is removed from the blow nozzle assembly. locating a heated preform within a mold assembly defining the shape of the container; engaging a portion of a blow nozzle assembly with the preform; introducing the end product into the preform under pressure to simultaneously form the container from the preform and fill the container with the end product; disengaging the portion of the blow nozzle assembly from the preform after forming of the container; removing the filled container from the mold assembly; the method being characterized by the further method step of discharging and directing a stream of cleaning medium toward the blow nozzle assembly after the disengaging step, whereby residual end product is removed from the blow nozzle assembly.
Fuel cell, comprising: - a flow guide; - a component opposite the flow guide, configured to allow a first fluid to flow from a first manifold to a second manifold and through a reactive zone disposed between the flow guide and said component; - a peripheral seal disposed between the flow guide and the component; - an intermediate seal disposed between the flow guide and the component, the intermediate seal being encircled by the peripheral seal and encircling the reactive zone; - another component opposite the flow guide and configured to allow a second fluid to flow from a third manifold to a fourth manifold and through another reactive zone between the flow guide and said other component; characterized in that: - a fluid flow circuit (572, 574) is provided between the intermediate seal and the peripheral seal between fifth and sixth manifolds (597, 598), the fifth or the sixth manifold being separated from the first to fourth manifolds by means of said intermediate seal; - the fuel cell being configured to convey a fluid between said fifth and sixth manifolds (597, 598) in said fluid flow circuit (572, 574). - a flow guide; - a component opposite the flow guide, configured to allow a first fluid to flow from a first manifold to a second manifold and through a reactive zone disposed between the flow guide and said component; - a peripheral seal disposed between the flow guide and the component; - an intermediate seal disposed between the flow guide and the component, the intermediate seal being encircled by the peripheral seal and encircling the reactive zone; - another component opposite the flow guide and configured to allow a second fluid to flow from a third manifold to a fourth manifold and through another reactive zone between the flow guide and said other component; - a fluid flow circuit (572, 574) is provided between the intermediate seal and the peripheral seal between fifth and sixth manifolds (597, 598), the fifth or the sixth manifold being separated from the first to fourth manifolds by means of said intermediate seal; - the fuel cell being configured to convey a fluid between said fifth and sixth manifolds (597, 598) in said fluid flow circuit (572, 574).
A medical system comprising: a disposable trial electrical stimulator comprising a single user interface integral with the trial stimulator; at least one percutaneous stimulation lead connected to the trial stimulator; and an electronic programming device configured to wirelessly communicate with the trial stimulator to program the trial stimulator to deliver stimulation therapy via the at least one percutaneous stimulation lead, wherein the single user interface is configured to cause the trial stimulator to be capable of wireless communications with the electronic programming device and to turn off stimulation being delivered by the trial stimulator, wherein depending on the operational state of the trial stimulator a single input to the single user interface will cause the trial stimulator to be capable of wireless communications with an electronic programming device or will cause the trial stimulator to stop delivering stimulation. a disposable trial electrical stimulator comprising a single user interface integral with the trial stimulator; at least one percutaneous stimulation lead connected to the trial stimulator; and an electronic programming device configured to wirelessly communicate with the trial stimulator to program the trial stimulator to deliver stimulation therapy via the at least one percutaneous stimulation lead, wherein the single user interface is configured to cause the trial stimulator to be capable of wireless communications with the electronic programming device and to turn off stimulation being delivered by the trial stimulator, wherein depending on the operational state of the trial stimulator a single input to the single user interface will cause the trial stimulator to be capable of wireless communications with an electronic programming device or will cause the trial stimulator to stop delivering stimulation.
A process for determining the prognosis of a patient suffering from breast cancer, comprising the step of measuring the level of expression of the following 5 mRNA including: FGF18, BCL2, PRC1, MMP9, SERF1a genes, in an isolated biological sample of said patient consisting of a tumour or a tumour biopsy, or neoplastic cells, or paraffin embedded tumour or formalin fixed tissue specimen (FFPE) containing tumour sample of said patient wherein a high BCL2 and SERF1a expression is associated with a poor prognosis and a decreased likelihood of long-term survival without breast cancer recurrence, and high FGF18, PRC1 and MMP9 expression is associated with a good prognosis and an increased likelihood of long-term survival without breast cancer recurrence, following surgical removal of the primary tumor.
Clamping arrangement having two spring-force terminals (81, 82), wherein the two spring-force terminals (81, 82) each comprise a clamping cage (511, 512) and a spring (611, 612), and wherein an electrical conductor can be inserted into each of the two clamping cages (511, 512) in an insertion direction (21, 22), and can be clamped between said clamping cage and the spring (611, 612), wherein the first insertion direction of the first of the two spring-force terminals and the second insertion direction of the second of the two spring-force terminals are arranged at an angle larger than 0° to one another, wherein the two spring-force terminals (81, 82) are arranged one behind the other in one of the insertion directions (21, 22) of the electrical conductor, and in that the first insertion direction of the first of the two spring-force terminals and the second insertion direction of the second of the two spring-force terminals are arranged at a right angle to one another or counter to one another, wherein the two spring-force terminals (81, 82) comprise an operating element (711, 712) for opening the spring (611, 612), wherein the operating elements (711, 712) are each actuatable in the insertion direction (21, 22) associated with the spring-force terminal (81, 82) thereof, characterised in that at least one of the operating elements is also actuatable at a right angle to the insertion direction associated with the spring-force terminal thereof.
