mhurhangee/ep-ind-claims huggingface dataset:
Electromagnetic flowmeter designed to measure the flow velocity or the volume flow of a medium in a measuring tube, comprising: a measuring tube with a first longitudinal axis; a magnet system with at least a first coil system comprising at least a first coil with a first coil core, wherein the first coil system is arranged on the measuring tube, wherein the first coil system is designed to generate a magnetic field extending essentially perpendicularly to a first longitudinal axis of the measuring tube; and at least two measuring electrodes (31, 32) arranged in the measuring tube, wherein said electrodes are coupled with the medium and designed to measure a flow-dependent voltage, which is induced in the medium by the magnetic field; and an electronic measurement/operation circuit, which is designed to evaluate the voltage measured by the measuring electrodes (31, 32); wherein the magnet system comprises at least a field return unit, which is designed to at least partially guide the magnetic field outside the measuring tube between the side of the measuring tube opposite the first coil system and the first coil system, wherein the field return unit comprises two return plates (41, 42), which are arranged on opposite sides of the measuring tube, and wherein the first coil core is designed to at least partially guide the magnetic field between the measuring tube and the field return unit, characterized in that the return plates (41, 42) are separated from one another by an air gap. a measuring tube with a first longitudinal axis; a magnet system with at least a first coil system comprising at least a first coil with a first coil core, wherein the first coil system is arranged on the measuring tube, wherein the first coil system is designed to generate a magnetic field extending essentially perpendicularly to a first longitudinal axis of the measuring tube; and at least two measuring electrodes (31, 32) arranged in the measuring tube, wherein said electrodes are coupled with the medium and designed to measure a flow-dependent voltage, which is induced in the medium by the magnetic field; and an electronic measurement/operation circuit, which is designed to evaluate the voltage measured by the measuring electrodes (31, 32); wherein the magnet system comprises at least a field return unit, which is designed to at least partially guide the magnetic field outside the measuring tube between the side of the measuring tube opposite the first coil system and the first coil system, wherein the field return unit comprises two return plates (41, 42), which are arranged on opposite sides of the measuring tube, and wherein the first coil core is designed to at least partially guide the magnetic field between the measuring tube and the field return unit, characterized in that the return plates (41, 42) are separated from one another by an air gap.
Method for measuring inside a blanket comprising mineral and/or plant fibres, and a binder, being moved by at least one conveyor (18A, 18B) with a conveyor belt (20A, 20B), wherein the method uses a measuring system comprising a sensor and an actuator for introducing the sensor into the blanket, the actuator being mounted on the conveyor belt and configured to be able to move the sensor between a retracted position and a measuring position inside the blanket, the method comprising introduction of the sensor into the blanket by the actuator under the effect of the movement of the conveyor belt.
An integrated circuit for a mobile device, the IC comprising: an input to the integrated circuit; an output from the integrated circuit; and an orientation estimator adapted to to receive an indication of first and second consecutive steps of a user carrying the mobile device, to determine an angular rotation of an orientation parameter referring to an orientation of the mobile device between the first and second steps, and to determine a value of the orientation parameter based on a comparison between the angular rotation and at least one predefined angular rotation threshold, wherein the orientation parameter is selected from the group consisting of a yaw of said mobile device, a pitch of said mobile device and a roll of said mobile device, wherein said orientation estimator is adapted to determine a yaw value representing said yaw based on a comparison between a yaw angular rotation of said yaw between said steps and a yaw angular rotation threshold, and characterized in that: said orientation estimator is adapted to reset a pitch value representing said pitch and a roll value representing said roll, if a pitch angular rotation of said pitch between said steps is less than a pitch angular rotation threshold, and a roll angular rotation of said roll between said steps is less than a roll angular rotation threshold. an input to the integrated circuit; an output from the integrated circuit; and an orientation estimator adapted to to receive an indication of first and second consecutive steps of a user carrying the mobile device, to determine an angular rotation of an orientation parameter referring to an orientation of the mobile device between the first and second steps, and to determine a value of the orientation parameter based on a comparison between the angular rotation and at least one predefined angular rotation threshold, wherein the orientation parameter is selected from the group consisting of a yaw of said mobile device, a pitch of said mobile device and a roll of said mobile device, wherein said orientation estimator is adapted to determine a yaw value representing said yaw based on a comparison between a yaw angular rotation of said yaw between said steps and a yaw angular rotation threshold, and characterized in that: said orientation estimator is adapted to reset a pitch value representing said pitch and a roll value representing said roll, if a pitch angular rotation of said pitch between said steps is less than a pitch angular rotation threshold, and a roll angular rotation of said roll between said steps is less than a roll angular rotation threshold.
