mhurhangee/ep-ind-claims huggingface dataset:
A high-frequency switching circuit module comprising: a common input/output terminal (UBAL); a plurality of input/output terminals (P1, P2); a high-frequency switch that includes a field-effect transistor switching element (Q1-Q4) and that selectively connects between the common input/output terminal (UBAL) and one of the plurality of input/output terminals (P1, P2); a multilayer substrate including a plurality of stacked dielectric layers; and a matching circuit, wherein the high-frequency switch comprises a semiconductor chip and is disposed on at least one of major surfaces of a multilayer substrate by flip-chip mounting via a bump portion having an inductance, wherein the matching circuit is disposed between the common input/output terminal (UBAL) and a circuit connected to the common input/output terminal (UBAL) and is not disposed between the plurality of input/output terminals (P1, P2) and a circuit (F1, F2) connected to each of the plurality of input/output terminals (p1, P2), wherein the matching circuit includes an inductor formed on a first one of the major surfaces of the multilayer substrate or inside the multilayer substrate, and wherein an impedance of the matching circuit is set to correct an electrical capacitance generated at the input/output terminals of the switching element in an off-state. a common input/output terminal (UBAL); a plurality of input/output terminals (P1, P2); a high-frequency switch that includes a field-effect transistor switching element (Q1-Q4) and that selectively connects between the common input/output terminal (UBAL) and one of the plurality of input/output terminals (P1, P2); a multilayer substrate including a plurality of stacked dielectric layers; and a matching circuit, wherein the high-frequency switch comprises a semiconductor chip and is disposed on at least one of major surfaces of a multilayer substrate by flip-chip mounting via a bump portion having an inductance, wherein the matching circuit is disposed between the common input/output terminal (UBAL) and a circuit connected to the common input/output terminal (UBAL) and is not disposed between the plurality of input/output terminals (P1, P2) and a circuit (F1, F2) connected to each of the plurality of input/output terminals (p1, P2), wherein the matching circuit includes an inductor formed on a first one of the major surfaces of the multilayer substrate or inside the multilayer substrate, and wherein an impedance of the matching circuit is set to correct an electrical capacitance generated at the input/output terminals of the switching element in an off-state.
A process for the preparation of a first compound being a defined monomer sequence polymer, in which at least two of the monomeric units are distinct from each other; the process comprising the steps of: (i) synthesising a backbone portion of the first compound by performing one or more sequential monomeric coupling reactions in a first organic solvent, at least one of the monomeric units used in the sequential monomeric coupling reactions comprising a reactive side chain precursor group, such that the backbone portion comprises one or more reactive side chain precursor groups located at one or more predetermined positions along its length; (ii) between each coupling reaction, separating a product of said one or more sequential coupling reactions from at least one second compound, which is a reaction by-product of the synthesis of the product and/or an excess of a reagent used for the synthesis of the product, and (iii) attaching one or more side chains to the one or more reactive side chain precursor groups located along the length of the backbone portion; wherein during step (ii) the product of said one or more sequential coupling reactions and at least one second compound are dissolved in a second organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the product which is greater than the rejection for the second compound. (i) synthesising a backbone portion of the first compound by performing one or more sequential monomeric coupling reactions in a first organic solvent, at least one of the monomeric units used in the sequential monomeric coupling reactions comprising a reactive side chain precursor group, such that the backbone portion comprises one or more reactive side chain precursor groups located at one or more predetermined positions along its length; (ii) between each coupling reaction, separating a product of said one or more sequential coupling reactions from at least one second compound, which is a reaction by-product of the synthesis of the product and/or an excess of a reagent used for the synthesis of the product, and (iii) attaching one or more side chains to the one or more reactive side chain precursor groups located along the length of the backbone portion;
A compound of having one of the following structures or wherein M + represents a cation of an alkali metal, e.g., sodium or potassium, ammonium, or a C 1-7 alkyl, aralkyl or aromatic quaternary ammonium cation, N(D 3) 4 + in which each D 3 can be alkyl, e.g., methyl or ethyl, aralkyl, e.g., benzyl, or form part of a heterocyclic ring system, e.g., pyridinium, or particularly the disodium salt.
A cosmetic or cleansing composition for topical application and having an antimicrobial activity, comprising at least one saponin material isolated from a saponin containing natural source and an extract from at least one plant species of a genus selected from Lonicera, Populus and Wasabia or a mixture thereof, the saponin-containing natural source being a plant selected from Camellia oleifera, Sapindus mukorossi or any mixture thereof; the Lonicera extract being an extract of Lonicera japonica; the Populus extract being an extract of Populus tremuloides; the Wasabia extract being an extract of Wasabia japonica, the composition comprises at least one said saponin material and said Lonicera extract, or at least one said saponin material and said Populus extract, or at least one said saponin material and said Wasabia extract.
