mhurhangee/ep-ind-claims huggingface dataset:
Method of opportunistic access to a frequency band dedicated to a synchronous primary network by a secondary user, the frequency band being divided into K independent channels, an indicator B k and an average availability S k being assigned to each channel k among the K independent channels, said method comprising at each time frame t - a step of observation by the secondary user of the channel i having the greatest indicator B i (t), - a step for updating the average availability S i of the channel i, - when the channel i is free: ∘ a step of data transmission set up during the frame t, on the channel i, between the secondary user and a distant user, and ∘ a step for computing a quality index R i (t) of the channel i, - a step for updating the indicators B k (t) of the K channels as a function of the average availabilities S k, of R i (t) and as a function of a bias A k (t) computed for each channel k, said bias A k (t) taking into account a number of time that the channel k has been observed. - a step of observation by the secondary user of the channel i having the greatest indicator B i (t), - a step for updating the average availability S i of the channel i, - when the channel i is free: ∘ a step of data transmission set up during the frame t, on the channel i, between the secondary user and a distant user, and ∘ a step for computing a quality index R i (t) of the channel i, ∘ a step of data transmission set up during the frame t, on the channel i, between the secondary user and a distant user, and ∘ a step for computing a quality index R i (t) of the channel i, - a step for updating the indicators B k (t) of the K channels as a function of the average availabilities S k, of R i (t) and as a function of a bias A k (t) computed for each channel k, said bias A k (t) taking into account a number of time that the channel k has been observed.
An in-tank suction filter (10, 30) providing a heat transfer pathway therein, comprising: a support structure (12, 32); an inlet (16, 36) connected to the support structure (12, 32) and configured to connect to a fuel pump; and a filter media (14, 34) connected to the support structure (12, 32) that filters a fluid as it passes through the filter media (14, 34) into an interior portion of the suction filter (10, 30), the filter media (14, 34) and support structure (12, 32) together defining an interior surface and an exterior surface exposed to the fluid; wherein the interior surface defines the interior portion of the suction filter (10, 30) and the support structure (12, 32.) is configured to allow a thermally conductive element (20, 40) to enter the interior portion, wherein the thermally conductive element (20, 40) includes an exterior portion exposed to the fluid and thermally conducts heat obtained external the suction filter (10, 30) to the interior portion of the suction filter (10, 30) in order to provide heat to the fluid in the interior portion of the suction filter (10, 30), wherein the support structure (12, 32) comprises the thermally conductive element (20, 40). a support structure (12, 32); an inlet (16, 36) connected to the support structure (12, 32) and configured to connect to a fuel pump; and a filter media (14, 34) connected to the support structure (12, 32) that filters a fluid as it passes through the filter media (14, 34) into an interior portion of the suction filter (10, 30), the filter media (14, 34) and support structure (12, 32) together defining an interior surface and an exterior surface exposed to the fluid; wherein the interior surface defines the interior portion of the suction filter (10, 30) and the support structure (12, 32.) is configured to allow a thermally conductive element (20, 40) to enter the interior portion, wherein the thermally conductive element (20, 40) includes an exterior portion exposed to the fluid and thermally conducts heat obtained external the suction filter (10, 30) to the interior portion of the suction filter (10, 30) in order to provide heat to the fluid in the interior portion of the suction filter (10, 30), wherein the support structure (12, 32) comprises the thermally conductive element (20, 40).
Method for manufacturing a rear axle of a vehicle comprising: - first production of a longitudinal tubular axle arm comprising a radial end flange made in one piece with an end of said axle arm, - second production of an auxiliary element having a bell shape with a related first base complementary with said radial flange and an open second base for subsequent insertion of a wheel hub, wherein said second production comprises a step of producing said first base so as to comprise at least a first radial portion defining a brake caliper support, said first base being larger than said second base, characterized in that the axle arm and the radial flange are produced by means of a same rolling process. - first production of a longitudinal tubular axle arm comprising a radial end flange made in one piece with an end of said axle arm, - second production of an auxiliary element having a bell shape with a related first base complementary with said radial flange and an open second base for subsequent insertion of a wheel hub, wherein said second production comprises a step of producing said first base so as to comprise at least a first radial portion defining a brake caliper support,
Mixer for mixing exhaust gas flowing in an exhaust gas-carrying duct of an internal combustion engine with reactant injected into the exhaust gas-carrying duct, comprising a mixer body with a reactant-receiving duct as well as a releasing device with a releasing duct, which adjoins the reactant-receiving duct in a transition area and leads away from this reactant-receiving duct, wherein the mixer body comprises a plate-like first mixer body part and a plate-like second mixer body part, wherein the reactant-receiving duct and the releasing duct are formed between the first mixer body part and the second mixer body part, wherein the releasing device has an asymmetric configuration in relation to a longitudinal axis (L R) of the reactant-receiving duct, characterized in that the reactant-receiving duct extends linearly along a longitudinal axis (L R) of the reactant-receiving duct and the releasing duct extends linearly along a longitudinal axis (L A) of the releasing duct, and that an angle smaller than 90° is formed between a longitudinal axis (L R) of the reactant-receiving duct and a longitudinal axis (L A) of the releasing duct.
