mhurhangee/ep-ind-claims huggingface dataset:
Procedure for detecting a complete or partial blockage of a measuring tube (A, B) of a vibronic-type transducer of a flowmeter, wherein medium flows through the transducer and wherein the transducer has at least two measuring tubes (A, B) which are switched in parallel in terms of flow and can be excited, during operation, to produce mechanical vibrations, wherein said procedure is characterized by the following steps: A) Supply of heat to a medium conducted in a first measuring tube by means of at least one heating element or Evacuation of heat from a medium conducted in a first measuring tube by means of at least one cooling element; B) Measurement of a temperature by means of at least one temperature sensor, which is thermally coupled to the medium conducted in the first measuring tube; C) Determination of a first comparative variable, which is characteristic for the transport of heat through the medium in the first measuring tube, on the basis of the supply of heat or evacuation of heat and the temperature measurement, and comparison of same with a reference variable; D) Detection of a blockage of at least one measuring tube (A, B) of the transducer if the first comparative variable deviates from the reference variable by more than a limit value, characterized in that the first comparative variable is a flow rate through the first measuring tube that is determined on the basis of the supply of heat or the evacuation of heat, as well as the temperature measurement, and in that the reference variable is a flow rate expected for the first measuring tube that is determined on the basis of a mass flow rate through the flowmeter which is measured according to the Coriolis principle. A) Supply of heat to a medium conducted in a first measuring tube by means of at least one heating element or Evacuation of heat from a medium conducted in a first measuring tube by means of at least one cooling element; B) Measurement of a temperature by means of at least one temperature sensor, which is thermally coupled to the medium conducted in the first measuring tube; C) Determination of a first comparative variable, which is characteristic for the transport of heat through the medium in the first measuring tube, on the basis of the supply of heat or evacuation of heat and the temperature measurement, and comparison of same with a reference variable; D) Detection of a blockage of at least one measuring tube (A, B) of the transducer if the first comparative variable deviates from the reference variable by more than a limit value,
Laminate- or parquet-floor spacer-strip comprising a vapour barrier film, to which a spacer strip is detachably adhesively bonded, characterized in that - the vapour barrier film is applied to a thin carrier layer of foamed plastic, - and the composite comprising vapour barrier film and carrier layer has an overlapping section, extending horizontally from the spacer strip following installation, to be connected to a vapour barrier film located underneath the floor covering to be laid, on the rear side of which an adhesive layer is arranged. - the vapour barrier film is applied to a thin carrier layer of foamed plastic, - and the composite comprising vapour barrier film and carrier layer has an overlapping section, extending horizontally from the spacer strip following installation, to be connected to a vapour barrier film located underneath the floor covering to be laid, on the rear side of which an adhesive layer is arranged.
A method of controlling a motor vehicle transmission comprising: - a heat engine driving the wheels of said vehicle by a controlled transmission chain, and - accessories (14, 15) taking a torque from said heat engine, characterized in that said method comprises: - a step of shedding at least part of a torque taken by said accessories (14, 15) during operation in a life situation with high environmental stress, and then - a step of shifting the ratio change law curves to speeds greater than the speeds of the ratio change law curves applied in a normal life situation of said motor vehicle. - a heat engine driving the wheels of said vehicle by a controlled transmission chain, and - accessories (14, 15) taking a torque from said heat engine, - a step of shedding at least part of a torque taken by said accessories (14, 15) during operation in a life situation with high environmental stress, and then - a step of shifting the ratio change law curves to speeds greater than the speeds of the ratio change law curves applied in a normal life situation of said motor vehicle.
Tank system for a liquid reducing agent, comprising a dispensing installation, a dispensing valve which is arranged outside the dispensing installation and is connected via a conveying line to a conveying device for the reducing agent in the dispensing installation, wherein the conveying line between the dispensing valve and the dispensing installation is heatable via a heating device, characterized in that the heating device comprises at least one flow line arranged on the conveying line and at least one return line arranged on the conveying line, through which a heating medium flows and which, together with the conveying line, are arranged within a protective hose.