A filter for insertion into a water storage tank of a beverage machine, such as an espresso machine, a fully automated coffee machine or the like, having a filter housing, with a water inlet open to the water storage tank and a water outlet that is connectable to a connection element of the water storage tank upon insertion, wherein an electronic communication element with antenna and microchip is arranged in the filter housing, characterized in that an air space is provided, into which the antenna is inserted such that the antenna is at least partially exposed to the air in the air space.
A method for operating an attached compactor having a vibrating lower part, wherein a completion of a possible compaction is indicated by a corresponding signal, said method comprising the steps of: a. detecting a first variable characterizing the vibrations of said lower part, wherein the first variable is an amplitude and/or a frequency; b. determining a second variable, which can characterize a compaction state of a volume, from said first variable recorded in step a; wherein the second variable varies with the compaction state of the volume and particularly can be a distortion factor or a Total Harmonic Distortion or a variable which characterizes these variables or which corresponds to these variables characterized by the following steps: c. determining a third variable (dK/dt), which characterizes a temporal variation of said second variable determined in step b; d. comparing said third variable (dK/dt) determined in step c to a threshold value (G 2); and e. initiating an action depending on the results of the comparison. a. detecting a first variable characterizing the vibrations of said lower part, wherein the first variable is an amplitude and/or a frequency; b. determining a second variable, which can characterize a compaction state of a volume, from said first variable recorded in step a; wherein the second variable varies with the compaction state of the volume and particularly can be a distortion factor or a Total Harmonic Distortion or a variable which characterizes these variables or which corresponds to these variables characterized by the following steps: c. determining a third variable (dK/dt), which characterizes a temporal variation of said second variable determined in step b; d. comparing said third variable (dK/dt) determined in step c to a threshold value (G 2); and e. initiating an action depending on the results of the comparison.
A computer-implemented method for managing computer generated imagery animation files in a computer network, the method comprising: receiving a request for a file system object from a requester, wherein the file system object provides an interface between the requester and one or more hardware resources for processing animation files and completing file system tasks; determining one or more file system object requirements based on the request, wherein the one or more file system object requirements are determined based on the type of program requesting the file system object; generating a customized file system object based on the determined one or more file system object requirements, wherein the customized file system object comprises information identifying one or more hardware resources allocated for the requester to use for processing animation files and completing file system tasks; and providing the customized file system object to the requester; wherein generating a customized file system object based on the determined one or more file system object requirements comprises: allocating the one or more hardware resources for the requester to use for processing animation files and completing file system tasks based on the one or more file system object requirements; and identifying the one or more allocated hardware resources in the customized file system object. receiving a request for a file system object from a requester, wherein the file system object provides an interface between the requester and one or more hardware resources for processing animation files and completing file system tasks; determining one or more file system object requirements based on the request, wherein the one or more file system object requirements are determined based on the type of program requesting the file system object; generating a customized file system object based on the determined one or more file system object requirements, wherein the customized file system object comprises information identifying one or more hardware resources allocated for the requester to use for processing animation files and completing file system tasks; and providing the customized file system object to the requester; wherein generating a customized file system object based on the determined one or more file system object requirements comprises: allocating the one or more hardware resources for the requester to use for processing animation files and completing file system tasks based on the one or more file system object requirements; and identifying the one or more allocated hardware resources in the customized file system object. allocating the one or more hardware resources for the requester to use for processing animation files and completing file system tasks based on the one or more file system object requirements; and identifying the one or more allocated hardware resources in the customized file system object.
