mhurhangee/ep-ind-claims huggingface dataset:
A lamp post, having an opening closed with a door, said opening allowing for accessing the interior of the lamp post, provided for electric connection means, wherein a reinforcement element of a height exceeding the height (h) of the opening is glued to the internal wall of the lamp post, said reinforcement element enhancing the flexural and torsional strength of the lamp post decreased as a result of cutting therein said opening, characterised in that, the reinforcement element is in the form of a longitudinal, extruded profile made from aluminium or aluminium alloy extending along the longitudinal axis of the lamp post, said profile in cross section having the following: - two arch-shaped arms, each of which is glued to the internal walls of the lamp post on the opposite sides of the opening, - one side wall extending from each of the arch-shaped arms towards the interior of the lamp post, and - a central wall connecting the side walls in such a manner that in the cross section the side walls and the central wall form a shape resembling the letter U, wherein on the surface of the central wall facing towards the inside of the profile there is a longitudinal rail provided for fastening thereon electric connection means, and on the internal surfaces of the side walls there are grooves facing each other provided for mounting therein locking means for the door for closing the opening. - two arch-shaped arms, each of which is glued to the internal walls of the lamp post on the opposite sides of the opening, - one side wall extending from each of the arch-shaped arms towards the interior of the lamp post, and - a central wall connecting the side walls in such a manner that in the cross section the side walls and the central wall form a shape resembling the letter U,
A permanent magnet motor comprising a stator (1, 1a-1c) and a rotor (2, 2a-2e) rotatable with respect to the stator (1, 1a-1c), the rotor (2, 2a-2e) comprising: a) a rotor ring (2, 2a-2e) formed with one or more circumferential grooves in its inner periphery; b) pole shoes (3, 3a-3f) fixed to the inner periphery of the rotor ring (2, 2a-2e) and disposed to be separated from one another in a circumferential direction, with receiving spaces formed between neighboring pole shoes (3, 3a-3f); and c) permanent magnets arranged in the receiving spaces respectively and also fixed to the inner periphery of the rotor ring (2, 2a-2e); d) wherein the pole shoes (3, 3a-3f) and the permanent magnets are fixed to the inner periphery of the rotor ring (2, 2a-2e) by a glue which is originally dispensed in the one or more circumferential grooves in the rotor ring (2, 2a-2e) and then flows under capillary forces into a glue gap formed between an outer periphery defined by the pole shoes (3, 3a-3f) and the permanent magnets and the inner periphery of the rotor ring (2, 2a-2e). a) a rotor ring (2, 2a-2e) formed with one or more circumferential grooves in its inner periphery; b) pole shoes (3, 3a-3f) fixed to the inner periphery of the rotor ring (2, 2a-2e) and disposed to be separated from one another in a circumferential direction, with receiving spaces formed between neighboring pole shoes (3, 3a-3f); and c) permanent magnets arranged in the receiving spaces respectively and also fixed to the inner periphery of the rotor ring (2, 2a-2e); d) wherein the pole shoes (3, 3a-3f) and the permanent magnets are fixed to the inner periphery of the rotor ring (2, 2a-2e) by a glue which is originally dispensed in the one or more circumferential grooves in the rotor ring (2, 2a-2e) and then flows under capillary forces into a glue gap formed between an outer periphery defined by the pole shoes (3, 3a-3f) and the permanent magnets and the inner periphery of the rotor ring (2, 2a-2e).
Paddle switch for selecting a state of a lighting system of a motor vehicle that has at least two different states, the paddle switch having at least one manually actuable switch paddle, wherein at least two actuation areas (6, 7) for selectively actuating the switch paddle manually are arranged on a surface of the switch paddle, characterized by at least two display sections (10, 11, 12, 13) arranged in series between the actuation areas (6, 7), wherein the display sections (10, 11, 12, 13) are assigned to different states of the lighting system and each have at least one light-emitting element and the light-emitting elements are individually alternately activatable by manually actuating the switch paddle.
Method for accessing a shared directory of contacts present in an Internet gateway from a telephone, comprising the following steps: - receiving, in the gateway, at least one DTMF tone transmitted by the telephone, - activating a functionality associated with the directory within the gateway in response to receiving said at least one DTMF tone, - displaying an item of data on a screen of the gateway following activation of said functionality. - receiving, in the gateway, at least one DTMF tone transmitted by the telephone, - activating a functionality associated with the directory within the gateway in response to receiving said at least one DTMF tone, - displaying an item of data on a screen of the gateway following activation of said functionality.