A building closure, in particular a roof window, having a frame, a sash that is supported rotatably relative to the frame and a sealing device for sealing an air gap present between the frame and the sash when the building closure is closed, wherein the sealing device is continuously arranged on several rails of the frame or of the sash so that, when the building closure is closed, it abuts in a continuously sealing manner against a flat sealing surface of the sash or of the frame that is opposed to the rails, characterised in that the sealing device has a first seal with a continuous configuration and a second seal forming a visual part when the building closure is closed, wherein the first seal has larger dimensions than the air gap, so that, when the building closure is closed, it abuts sealingly against the sealing surface that is opposite the rails with regard to the air gap, and wherein in a relaxed state of the sealing device, when the building closure is open, the first seal has a larger extent than the second seal in the direction facing away from the rails and, when the building closure is closed, is arranged on the side of the second seal that is facing away from an inner side of the building closure.
Method for determining an angle error (Δ) between an angle of rotation value (φ) determined by means of an angle measuring system and a reference value (φ R), wherein the rotation angle value (φ) is determined from a rotation angle signal of a rotation angle sensor in an evaluation unit of the angle measuring system comprising the rotation angle sensor and the evaluation unit, wherein the reference value (φ R) is determined from a reference angle signal in the evaluation unit of the angle measuring system, wherein the angle error between the rotation angle value (φ) and the reference value (φ R) is determined in the evaluation unit of the angle measuring system, wherein the evaluation unit comprises a microcontroller, wherein the rotation angle signal is guided to at least an input of the microcontroller to determine the rotation angle value, characterized in that the reference angle signal comprises a count signal guided to a counter input of the microcontroller and a reference pulse signal guided to an interrupt input of the microcontroller to determine the reference value. wherein the rotation angle value (φ) is determined from a rotation angle signal of a rotation angle sensor in an evaluation unit of the angle measuring system comprising the rotation angle sensor and the evaluation unit, wherein the reference value (φ R) is determined from a reference angle signal in the evaluation unit of the angle measuring system, wherein the angle error between the rotation angle value (φ) and the reference value (φ R) is determined in the evaluation unit of the angle measuring system, wherein the evaluation unit comprises a microcontroller, wherein the rotation angle signal is guided to at least an input of the microcontroller to determine the rotation angle value, characterized in that the reference angle signal comprises a count signal guided to a counter input of the microcontroller and a reference pulse signal guided to an interrupt input of the microcontroller to determine the reference value.
Stripping device for stripping a cable sheath of a cable using a first cutter half (1; 1') and a second cutter half (10; 10') which can be moved towards one another in a first direction; the side surfaces pointing towards one another of the first and second cutter half (1, 10; 1', 10') are spaced from one another by a distance in a second direction essentially vertical to the first direction, characterised in that a voltage is applied to the first cutter half (1; 1') and the second cutter half (10; 10'), and the stripping device further has an evaluating unit connected to the first cutter half (1; 1') and the second cutter half (10; 10') which may record a current flow through the first cutter half (1; 10') and the second cutter half (10; 10').
Method of operating a device (60; 100) for controlling home automation equipment (1a, 2a, 2b, 2c, 3a, 3b, 5a) for orienting and/or displacing a moving product of a building, comprising a display screen, on which a portion of the screen is assigned to the display of a first graphic representation, such as an equipment icon (4, 5, 123, 125, 131), symbolizing this equipment, the method comprising a step for graphic adjustment of the first graphic representation so that it represents, at least approximately, the real degree of orientation and/or deployment of the moving product, a user modifying, as suits him or her, the degree of orientation and/or the degree of deployment by acting on means for transforming or modifying the appearance of a representation of the moving product and an action on the first graphic representation serving as setpoint and serving to transmit a command to the home automation equipment.