Method for the production of 2-methylene aldehydes of General Formula I wherein R 1 denotes an aliphatic radical, by reacting aldehydes according to General Formula II with an aqueous formaldehyde solution in the presence of at least one secondary amine and at least one carboxylic acid, characterized in that the reactants are reacted in a liquid-liquid two-phase system, wherein the reaction is carried out continuously inside a tubular reactor under laminar flow conditions with a Reynolds number greater than or equal to 10 and less than or equal to 2320.
An irradiating device for technical use comprising a plurality of elongate radiators emitting in or between the UV range and IR range, each of which having a glass body which along the larger part of their overall extension extends straight and is bent at both ends thereof and having plug contact sockets and a plurality of main reflector sections which are folded of sheet metal in a shape adapted to the shape of the radiators, comprising a multi-part radiator housing (3, 5, 7) at least mainly consisting of sheet metal and comprising a radiator supporting part and an air cooler part releasably attached to same, wherein within the radiator supporting part, sockets for the bases of the radiators are provided which are fixed by fixing means arranged in the air cooler part and electrically connected via supply lines extending exclusively within the air cooler part.
A method comprising performing, by an encrypting entity computer: generating a key for a message; generating N key parts of the key, N being an integer of at least two; for each key part of the N key parts: encrypting the key part using a trusted key of a corresponding controlling authority; generating the message by generating: a first portion including at least M of the encrypted key parts and identifiers of the controlling authorities in respect of which respective key parts of the at least M encrypted key parts have been encrypted for a respective one of the controlling authorities; and a second portion encrypted using the key, wherein the generated message comprises at least the first portion and the second portion; and sending the message, wherein at least M of the N key parts are combinable to generate the key such that the generated key is operable to decrypt the second portion of the message, M being an integer equal to or less than N. generating a key for a message; generating N key parts of the key, N being an integer of at least two; for each key part of the N key parts: encrypting the key part using a trusted key of a corresponding controlling authority; generating the message by generating: a first portion including at least M of the encrypted key parts and identifiers of the controlling authorities in respect of which respective key parts of the at least M encrypted key parts have been encrypted for a respective one of the controlling authorities; and a second portion encrypted using the key, wherein the generated message comprises at least the first portion and the second portion; and a first portion including at least M of the encrypted key parts and identifiers of the controlling authorities in respect of which respective key parts of the at least M encrypted key parts have been encrypted for a respective one of the controlling authorities; and a second portion encrypted using the key, wherein the generated message comprises at least the first portion and the second portion; and sending the message, wherein at least M of the N key parts are combinable to generate the key such that the generated key is operable to decrypt the second portion of the message, M being an integer equal to or less than N.
Sensor arrangement, comprising a carrier substrate and a ferroelectric layer arranged on the carrier substrate, in which the ferroelectric layer is arranged on the carrier substrate in a crystalline way, characterised in that the sensor arrangement has means to reading the permittivity of the ferroelectric layer and the arrangement is designed to detect a mechanical pressure acting on the ferroelectric layer through the resulting change and measurement of the permittivity of the ferroelectric material.
Centrifugal force pendulum device, in particular trapezoidal centrifugal force pendulum device, for a damper device and/or a torque transmission device, in particular for a drive train of a motor vehicle, having a pendulum mass carrier which can be rotated about a rotational axis and on which a plurality of pendulum masses or pendulum mass pairs which can be moved with respect to the pendulum mass carrier are provided in the circumferential direction, characterized in that two pendulum masses or pendulum mass pairs which are directly adjacent in the circumferential direction of the pendulum mass carrier can be coupled mechanically with the aid of a stop element which is arranged on the circumferential side between the adjacent pendulum masses and can be moved independently of the pendulum masses, the stop element and/or the relevant guide track in the pendulum mass carrier being dimensioned in such a way that the stop element can be hooked laterally into it.