An article conveying apparatus comprising: a hopper (60, 70) that temporarily stores an article charged from an outside and discharges the article downstream; a driver that drives the hopper (60, 70); and a main body to be attached with the driver, wherein the main body includes: a top plate that has a plane in a horizontal direction; and a side surface to be attached with the driver, and the side surface has: a first surface that is to be connected to the top plate; and a second surface that is formed continuously with the first surface, is attached with the driver, and is inclined in a direction of going toward a center axis of the main body as going downward in the vertical direction, characterized in that the first surface stands up in a vertical direction. a hopper (60, 70) that temporarily stores an article charged from an outside and discharges the article downstream; a driver that drives the hopper (60, 70); and a main body to be attached with the driver, wherein the main body includes: a top plate that has a plane in a horizontal direction; and a side surface to be attached with the driver, and a top plate that has a plane in a horizontal direction; and a side surface to be attached with the driver, and the side surface has: a first surface that is to be connected to the top plate; and a second surface that is formed continuously with the first surface, is attached with the driver, and is inclined in a direction of going toward a center axis of the main body as going downward in the vertical direction, a first surface that is to be connected to the top plate; and a second surface that is formed continuously with the first surface, is attached with the driver, and is inclined in a direction of going toward a center axis of the main body as going downward in the vertical direction,
Process for operation of a building installation system with a situation detector, comprising a sensor scanning the detection range multidimensionally as well as a control unit for evaluation of the sensor data, by which control unit at least one actuator (L 1 to L 4) of a building installation can be controlled, wherein the control of the at least one actuator (L 1 to L 4) by the user is effected by gesture control, characterized by the fact that for control of an actuator (L 1 to L 4) the data detected by the situation detector are evaluated with regard to the presence of a pointing gesture, wherein the direction information contained in the pointing gesture is used to detect an actuator control request, that during the system setup at least one actuator (L 1 to L 4) which is to be controlled by a pointing gesture is defined in the coordinate system of the data detected by the sensor by a bounding box (13, 13.1) framing respectively virtually depicting the actuator (L 1 to L 4), and that a control of this actuator (L 1 to L 4) by the system is effected if the user points at the bounding box (13, 13.1) with a pre-defined pointing gesture, to which effect the pointing gesture contains a direction information, the sensor derives the desired direction information from the pointing gesture detected and the vector of the pointing direction is calculated to check whether it hits a defined bounding box (13, 13.1).
A composition suitable as a cancer vaccine comprising: an immunogenic amount of a cancer antigen preparation of interest comprising a preparation of replication incompetent tumor cells; and a cancer vaccine adjuvant, wherein said cancer vaccine adjuvant comprises extracellular matrix material of the small intestinal submucosa tissue, the renal capsule tissue or Fascia extracellular matrix material. an immunogenic amount of a cancer antigen preparation of interest comprising a preparation of replication incompetent tumor cells; and a cancer vaccine adjuvant, wherein said cancer vaccine adjuvant comprises extracellular matrix material of the small intestinal submucosa tissue, the renal capsule tissue or Fascia extracellular matrix material.
Combustion engine starter having a centrally holed output pinion, notably for a motor vehicle, comprising a casing provided with a front bearing having a front face that has an opening, a starter drive assembly provided with a bushing that has a front end (126, 127) passing through the opening in the front bearing and carrying the output pinion outside the front bearing, complementary splines (67, 167) belonging to the external periphery of the front end of the bushing and to the internal periphery of the output pinion, respectively, a groove (64, 164) interrupting the splines of the bushing for mounting a stop (60, 160) for axially immobilizing the pinion, a clearance compensation spring that urges the pinion into contact with the stop, wherein, for the one part, the front end of the bushing has a shoulder for supporting the rear end of the spring, and, for the other part, the pinion has, at the rear, a blind housing for mounting the spring, characterized in that the stop (60, 160) is formed by an elastic ring having a height greater than its thickness, in that the elastic ring (60, 160) is housed with a radial clearance at least in part in an annular chamber made in the front face of the pinion, and in that the internal periphery of the elastic ring (60, 160) is mounted in the groove (61, 161) in the bushing.