An apparatus comprising: logic circuitry to determine whether a storage structure includes a reference to a code miss request prior to transmission of the code miss request to a shared cache; and the logic circuitry to cause de-prioritization of a speculative code line, corresponding to the code miss request, in the shared cache in response to an absence of the reference in the storage structure, wherein the code miss request is directed at the shared cache. wherein the storage structure comprises a Bloom filter; wherein the logic circuitry is to forward the code miss request to the shared cache with an indication to de-prioritize the code line in the shared cache in response to the absence of the reference in the storage structure, wherein the shared cache is a Level 2;L2; cache, or wherein the code miss request is directed at the shared cache after a miss in a code Level 1;L1; cache; and wherein the storage structure is to store an indicia of one or more instructions or one or more micro-operations that have been allocated in an Instruction Dispatch Queue;IDQ;, or wherein the IDQ is to store an instruction or micro-operation prior to allocation in a pre-execution stage of a processor pipeline. logic circuitry to determine whether a storage structure includes a reference to a code miss request prior to transmission of the code miss request to a shared cache; and the logic circuitry to cause de-prioritization of a speculative code line, corresponding to the code miss request, in the shared cache in response to an absence of the reference in the storage structure, wherein the code miss request is directed at the shared cache. wherein the storage structure comprises a Bloom filter; wherein the logic circuitry is to forward the code miss request to the shared cache with an indication to de-prioritize the code line in the shared cache in response to the absence of the reference in the storage structure, wherein the shared cache is a Level 2;L2; cache, or wherein the code miss request is directed at the shared cache after a miss in a code Level 1;L1; cache; and wherein the storage structure is to store an indicia of one or more instructions or one or more micro-operations that have been allocated in an Instruction Dispatch Queue;IDQ;, or wherein the IDQ is to store an instruction or micro-operation prior to allocation in a pre-execution stage of a processor pipeline.
Article of clothing to wear on the top part of the body to cover at least the shoulders, torso and back, said article of clothing consists of two opposite panels (12, 14), joined together overlapping along all the respective facing perimeter edges, except for at least a lower segment that is not joined, which defines a lower opening in order to put the article of clothing at least on the torso, shoulders and back, and an upper segment, not joined, which defines an upper opening for the head to go through, and possibly one or more lateral segments, not joined, which define respective one or more lateral openings for the arms to go through, said two panels (12, 14) having the same shape and size, optionally except for exclusively the zone of said upper segment defining the upper opening, wherein said panels (12, 14) have respective shaped edges having an identical profile, chosen between a rounded shape and a V-shape, wherein at least one, or each, of said two panels (12, 14) consists of a single layer of textile material and wherein said two panels are a front panel and a back panel, wherein the front panel and the back panel are joined to each other along said perimeter edge, laterally by means of a left lateral seam and a right lateral seam and, in the upper part, by means of a left shoulder seam and a right shoulder seam to define a tubular structure wearable by the user, wherein the left lateral seam, the right lateral seam, the left shoulder seam and the right shoulder seam are external seams or internal seams, wherein the left shoulder seam and the right shoulder seam have the same type of seam, internal or external, as have the respective left lateral seam and the right lateral seam, wherein said front panel and back panel are shaped or cut so as to be identical to each other and each symmetrical front/back with respect to themselves and also symmetrical with respect to each other and wherein the front panel and the back panel each provide, in correspondence to said upper segment along which they are not joined together, an identical edge shaped to define a part of the article of clothing that surrounds the user's neck, delimiting said upper opening for the head to go through, characterized in that at least one of either the left lateral seam or the right lateral seam is an internal seam, and at least one other of either the left lateral seam or the right lateral seam is an external seam and wherein at least one of either the left shoulder seam or the right shoulder seam is an internal seam, and at least one other of either the left shoulder seam or the right shoulder seam is an external seam.
An apparatus for charging at least one traction battery of an electric vehicle, wherein the apparatus has at least one traction battery connection and a traction battery connected to the traction battery connection; a power converter; and at least one motor connection for one phase of an electric machine; and an electric machine connected to the motor connection, wherein the power converter has at least one commutation circuit (10a, 10b, 10c, 10d, 10e, 10f), which can be operated as a charging current converter or charging converter; wherein the commutation circuit (10a, 10b, 10c, 10d, 10e, 10f) is arranged in terms of circuitry such that it enables a switching of power switches (17, 18) of the power converter with zero voltage and/or zero current, wherein an external AC voltage or an external DC voltage can be converted, by means of the at least one commutation circuit (10a, 10b, 10c, 10d, 10e, 10f), into at least one DC voltage for charging the traction battery, characterized in that the commutation circuit (10a, 10b, 10c, 10d, 10e, 10f) comprises at least two degenerative inductive elements and at least one first commutation half-bridge, wherein the degenerative inductive elements are negatively coupled; wherein the commutation circuit (10a, 10b, 10c, 10e, 10f) comprises a further commutation half-bridge; wherein the at least two degenerative inductive elements are connected in a bridge arm between the first commutation half-bridge and the at least one further commutation half-bridge; wherein an external supply voltage can be coupled to a charger connection of the commutation circuit (10a, 10b, 10c, 10d, 10e, 10f), which charger connection is electrically connected to the center point of the degenerative inductive elements.