Auxiliary drive device for a vehicle, particularly a bicycle, comprising: a pedal crank assembly for inducing human power into a drive system of the vehicle, an electric motor, adapted to induce electrically generated torque into said drive system, a rechargeable battery and a control device, adapted to detect the current speed of rotation of said electric motor and to control said electric motor such that in case of specific driving conditions recuperation is effected by which kinetic energy is used for electrically charging said rechargeable battery, wherein said control device is adapted to control said electric motor such that said recuperation in the form of a brake assistant functionality is effected to such an extent that a current speed of rotation of said electric motor is made to match a predetermined speed of rotation of said electric motor, characterized in that below said predetermined speed of rotation, in the course of the brake assistant functionality, neither electric propulsion nor electric braking operation is effected, and, upon reaching the predetermined speed of rotation, a braking operation is effected via current flow from said electric motor to said rechargeable battery and wherein the brake assistant functionality is only effective if no human power is induced into said pedal crank assembly of said drive system of said vehicle. a pedal crank assembly for inducing human power into a drive system of the vehicle, an electric motor, adapted to induce electrically generated torque into said drive system, a rechargeable battery and a control device, adapted to detect the current speed of rotation of said electric motor and to control said electric motor such that in case of specific driving conditions recuperation is effected by which kinetic energy is used for electrically charging said rechargeable battery, wherein said control device is adapted to control said electric motor such that said recuperation in the form of a brake assistant functionality is effected to such an extent that a current speed of rotation of said electric motor is made to match a predetermined speed of rotation of said electric motor, characterized in that below said predetermined speed of rotation, in the course of the brake assistant functionality, neither electric propulsion nor electric braking operation is effected, and, upon reaching the predetermined speed of rotation, a braking operation is effected via current flow from said electric motor to said rechargeable battery and wherein the brake assistant functionality is only effective if no human power is induced into said pedal crank assembly of said drive system of said vehicle.
Apparatus for establishing an electrical contact-connection between a printed circuit board substrate, which has at least one contact area (42, 44), and a plug, wherein the apparatus has at least one plug-side contact, wherein at least one spring-action contact element (46, 48) is arranged in an insertion region and comprises a spring-action contact-connected part, a deflectable part and a spring-action contact arm, characterized in that the spring-action contact-connected part extends as far as a branch at which the spring-action contact-connected part merges with the spring-action contact arm, wherein the deflectable part extends on the at least one contact element (46, 48) starting from the branch, in a manner running in the opposite direction to the spring-action contact arm, and ends in an open end.
A hand dryer comprising: an air-stream generating device that blows out air, taken from a device air inlet, from a device air outlet; an inner housing that accommodates therein the air-stream generating device and has an inner air inlet formed in an intake surface thereof that is opposed to the device air inlet; and an outer housing that accommodates therein the inner housing and the air-stream generating device and has an outer air inlet and an outer air outlet formed therein, wherein an intake air passage that connects the outer air inlet and the device air inlet to each other is formed inside the outer housing while including the intake surface and an opposing surface that is opposed to the intake surface as a portion of a wall surface thereof, wherein the intake air passage is formed by being bent in a direction in which the intake air passage is away from the opposing surface, at a section midway between an upstream end of the intake air passage and the inner air inlet, wherein the portion of the intake air passage bent in the direction in which the intake air passage is away from the opposing surface forms a bent portion, and wherein the intake air passage is also bent on an upstream side of the bent portion, forming a bent portion, characterized in that, a projection is provided on the opposing surface to project from a region that is opposed to the inner air inlet towards the intake surface on a downstream side in the intake air passage with respect to the bent portion, and the projection has a first surface facing an upstream side in the intake air passage. an air-stream generating device that blows out air, taken from a device air inlet, from a device air outlet; an inner housing that accommodates therein the air-stream generating device and has an inner air inlet formed in an intake surface thereof that is opposed to the device air inlet; and an outer housing that accommodates therein the inner housing and the air-stream generating device and has an outer air inlet and an outer air outlet formed therein, wherein an intake air passage that connects the outer air inlet and the device air inlet to each other is formed inside the outer housing while including the intake surface and an opposing surface that is opposed to the intake surface as a portion of a wall surface thereof, wherein the intake air passage is formed by being bent in a direction in which the intake air passage is away from the opposing surface, at a section midway between an upstream end of the intake air passage and the inner air inlet, wherein the portion of the intake air passage bent in the direction in which the intake air passage is away from the opposing surface forms a bent portion, and wherein the intake air passage is also bent on an upstream side of the bent portion, forming a bent portion, characterized in that, a projection is provided on the opposing surface to project from a region that is opposed to the inner air inlet towards the intake surface on a downstream side in the intake air passage with respect to the bent portion, and the projection has a first surface facing an upstream side in the intake air passage.