Direct SMC production apparatus with an impregnation device for impregnating fibres of a material strand and with a cooling device at least for cooling the material strand, which is arranged along a material strand transport direction, subsequently to the impregnation device, characterised in that the impregnation device has a main extension direction which in an operating state extends at least substantially in a vertical direction.
A method for controlling flow of a video content signal through a communications system comprising: creating an in-band signaling message for each individual video content signal; and inserting the in-band signaling message into said each individual video content signal prior to transmitting the video content signal through a chain of devices of the communications system to a designed end user system, the method being characterized in that: the in-band signaling message comprises a list that indicates whether each one of a plurality of processing operations is to be performed on the individual video content, and for each processing operation that is indicated to be performed, identifies address information of a device to perform the processing operation prior to transmitting the individual video content to a next device in the chain, the next device being determined by the order of processing operations listed in the in-band signaling message, routing the video content signal according to the in-band signaling message. creating an in-band signaling message for each individual video content signal; and inserting the in-band signaling message into said each individual video content signal prior to transmitting the video content signal through a chain of devices of the communications system to a designed end user system, the method being characterized in that: the in-band signaling message comprises a list that indicates whether each one of a plurality of processing operations is to be performed on the individual video content, and for each processing operation that is indicated to be performed, identifies address information of a device to perform the processing operation prior to transmitting the individual video content to a next device in the chain, the next device being determined by the order of processing operations listed in the in-band signaling message, routing the video content signal according to the in-band signaling message. the in-band signaling message comprises a list that indicates whether each one of a plurality of processing operations is to be performed on the individual video content, and for each processing operation that is indicated to be performed, identifies address information of a device to perform the processing operation prior to transmitting the individual video content to a next device in the chain, the next device being determined by the order of processing operations listed in the in-band signaling message, routing the video content signal according to the in-band signaling message.
Procedure to determine and monitor a level of a medium in a vessel using a field device according to the time-of-flight method, - wherein transmission signals are transmitted in the direction of the medium and reflection signals are received, - wherein the received reflection signals are recorded as echo signals in an echo function or envelope curve that depends on the transit time (t) or the distance (x), - wherein at least a wanted echo signal is determined in the echo function or envelope curve using an echo search algorithm, - wherein the echo function or the envelope curve is preprocessed using at least a filter with filter parameters, characterized in that, at least a first filter zone (FB 1) with a first width (b 1) is predefined at the position (x 1) of the wanted echo signal in the echo function or in the envelope curve and, consequently, at least three filter zones (FB 1, FB 2, FB 3) are formed in the echo function or in the envelope curve, wherein the second filter zone (FB 2) and the third filter zone (FB 3) before and after the first filter zone (FB 1), respectively, are adjacent to the first filter zone (FB 1), and - wherein the echo function or the envelope curve is filtered by the filter in the first filter zone (FB 1), in the second filter zone (FB 2) and/or in the third filter zone (FB 3) using different filter parameters. - wherein transmission signals are transmitted in the direction of the medium and reflection signals are received, - wherein the received reflection signals are recorded as echo signals in an echo function or envelope curve that depends on the transit time (t) or the distance (x), - wherein at least a wanted echo signal is determined in the echo function or envelope curve using an echo search algorithm, - wherein the echo function or the envelope curve is preprocessed using at least a filter with filter parameters, characterized in that, at least a first filter zone (FB 1) with a first width (b 1) is predefined at the position (x 1) of the wanted echo signal in the echo function or in the envelope curve and, consequently, at least three filter zones (FB 1, FB 2, FB 3) are formed in the echo function or in the envelope curve, wherein the second filter zone (FB 2) and the third filter zone (FB 3) before and after the first filter zone (FB 1), respectively, are adjacent to the first filter zone (FB 1), and - wherein the echo function or the envelope curve is filtered by the filter in the first filter zone (FB 1), in the second filter zone (FB 2) and/or in the third filter zone (FB 3) using different filter parameters.