A light emitting device comprising: a conductive substrate; a first electrode layer disposed on the conductive substrate; a light emitting structure disposed on the first electrode layer, the light emitting structure including a first semiconductor layer, a second semiconductor layer, and an active layer disposed between the first semiconductor layer and the second semiconductor layer; a second electrode layer electrically connected to the second semiconductor layer; a window layer disposed between the first electrode layer and the first semiconductor layer to reduce a reflectivity difference therebetween; and an anti-crack layer disposed on a boundary on which the light emitting structure-is segmented on a chip basis, wherein the anti-crack layer contacts a lower part of the window layer and includes at least one of Au, AuBe and an Au alloy- wherein the first electrode layer comprises an ohmic layer including a transparent electrode layer disposed between the conductive substrate and the first semiconductor layer; and a plurality of metal contact portions vertically passing through the transparent electrode layer, wherein the anti-crack layer is flush with the transparent electrode layer and the metal contact portions of the first electrode layer, wherein the anti-crack layer forms a closed area and the transparent electrode layer is disposed in the closed area, and wherein a surface of the metal contact portions contacts the window layer. a conductive substrate; a first electrode layer disposed on the conductive substrate; a light emitting structure disposed on the first electrode layer, the light emitting structure including a first semiconductor layer, a second semiconductor layer, and an active layer disposed between the first semiconductor layer and the second semiconductor layer; a second electrode layer electrically connected to the second semiconductor layer; a window layer disposed between the first electrode layer and the first semiconductor layer to reduce a reflectivity difference therebetween; and an anti-crack layer disposed on a boundary on which the light emitting structure-is segmented on a chip basis, wherein the anti-crack layer contacts a lower part of the window layer and includes at least one of Au, AuBe and an Au alloy- wherein the first electrode layer comprises an ohmic layer including a transparent electrode layer disposed between the conductive substrate and the first semiconductor layer; and a plurality of metal contact portions vertically passing through the transparent electrode layer, wherein the anti-crack layer is flush with the transparent electrode layer and the metal contact portions of the first electrode layer, wherein the anti-crack layer forms a closed area and the transparent electrode layer is disposed in the closed area, and wherein a surface of the metal contact portions contacts the window layer.
Arrangement for detecting faults in a low-voltage supply system, having: - a fire-protection switch comprising a housing in which a first connection element for making electrical contact with an external neutral conductor and a second connection element for making electrical contact with an external phase conductor are accommodated and held, and - a protective element which can be fastened to the housing of the fire-protection switch, characterized in that the arrangement has an electrical first connecting element which can be inserted into the first connection element in order to realize an electrically conductive connection to a further protective switching device which can be coupled to the arrangement, wherein the connecting element, in the mounted state, is accommodated and held in a force-fitting and/or interlocking manner by the protective element, as a result of which electric shock protection for the connecting element is realized. - a fire-protection switch comprising a housing in which a first connection element for making electrical contact with an external neutral conductor and a second connection element for making electrical contact with an external phase conductor are accommodated and held, and - a protective element which can be fastened to the housing of the fire-protection switch,
A method for optimizing a radiation treatment plan for a particular patient using a particular radiation treatment platform, the method comprising: by a control circuit: accessing optimization information for the particular patient and for the particular radiation treatment platform; generating an optimized radiation treatment plan by, at least in part, optimizing a radiation treatment plan for the particular patient using the particular radiation treatment platform by, at least in part, processing the optimization information using direct-aperture-optimization that includes fluence-based sub-optimization. accessing optimization information for the particular patient and for the particular radiation treatment platform; generating an optimized radiation treatment plan by, at least in part, optimizing a radiation treatment plan for the particular patient using the particular radiation treatment platform by, at least in part, processing the optimization information using direct-aperture-optimization that includes fluence-based sub-optimization.
Retaining system (1, 20) for handling a first substrate that is to be bonded with a second substrate with: - A retaining surface (1o, 20o) for retaining a first substrate, and - At least two recesses (2, 21), recessed relative to the retaining surface (1o, 20o), for retaining magnetically acting attachment means (5, 5', 5") for securing the first substrate relative to a second substrate that is aligned with the first substrate, - wherein further magnetic bodies (5, 5', 5") can be brought onto a holding side, characterized in that a substrate stack formed by the first substrate and the second substrate can be fixed under omission of the retaining system (1, 20). - A retaining surface (1o, 20o) for retaining a first substrate, and - At least two recesses (2, 21), recessed relative to the retaining surface (1o, 20o), for retaining magnetically acting attachment means (5, 5', 5") for securing the first substrate relative to a second substrate that is aligned with the first substrate, - wherein further magnetic bodies (5, 5', 5") can be brought onto a holding side, characterized in that a substrate stack formed by the first substrate and the second substrate can be fixed under omission of the retaining system (1, 20).
A platform for arrangement at a vehicle, wherein the platform comprises: - a base plate, which comprises a first base portion and a second base portion, wherein, in a transport state, the first base portion and the second base portion are arranged one over the other, and, in an assembled state, are rigidly connected to one another and form a base plate of the platform; wherein the platform additionally comprises: - a support for arrangement at the vehicle, wherein the support comprises receiving means which are configured to receive the first base portion and the second base portion in the transport state, wherein the receiving means comprise at least one abutment, and the first base portion and the second base portion can be moved relative to the receiving area and the abutment; characterized in that - the platform is, in the assembled state, raised with respect to the transport state, and is freestanding. - a base plate, which comprises a first base portion and a second base portion, wherein, in a transport state, the first base portion and the second base portion are arranged one over the other, and, in an assembled state, are rigidly connected to one another and form a base plate of the platform; - a support for arrangement at the vehicle, wherein the support comprises receiving means which are configured to receive the first base portion and the second base portion in the transport state, wherein the receiving means comprise at least one abutment, and the first base portion and the second base portion can be moved relative to the receiving area and the abutment; - the platform is, in the assembled state, raised with respect to the transport state, and is freestanding.