A process for producing nitric acid by oxidation of ammonia with oxygen in the presence of catalysts to afford nitrogen monoxide-containing process gas in an oxidation reactor, wherein in the course of the further process oxygen-containing gas is supplied to the formed nitrogen monoxide and nitrogen monoxide is oxidized to afford nitrogen dioxide which is reacted with water in an absorption apparatus to afford nitric acid, nitrous acid and/or solutions of nitrates and/or nitrites, characterized in that the oxidation of the nitrogen monoxide to afford nitrogen dioxide is effected in at least one additional reactor (A, B, C, D) arranged between the oxidation reactor and the absorption apparatus in the flow direction of the process gas and traversed by the nitrogen monoxide-containing process gas, and/or in that the oxidation of the nitrogen monoxide to afford nitrogen dioxide is effected in at least one additional reactor arranged in parallel with the absorption apparatus and connected to the absorption apparatus such that said reactor is traversed by nitrogen monoxide-containing process gas; wherein the additional reactor (A, B, C, D, E) is a container of any desired shape charged with a catalyst for the oxidation reaction of nitrogen monoxide to afford nitrogen dioxide.
Computer-implemented method for automatic derivation of software engineering artifacts, whose attributes arise from technical boundary condition of products or services, comprising the following steps: - Classification (clas) of the technical boundary conditions and deduction of technical requirements by an automated software-based process, wherein technical boundary conditions data are received by an I/O-component (I/O), - Classification of the technical requirements in requirement types (req), - Mapping the technical requirements to engineering artifacts by an automated software-based process, - wherein the engineering artifacts contain specific information items and quantitative data, and - wherein the mapping of technical requirements to engineering artifacts defines a minimum quality level for the artifacts based on the requirement types (req), - Evaluation based on software metrics of the mapping results, - Mapping the calculated engineering artifacts to responsibilities, - Adaption of the classification of the technical boundary conditions based on the evaluation results in iterations, - processing an executable performing a Distribution calculation of all possible classifications, wherein the distribution calculation is based on a calculation of a multi-selection in technical boundary taxa and a calculation of distribution and quartiles - wherein distribution calculation results are provided by an I/O-component (I/O). - Classification (clas) of the technical boundary conditions and deduction of technical requirements by an automated software-based process, wherein technical boundary conditions data are received by an I/O-component (I/O), - Classification of the technical requirements in requirement types (req), - Mapping the technical requirements to engineering artifacts by an automated software-based process, - wherein the engineering artifacts contain specific information items and quantitative data, and - wherein the mapping of technical requirements to engineering artifacts defines a minimum quality level for the artifacts based on the requirement types (req), - Evaluation based on software metrics of the mapping results, - Mapping the calculated engineering artifacts to responsibilities, - Adaption of the classification of the technical boundary conditions based on the evaluation results in iterations, - processing an executable performing a Distribution calculation of all possible classifications, wherein the distribution calculation is based on a calculation of a multi-selection in technical boundary taxa and a calculation of distribution and quartiles - wherein distribution calculation results are provided by an I/O-component (I/O).
A method of controlling a lighting system for providing illumination of a space, said method comprising: detecting one or more input events relating to said lighting system; determining an updated illumination pattern based on said one or more input events; determining whether or not to apply said updated illumination pattern automatically; providing, in the case that the updated illumination pattern is not applied automatically, a prompt indicative of said updated pattern to a user in said space; receiving an input from said user in response to said prompt; and controlling said lighting system to apply said updated illumination pattern conditionally in response to said received user input, characterized in that the method further comprises determining a value of a confidence metric associated with said updated illumination pattern, wherein the confidence metric represents a likelihood that said updated illumination pattern is desired by or acceptable to the user in said space, wherein the determining whether or not to apply said updated illumination pattern automatically is based on a determination whether said value of said confidence metric is above a threshold or not. detecting one or more input events relating to said lighting system; determining an updated illumination pattern based on said one or more input events; determining whether or not to apply said updated illumination pattern automatically; providing, in the case that the updated illumination pattern is not applied automatically, a prompt indicative of said updated pattern to a user in said space; receiving an input from said user in response to said prompt; and controlling said lighting system to apply said updated illumination pattern conditionally in response to said received user input,