Luggage box, in particular for releasable attachment to a rear load carrier to be mounted to a vehicle, the luggage box comprising a rigid bottom element, a rigid cover element, and side walls made of fabric, wherein the luggage box is foldable between a use configuration, in which the bottom element and the cover element are spaced apart from one another and the side walls connect the bottom element and the cover element, thus forming a luggage receiving space inside, and a transport configuration, in which the cover element lies on the bottom element and the side walls are folded in between the cover element and the bottom element, characterized in that the luggage box comprises two support yokes held on opposite sections of the bottom element, which can be pivoted about a pivot axis between a support position, in which they extend upright from the bottom element so that they support the cover element in the use configuration, and a low position, in which the support yokes lie on the bottom element so that the cover element can lie on the bottom element in the transport configuration. a rigid bottom element, a rigid cover element, and side walls made of fabric,
A method comprising: receiving information from a mobile device about a specimen sample, wherein the information includes a specimen sample image captured using the mobile device and wherein the captured specimen sample image includes an identifying indicia; uploading and storing the information in an encrypted format accessible to authorized and verified users; performing an image analysis using a program executing on a server or cloud-based service to determine whether the identifying indicia and information about the specimen sample can be determined from the specimen sample image; wherein at least one physical attribute of the specimen sample is determined based on the information; wherein tracking and status updates are provided in real-time or near real-time for the specimen sample; and wherein first notifications or reminders regarding the specimen sample are provided to the mobile device and include an indication of whether the specimen sample image is acceptable as determined by the image analysis. receiving information from a mobile device about a specimen sample, wherein the information includes a specimen sample image captured using the mobile device and wherein the captured specimen sample image includes an identifying indicia; uploading and storing the information in an encrypted format accessible to authorized and verified users; performing an image analysis using a program executing on a server or cloud-based service to determine whether the identifying indicia and information about the specimen sample can be determined from the specimen sample image; wherein at least one physical attribute of the specimen sample is determined based on the information; wherein tracking and status updates are provided in real-time or near real-time for the specimen sample; and wherein first notifications or reminders regarding the specimen sample are provided to the mobile device and include an indication of whether the specimen sample image is acceptable as determined by the image analysis.
Sensor for detecting particles, in particular soot particles, comprising a sensor element having at least two measuring electrodes, which are arranged on a carrier substrate, and a protective tube assembly having at least one outer protective tube and an inner protective tube, the sensor element being arranged in the inner protective tube in a longitudinal extension direction, the outer protective tube and the inner protective tube being designed to permit entry of the particles to the sensor element, the inner protective tube being designed to permit entry of the particles to the sensor element in a direction deviating from the longitudinal extension direction, characterized in that a flow over the electrodes along the longitudinal extension direction of the sensor element is maintained.
A system comprising: a powered device configured for receiving power from a power source device via a channel, the powered device comprising a base load and a plurality of optional loads; the system being characterized by a sub-system configured for: determining a resistance of the channel, determining a respective power requirement for each of the plurality of optional loads, and based on the resistance of the channel and the respective power requirements for the plurality of optional loads, configuring the powered device to operate the base load and a subset of optional loads from the plurality of optional loads. a powered device configured for receiving power from a power source device via a channel, the powered device comprising a base load and a plurality of optional loads; the system being characterized by a sub-system configured for: determining a resistance of the channel, determining a respective power requirement for each of the plurality of optional loads, and based on the resistance of the channel and the respective power requirements for the plurality of optional loads, configuring the powered device to operate the base load and a subset of optional loads from the plurality of optional loads. determining a resistance of the channel, determining a respective power requirement for each of the plurality of optional loads, and based on the resistance of the channel and the respective power requirements for the plurality of optional loads, configuring the powered device to operate the base load and a subset of optional loads from the plurality of optional loads.
A method for making a coated elevator sheave comprising: obtaining a fluorinated polymer compound selected from polyurethanes, epoxy polymers, polyesters, polyureas, polyamides, polyimides or silicones, where fluorine is chemically or covalently bonded to the polymer; and coating the contact surface of the sheave with the fluorinated polymer compound. obtaining a fluorinated polymer compound selected from polyurethanes, epoxy polymers, polyesters, polyureas, polyamides, polyimides or silicones, where fluorine is chemically or covalently bonded to the polymer; and coating the contact surface of the sheave with the fluorinated polymer compound.
Cover for a functional part projecting from a body structure on the front or rear side of a motor vehicle, wherein the cover surrounds the functional part (2, 3) in the manner of a housing, is fixed on the body structure and, on the outside, has a flap which can be opened and via which the functional part (2, 3) is accessible when required, characterized in that the functional part has a pivotally attached shackle and in that the cover is embodied in such a way as to be open on the underside thereof, wherein the opening adjoins the flap.