An assembly for a gas turbine engine, the assembly comprising: a first platform; an airfoil (30;130) extending from the first platform, the airfoil including:; a suction side wall connecting a leading edge and a trailing edge a pressure side wall spaced apart from the suction side wall, the pressure side wall connecting the leading edge and the trailing edge; a first fillet formed around a perimeter of the airfoil (30;130) where the airfoil (30; 130) extends from the first platform; a plurality of pressure side biased cooling discharge openings along the trailing edge outside of the first fillet, each pressure side biased cooling discharge opening extending from the trailing edge along the pressure side wall; and characterised by a first center cooling discharge opening (50; 150) extending along the trailing edge into the first fillet, the first center cooling discharge opening (50; 150) centrally located between the pressure side wall and the suction side wall; and the pressure sidewall and the first platform forming an acute angle at the trailing edge. a first platform; an airfoil (30;130) extending from the first platform, the airfoil including:; a suction side wall connecting a leading edge and a trailing edge a pressure side wall spaced apart from the suction side wall, the pressure side wall connecting the leading edge and the trailing edge; a first fillet formed around a perimeter of the airfoil (30;130) where the airfoil (30; 130) extends from the first platform; a plurality of pressure side biased cooling discharge openings along the trailing edge outside of the first fillet, each pressure side biased cooling discharge opening extending from the trailing edge along the pressure side wall; and characterised by a first center cooling discharge opening (50; 150) extending along the trailing edge into the first fillet, the first center cooling discharge opening (50; 150) centrally located between the pressure side wall and the suction side wall; and the pressure sidewall and the first platform forming an acute angle at the trailing edge.; a suction side wall connecting a leading edge and a trailing edge a pressure side wall spaced apart from the suction side wall, the pressure side wall connecting the leading edge and the trailing edge; a first fillet formed around a perimeter of the airfoil (30;130) where the airfoil (30; 130) extends from the first platform; a plurality of pressure side biased cooling discharge openings along the trailing edge outside of the first fillet, each pressure side biased cooling discharge opening extending from the trailing edge along the pressure side wall; and characterised by a first center cooling discharge opening (50; 150) extending along the trailing edge into the first fillet, the first center cooling discharge opening (50; 150) centrally located between the pressure side wall and the suction side wall; and the pressure sidewall and the first platform forming an acute angle at the trailing edge.
A process in two or more steps for oxidation of a cymene to an aromatic carboxylic acid, wherein said process comprises a first oxidation step in gas phase with air or molecular oxygen in presence of a nitric acid, Mn, permanganate, Mn, Co and/or V 2 O 5 comprising catalyst, followed by a second oxidation step in liquid phase in presence of a Co/Mn/Br catalyst.
Drive device comprising a vehicle axle, in particular a rear axle, for a two-track vehicle, wherein the vehicle axle has an axle differential which can be connected on the input side to a primary drive engine and on the output side to vehicle wheels of the vehicle axle via flanged shafts (5, 7) arranged on both sides, the vehicle axle being associated with an additional drive engine and a shiftable superimposed transmission which can be shifted into a torque distribution gear stage, in which a drive torque generated by the additional drive engine is generated, as a function of the magnitude and direction of rotation of which torque distribution to the two vehicle wheels can be changed, and which can be shifted into a hybrid mode in which the drive torque generated by the additional drive engine can be coupled via the axle differential in an evenly distributed manner to both flanged shafts (5, 7) of the vehicle wheels, characterised in that the superimposed transmission has precisely two planetary gears (PG1, PG2), of which one input planetary gear is configured as a Ravigneaux gear set, which can be drivingly connected on the input side to the additional drive engine and of which an output planetary gear is configured as a simple planetary gear set with precisely one input element, one reaction element and one output element, of which the input element is connected to the input planetary gear and the output element is drivingly connected to the axle differential input side, wherein in the case of a switched first hybrid gear stage, in particular a starting gear, and in the case of a switched second hybrid gear stage, a load path is in each case formed, in which the input planetary gear and the output planetary gear are engaged without branching of the power, and in that, in the case of a switched torque distribution gear stage, a load path is formed in which the input planetary gear and the output planetary gear are engaged, with power branching taking place at the input planetary gear.