A wind turbine system comprising at least one wind turbine and including a controller adapted for managing an operational lifetime of the at least one wind turbine, said controller being communicatively coupled to the wind turbine and a server sub-system, and said being controller configured to: receive operational data from the wind turbine; transmit the operational data to the server sub-system; transmit a request for historical data corresponding to the wind turbine to the server sub-system; receive a response from the server sub-system, the response comprising historical data corresponding to the wind turbine; and characterised in that the controller is further configured to: determine an estimate of a time to failure of the wind turbine based on at least one of the operational data and the historical data, the estimated time to failure being determined from a combination of two or more failure probabilities using data fusion equations based on a Dempster-Shafer evidence theory, Bayesian data fusion, and/or fuzzy logic, wherein the failure probabilities comprise a first failure probability based on at least one physics-based maintenance factor, a second failure probability based on at least one empirical maintenance factor, and a third failure probability based on at least one event-based maintenance factor. receive operational data from the wind turbine; transmit the operational data to the server sub-system; transmit a request for historical data corresponding to the wind turbine to the server sub-system; receive a response from the server sub-system, the response comprising historical data corresponding to the wind turbine; and characterised in that the controller is further configured to: determine an estimate of a time to failure of the wind turbine based on at least one of the operational data and the historical data, the estimated time to failure being determined from a combination of two or more failure probabilities using data fusion equations based on a Dempster-Shafer evidence theory, Bayesian data fusion, and/or fuzzy logic, wherein the failure probabilities comprise a first failure probability based on at least one physics-based maintenance factor, a second failure probability based on at least one empirical maintenance factor, and a third failure probability based on at least one event-based maintenance factor. determine an estimate of a time to failure of the wind turbine based on at least one of the operational data and the historical data, the estimated time to failure being determined from a combination of two or more failure probabilities using data fusion equations based on a Dempster-Shafer evidence theory, Bayesian data fusion, and/or fuzzy logic, wherein the failure probabilities comprise a first failure probability based on at least one physics-based maintenance factor, a second failure probability based on at least one empirical maintenance factor, and a third failure probability based on at least one event-based maintenance factor.
An aircraft equipped with at least one control device (1, 11, 21) comprising at least one control member that allows measurement of an acceleration of said aircraft, generation of an inflation command and transmission of said inflation command to an inflation member, said inflation member allowing at least one inflatable safety balloon to be inflated, said control device (1, 11, 21) and said inflation member and said inflatable balloon being located at the same seat of said aircraft, said control device (1, 11, 21) comprising at least one arming system (4, 4') that is connected to said at least one control member, said arming system (4, 4') comprising: • at least one first sensor (7, 7') continuously measuring a first current acceleration (A C1) of the aircraft along at least one axis,,, said at least one control member supplying a measurement of the acceleration of the aircraft that is independent of the first current acceleration (A C1) of the aircraft measured by said first sensor (7, 7'), and • at least one switch that is actuable as a function of said first current acceleration (A C1) of the aircraft that is measured by said first sensor (7, 7'), said actuable switch allowing said at least one control member to be activated/deactivated by electrically connecting/disconnecting an electrical energy source to said control member, said control member comprising at least one second sensor that is suitable for measuring, at least temporarily, a second current acceleration (A c 2) of the aircraft along at least one axis,,, said control member comprising at least one computer allowing the absolute value of said second current acceleration (A C2) of the aircraft to be compared with a third acceleration threshold (S 3) and opening of said actuable switch to be controlled in order to electrically disconnect said electrical energy source from said control member when said absolute value of said second current acceleration (A C2) of the aircraft is less than said third acceleration threshold (S 3) for a predetermined number of iterations of comparison (I 1) that are carried out by said at least one computer, between said absolute value of said second current acceleration (A C2) of the aircraft and said third acceleration threshold (S 3). • at least one first sensor (7, 7') continuously measuring a first current acceleration (A C1) of the aircraft along at least one axis,,, said at least one control member supplying a measurement of the acceleration of the aircraft that is independent of the first current acceleration (A C1) of the aircraft measured by said first sensor (7, 7'), and • at least one switch that is actuable as a function of said first current acceleration (A C1) of the aircraft that is measured by said first sensor (7, 7'), said actuable switch allowing said at least one control member to be activated/deactivated by electrically connecting/disconnecting an electrical energy source to said control member,
Method for washing laundry, it being possible for the method to be carried out in conjunction with a washing machine, the washing machine comprising a drum for receiving the laundry, the method comprising at least the following step: circulating washing suds expelled from the laundry through the drum, to flood the laundry with washing suds in order to saturate the laundry with washing suds, characterised in that the drum comprises at least one drum wall made of a ferromagnetic material, and in that the method also comprises the step of: inducing eddy currents in the at least one drum wall of the drum in order to heat the drum.