Cylinder head for an internal combustion engine having liquid cooling and having a liquid-cooled exhaust manifold formed integrally with the cylinder head, wherein the cylinder head comprises at least one first and one second cooling chamber (4, 9) permeated by a coolant, and wherein the region of the exhaust manifold is at least partially surrounded by the second cooling chamber, characterised in that the first cooling chamber is arranged substantially on an inlet side of the cylinder head and the second cooling chamber is arranged substantially on an outlet side of the cylinder head, and the first cooling chamber and the second cooling chamber are flow-connected to each other via at least one bore, wherein the bore is arranged between at least one inlet valve and at least one outlet valve of a cylinder and a part of the coolant can flow from the second cooling chamber into the first cooling chamber, and wherein the bore is arranged between at least one outlet valve and an injection device or ignition device of a cylinder, wherein the bore has a throttle point with a defined cross-section.
A detector system comprising a detector which operates in an ultrahigh vacuum or in a protective gas atmosphere consisting of high-purity gas, and a receiving container for the detector having a receiving portion which forms at least a portion of the receiving space for the detector, and a cover for hermetically sealing the receiving space, wherein, at the receiving portion, a first sealing surface is arranged and, at the cover, a second sealing surface matching the first sealing surface is arranged, and that, between the sealing surfaces (13, 17), a gasket is arranged, wherein the detector systems comprises a securing device which is configured to press the cover against the receiving portion for providing a defined contact pressure of the gasket, characterized in that the gasket is an elastic metal gasket and is composed of a spiral spring surrounded by an elastic tube, wherein, when the defined contact pressure is applied, the elastic tube is adapted to be plastically deformed for preventing the first and the second sealing surface (13, 17) from being damaged, and between the detector and walls of the receiving portion a gap for electrical insulation of the detector and the walls is formed, wherein the gap has a width between 0.3 and 0.5 mm.
An apparatus comprising: a pressurized water reactor including a pressure vessel containing a nuclear reactor core and primary coolant water, the pressure vessel defining an internal pressurizer volume containing a steam bubble and having at least one steam pressure control device; a containment structure surrounding the PWR; an external heat sink disposed outside of the containment structure; a condenser disposed inside the containment structure and operatively connected with the external heat sink; characterized by a valve assembly comprising one or more valves, the valve assembly operatively connecting the PWR with the condenser responsive to an abnormal operation signal such that the condenser condenses steam from the steam bubble while rejecting heat to the external heat sink and returns the condensed water to the PWR. a pressurized water reactor including a pressure vessel containing a nuclear reactor core and primary coolant water, the pressure vessel defining an internal pressurizer volume containing a steam bubble and having at least one steam pressure control device; a containment structure surrounding the PWR; an external heat sink disposed outside of the containment structure; a condenser disposed inside the containment structure and operatively connected with the external heat sink; characterized by a valve assembly comprising one or more valves, the valve assembly operatively connecting the PWR with the condenser responsive to an abnormal operation signal such that the condenser condenses steam from the steam bubble while rejecting heat to the external heat sink and returns the condensed water to the PWR.
Electromagnetic absorber comprising: - a metal ground plane, - an insulating dielectric substrate, arranged on said metal ground plane, - an array of resonating metal elements, arranged on said insulating dielectric substrate, the electromagnetic resonant frequency of a resonating element being adjusted by adapting the dimensions of the resonating element, characterised in that the array of resonating elements comprising resonating elements of various sizes arranged on the substrate in such a way as to form a pattern making it possible to cover a preset electromagnetic absorption band via the plasmon resonance effect of the resonating elements. - a metal ground plane, - an insulating dielectric substrate, arranged on said metal ground plane, - an array of resonating metal elements, arranged on said insulating dielectric substrate, the electromagnetic resonant frequency of a resonating element being adjusted by adapting the dimensions of the resonating element, characterised in that the array of resonating elements comprising resonating elements of various sizes arranged on the substrate in such a way as to form a pattern making it possible to cover a preset electromagnetic absorption band via the plasmon resonance effect of the resonating elements.
A value or security document with a carrier layer forming a lower side, with a cover layer forming an upper side, and with at least one edge formed from the layers (104, 108) stacked in a stacking direction, at which edge at least one security feature is arranged or formed, wherein the security feature, which can be detected at the edge, is formed from a coating which extends at least in sections to the edge and is introduced between the carrier layer and the cover layer, wherein the coating is introduced into or applied to an intermediate layer between the carrier layer and the cover layer, in which or on which an antenna coil is present, characterized in that the antenna coil consists of the same material as the coating.