A method for arranging representatives of programs selected via at least one input device from a plurality of programs for cooking devices on at least one display device, which is operatively connected to the input device and a control or regulating device, wherein the control or regulating device is operatively connected to a storage device for storing a plurality of programs for cooking devices and is connected to at least one cooking device or is provided by a cooking device, each program representative can be arranged in the form of a virtual token in at least one area in the form of a virtual voucher board, each virtual voucher has a code name and/or a graphic representation for the corresponding program, and the virtual voucher board enables a representation within a multidimensional space, characterized in that the representation on the virtual voucher board takes as its basis a coordinate system having at least one position axis in order to determine a treatment level, treatment column or treatment row of the cooking area of the cooking device, and a time axis in order to determine at least one time point and/or time period of the operation of the cooking device, and, as a function of at least one parameter of at least one program representative arranged in the area, an arrangement of at least one other program representative to be arranged in the area with at least one other parameter automatically takes place or is suggested, wherein each parameter is at least characteristic of a treatment level or treatment column or treatment row or treatment zone of the cooking device and a time point or a time period of the program corresponding to the respective program representative, in addition a parameter which is characteristic of a climatic variable is determined as a climate parameter by a temperature, an humidity, a pressure, a flow speed, and/or a microwave energy in a cooking device, and a spatially different and chronologically identical arrangement of a first program representative of a first selected program, determined by at least one first climate parameter, and at least one second program representative of a second selected program, determined by at least one second climate parameter, is automatically refused, if the second climate parameter differs from the first climate parameter, in particular by a particular tolerance dimension.
Apparatus having a base carrier and an equipment carrier, the height of which can be adjusted between a first position and a second position relative to the base carrier, and the equipment carrier, in the first position, rests on the base carrier directly or by way of components connected to the base carrier, wherein the apparatus has a first crank lever, wherein the first crank lever can be rotated about a first axis of rotation, wherein a connecting rod is connected to the first crank lever by way of a first joint and a second joint is connected to the equipment carrier, wherein the first crank lever is mounted, directly or by way of a first shaft, in a first bearing, about a first axis of rotation and the first bearing is connected to the base carrier, wherein the apparatus has a guide (401, 402, 403, 404) for the equipment carrier, such that the equipment carrier is guided by means of the guide (401, 402, 403, 404) such that it can be displaced parallel to the base carrier, wherein the apparatus has a stop element (310, 721, 722, 723, 724) and a stop (500, 221, 222, 223, 224), characterized in that the stop element (310, 721, 722, 723, 724, 725) is connected to the first crank lever or the connecting rod rigidly or by way of a second mechanism, in that the stop (500, 221, 222, 223, 224) is arranged in the base carrier or is connected to the base carrier, in that, as a result of rotation of the first crank lever, the equipment carrier overcomes an upper dead centre during the displacement from the first to the second position, and the stop element (310, 721, 722, 723, 724) comes into abutment with the stop (500, 221, 222, 223, 224) during the further rotation of the first crank lever.
Slide rail door closer with fixture for moving and optionally blocking the closing movement of a swivelling door wing, wherein the slide rail door closer has a slide rail and a swivel arm, which is supported on both the door wing as well as the surrounding structure eccentrically, relative to the swivel axis of the door wing, and a force acts on it that is aligned in the closing direction of the door wing, and wherein the swivel arm is held rotatably on a slide block, which is guided in the slide rail, movably in lengthwise direction, and wherein the swivel movement of the swivel arm relative to the slide block can be blocked optionally by the fixture, - wherein the fixture is arranged in the slide rail and at least comprises a fluid cylinder and a control valve, which regulates the flow of the fluid of the fluid cylinder, - wherein the fluid cylinder comprises a cylinder part and a movable piston (13, 14) that is guided opposite from it, as well as a cylinder hollow space (15, 16) that is limited jointly by the cylinder part and the piston (13, 14) and contains the fluid, - wherein the cylinder part on the slide rail is stabilised against swivel movements parallel to the level of the swivel arm and the travel path of the piston (13, 14), which defined by the guidance on the cylinder part, leads, for the blocking of the swivel movement of the swivel arm, to the swivel arm and/or to a part that is movable by force through the movement of the swivel arm, characterised in that - the fluid cylinder of the fixture is mounted on the slide block and can be driven in lengthwise direction together with the slide block in the slide rail. - wherein the fixture is arranged in the slide rail and at least comprises a fluid cylinder and a control valve, which regulates the flow of the fluid of the fluid cylinder, - wherein the fluid cylinder comprises a cylinder part and a movable piston (13, 14) that is guided opposite from it, as well as a cylinder hollow space (15, 16) that is limited jointly by the cylinder part and the piston (13, 14) and contains the fluid, - wherein the cylinder part on the slide rail is stabilised against swivel movements parallel to the level of the swivel arm and the travel path of the piston (13, 14), which defined by the guidance on the cylinder part, leads, for the blocking of the swivel movement of the swivel arm, to the swivel arm and/or to a part that is movable by force through the movement of the swivel arm, characterised in that - the fluid cylinder of the fixture is mounted on the slide block and can be driven in lengthwise direction together with the slide block in the slide rail.