A ventilator having an electronic control device as well as a pneumatic main line in which the following are arranged, connected pneumatically; a respiratory gas source which is configured as an electric fan having a suction input for making available respiratory air and a fan output, at least one valve, a mixer chamber and a gas-dosing unit and a supply line, wherein the gas-dosing unit is configured for adjustable pneumatic feeding of an auxiliary gas containing oxygen in addition to or instead of the delivered external air into the mixer chamber and the respiratory gas source is adapted to deliver respiratory gas to the supply line and the mixer chamber is adapted to make available respiratory gas, wherein the supply line is adapted to supply the patient with respiratory gas, wherein the valve is adapted to at least temporarily reduce or interrupt a stream of respiratory gas to the patient, wherein the respiratory gas has external air and/or oxygen, wherein the valve is configured as part of the mixer chamber or is arranged in a common housing of the mixer chamber, wherein the valve in the pneumatic main line is arranged downstream from the fan output in a direction of flow (d) and upstream from the gas-dosing unit in a direction of flow (d), wherein the valve is connected pneumatically to the mixer chamber and the mixer chamber is connected pneumatically both to the gas-dosing apparatus and to the supply line, wherein the gas-dosing unit is arranged upstream from the supply line in a direction of flow (d), wherein the auxiliary gas fraction, the ventilation pressure and a ventilation flow of the respiratory gas can be adjusted with the control device, and characterized in that the control device is additionally configured to shut off the valve with simultaneous opening of the gas-dosing unit, and the gas-dosing unit itself is configured to make available respiratory gas in the event of a failure of the electric fan and/or of the power supply and/or in the event of a failure of the processor and/or in the event of the software crashing.
Method for controlling the operation of a gas turbine with sequential combustion; the gas turbine comprising a compressor with variable inlet guide vanes (VIGV), a first combustor, a high-pressure turbine downstream of said first combustor, a second combustor downstream of said high-pressure turbine, and a low-pressure turbine downstream of said second combustor; said method comprising the steps of: • verifying that the gas turbine operates under base load conditions; • continuously measuring locally at various points the turbine outlet temperature TAT1 of the high-pressure turbine; • averaging over the various local TAT1 measurement values to get an actual average TAT1 temperature (TAT1 AVG); • controlling the operation of the first combustor in dependence of said actual average TAT1 temperature (TAT1 AVG); • checking if at least one local TAT1 measurement value, which is higher than said actual average TAT1 temperature (TAT1 AVG), is increasing; • measuring the NOx content of the exhaust gases of the gas turbine by NOx CEMS measuring means; • checking if the moving average of a plurality of local TAT1 measurement values, which are higher than said actual average TAT1 temperature (TAT1 AVG), is increasing above a predetermined threshold value • adjusting the actual control average TAT1 temperature (TAT1 AVG), if said at least one local TAT1 measurement value is increasing above a predetermined threshold value, if the moving average of a plurality of local TAT1 measurement values is increasing above a predetermined threshold value and if the moving average of the NOx CEMS emission measurement values is above a predetermined threshold value • verifying that the gas turbine operates under base load conditions; • continuously measuring locally at various points the turbine outlet temperature TAT1 of the high-pressure turbine; • averaging over the various local TAT1 measurement values to get an actual average TAT1 temperature (TAT1 AVG); • controlling the operation of the first combustor in dependence of said actual average TAT1 temperature (TAT1 AVG); • checking if at least one local TAT1 measurement value, which is higher than said actual average TAT1 temperature (TAT1 AVG), is increasing; • measuring the NOx content of the exhaust gases of the gas turbine by NOx CEMS measuring means; • checking if the moving average of a plurality of local TAT1 measurement values, which are higher than said actual average TAT1 temperature (TAT1 AVG), is increasing above a predetermined threshold value • adjusting the actual control average TAT1 temperature (TAT1 AVG), if said at least one local TAT1 measurement value is increasing above a predetermined threshold value, if the moving average of a plurality of local TAT1 measurement values is increasing above a predetermined threshold value and if the moving average of the NOx CEMS emission measurement values is above a predetermined threshold value
A computer comprising memory and at least one processor with an operating system executing on the at least one processor, the operating system providing: a pool of worker threads; a plurality of queues, each queue having a different priority, for storing items to be assigned to the worker threads; a concurrency controller that assigns items from the plurality of queues to a limited number of worker threads, characterized in that: when a worker thread is assigned, it is given the priority of the item to which it is assigned, wherein in response to receiving a request and its priority from an application, the concurrency controller is configured to: add an item corresponding to the request to a queue having the priority of the request; determine a concurrency count for the priority of the item, wherein the concurrency count is a number of active worker threads at the priority of the queue into which the item was added and higher priorities; and if a concurrency limit is not exceeded by the concurrency count for the priority of the item, select the item for immediate assignment to a worker thread and increment the concurrency count for the priority of the item. a pool of worker threads; a plurality of queues, each queue having a different priority, for storing items to be assigned to the worker threads; a concurrency controller that assigns items from the plurality of queues to a limited number of worker threads, characterized in that: when a worker thread is assigned, it is given the priority of the item to which it is assigned, wherein in response to receiving a request and its priority from an application, the concurrency controller is configured to: add an item corresponding to the request to a queue having the priority of the request; determine a concurrency count for the priority of the item, wherein the concurrency count is a number of active worker threads at the priority of the queue into which the item was added and higher priorities; and if a concurrency limit is not exceeded by the concurrency count for the priority of the item, select the item for immediate assignment to a worker thread and increment the concurrency count for the priority of the item. add an item corresponding to the request to a queue having the priority of the request; determine a concurrency count for the priority of the item, wherein the concurrency count is a number of active worker threads at the priority of the queue into which the item was added and higher priorities; and if a concurrency limit is not exceeded by the concurrency count for the priority of the item, select the item for immediate assignment to a worker thread and increment the concurrency count for the priority of the item.
Method for preparing a beet extract, comprising: (a) obtaining of a beet juice from all or a portion of the plant, (b) a step of enzymatically hydrolysing the proteins of the juice obtained in the step (a), (c) a step of enriching with low molecular weight compounds, less than 5000 Da. (a) obtaining of a beet juice from all or a portion of the plant, (b) a step of enzymatically hydrolysing the proteins of the juice obtained in the step (a), (c) a step of enriching with low molecular weight compounds, less than 5000 Da.
Axial piston machine of oblique axis construction, having multiple piston elements which are guided in longitudinally movable fashion in a rotatable cylinder device and having a torque-conducting region which is operatively connected to the piston elements, wherein the torque-conducting region is designed to be pivotable about a pivot axis and varies a swept volume of the axial piston machine in a manner dependent on the pivoting movement of the torque-conducting region, and the cylinder device is mounted rotatably in a housing by means of a first bearing device which absorbs axial and radial forces, wherein the axial forces of the cylinder device are absorbed by the housing, characterized in that a second bearing device, which absorbs axial and radial forces, of the torque-conducting region comprises a tapered-roller bearing and a cylindrical-roller bearing, wherein the tapered-roller bearing and the cylindrical-roller bearing are arranged along an axis of rotation of the torque-conducting region, starting at a point of intersection of the axis of rotation with the pivot axis of the torque-conducting region, in the sequence tapered-roller bearing then cylindrical-roller bearing, and only restricted regions are supplied with lubricating and cooling fluid by forced lubrication, whereby rotating components are not arranged completely in the oil bath.
Refrigerator and/or freezer comprising a door or flap for closing the appliance interior, a hinge, by means of which the door or flap can be swivelled relative to the body of the appliance, and a damper, wherein the hinge comprises means for producing a closing force acting in the closing direction of the door or flap, the damper, at least over a part of the closing movement of the door or flap, applies a force directed against the closing movement, and the means for producing a closing force include an eccentric as well as means which exert a force that acts on the eccentric and is dependent on the opening angle of the door or flap, characterized in that the hinge comprises a first hinge lever and a second hinge lever, wherein the first hinge lever is pivotally connected with the body of the appliance and the second hinge lever is pivotally connected with the door or flap, and the first and second hinge levers (110, 120) are pivotable relative to one another about a pivot point; the eccentric is pivotably attached on the second hinge lever about an axis; a tension lever is provided, which is pivotably connected with the first hinge lever and the eccentric; and the means which produce a force acting on the eccentric are pivotally arranged on a hinge lever (110, 120).
A humidity control system that includes a heat transfer medium circuit filled with heat transfer medium flowing therethrough and an adsorption heat exchanger (51, 52) connected in the heat transfer medium circuit and carrying an adsorbent thereon and is configured to perform a regeneration action of heating the adsorbent on the adsorption heat exchanger (51, 52) with the heat transfer medium in the heat transfer medium circuit and bringing the adsorbent into contact with outdoor air to release moisture in the adsorbent to the outdoor air, characterized in that the adsorption heat exchanger (51, 52) is configured so that, during the regeneration action, the outdoor air flows from a side thereof into which the heat transfer medium flows towards a side thereof out of which the heat transfer medium flows.