mhurhangee/patent-ind-claim-en huggingface dataset:
Plant for producing solar energy comprising: • a support structure formed from support poles aligned fixed to the ground, • said support poles are kept in position by a network of tie rods , • a movement system for receiver devices of solar energy positioned on poles arranged in a row, adapted for allowing the movement of such devices about a first axis (X) and a second axis (Y) substantially perpendicular to one another, such a system comprising: • a plurality of rotating main tubes about such a first axis (X), to which a plurality of secondary tubes is connected, associated with said plurality of main tubes, such secondary tubes having the receiver devices (P) fixed to them, • a movement mechanism for the main tubes, • a sustaining and movement support arranged on each pole of said row, which has a housing that receives such main tubes of the movement system and that allows the rotation thereof about such a first axis (X), wherein such a housing is made on the upper portion of such a support and comprises a pair of saddle , arranged on a horizontal plate of the support, with a substantially circular inner profile adapted for housing the rotating main tubes and for allowing the rotation thereof in the saddle about the longitudinal axis (X) of the tube, the union between two adjacent main tubes takes place between them by joining flanges arranged at the end of the main tubes themselves , said support comprising a lower portion, constrained to the pole, which has four wings perpendicular to one another each adapted for constraining one of the aforementioned tie rods to the pole. • a support structure formed from support poles aligned fixed to the ground, • said support poles are kept in position by a network of tie rods , • a movement system for receiver devices of solar energy positioned on poles arranged in a row, adapted for allowing the movement of such devices about a first axis (X) and a second axis (Y) substantially perpendicular to one another, such a system comprising: • a plurality of rotating main tubes about such a first axis (X), to which a plurality of secondary tubes is connected, associated with said plurality of main tubes, such secondary tubes having the receiver devices (P) fixed to them, • a movement mechanism for the main tubes, • a sustaining and movement support arranged on each pole of said row, which has a housing that receives such main tubes of the movement system and that allows the rotation thereof about such a first axis (X),
Friction clutch having a rotational axis for the releasable connection of an output shaft to a consumer , the friction clutch having at least the following elements: - at least one friction package with at least one pressure plate and at least one corresponding friction disc , via which friction package a torque can be transmitted in the pressed-on state; - at least one cup spring for storing a cup spring force for the actuation of the at least one pressure plate , it being possible for the cup spring to be tilted; - at least one servo spring which is arranged in such a way that the servo force counteracts the cup spring force solely in a predefined angular range of the tilting capability of the cup spring ; and - a clutch cover which has at least the following components: - an attaching section for axially fixing the clutch cover to an axially fixed co-rotating component of a friction clutch ; - an abutment section for absorbing an axial pressing force and actuating force for a torquetransmitting friction package , characterized in that the servo spring has a supporting tongue for axial travel limiting, which supporting tongue extends through an aperture in the abutment section of the clutch cover , and lies on a counterbearing which is formed on the rear side of the clutch cover . - at least one friction package with at least one pressure plate and at least one corresponding friction disc , via which friction package a torque can be transmitted in the pressed-on state; - at least one cup spring for storing a cup spring force for the actuation of the at least one pressure plate , it being possible for the cup spring to be tilted; - at least one servo spring which is arranged in such a way that the servo force counteracts the cup spring force solely in a predefined angular range of the tilting capability of the cup spring ; and - a clutch cover which has at least the following components: - an attaching section for axially fixing the clutch cover to an axially fixed co-rotating component of a friction clutch ; - an abutment section for absorbing an axial pressing force and actuating force for a torquetransmitting friction package ,
A socket for power consumption by means of a connector, comprising a receptacle shell and a contact device received by this one, which contact device comprises a plurality of receptions respectively equipped with one contact jack in the finally assembled state, wherein the receptacle shell comprises a connector opening that can be closed by means of a lid configured in a pivoting manner and that is provided for allowing a connector to have access to the contact device , and comprising an actuator which is accommodated by the receptacle shell and that has an electromotive drive , which actuator serves, in the case of current drain, for an electromotive displacement of a locking element for securing the position of a connector contacting the contact device , wherein a control unit that cooperates with the actuator is provided, which control unit detects a termination of a current drain, wherein the locking element that can be actuated by the actuator can only be transferred into an open position, if the socket is set to be out of service, characterized in that the socket comprises communication connections and an energy storage, wherein the energy storage is configured to provoke a message to a superordinate centre in the event of a malfunction, wherein after a previous verification by means of the superordinate centre the current supply to the socket will be activated, such that a user is allowed to unlock the connector, wherein it is indicated to a user if no current is fed to the socket for security reasons.
A method for reducing latency, comprising: receiving , by a terminal, a physical downlink control channel, PDCCH, signal, the PDCCH signal comprising a plurality of groups of control channel elements, CCEs, wherein each group of CCEs is associated with an aggregation level of a plurality of aggregation levels; characterized by the method further comprising: determining , by the terminal, based on a packet error rate, PER, a probability of downlink control information, DCI, being present at each aggregation level of the plurality of aggregation levels; and decoding , by the terminal, the groups of CCEs in an order, wherein the order is based on the probability of the DCI being present at each aggregation level and the order is from a highest probability to a lowest probability, wherein the aggregation level with the highest probability is determined as al 1 = arg min al per al < = per t arg et , and the order is determined as all, all * 2,..., max AL , al 1 / 2,...,1, where per t arg et is a target PER and per al is the PER of each respective aggregation level of the plurality of aggregation levels. receiving , by a terminal, a physical downlink control channel, PDCCH, signal, the PDCCH signal comprising a plurality of groups of control channel elements, CCEs, wherein each group of CCEs is associated with an aggregation level of a plurality of aggregation levels; characterized by the method further comprising: determining , by the terminal, based on a packet error rate, PER, a probability of downlink control information, DCI, being present at each aggregation level of the plurality of aggregation levels; and decoding , by the terminal, the groups of CCEs in an order, wherein the order is based on the probability of the DCI being present at each aggregation level and the order is from a highest probability to a lowest probability, wherein the aggregation level with the highest probability is determined as al 1 = arg min al per al < = per t arg et , and the order is determined as all, all * 2,..., max AL , al 1 / 2,...,1, where per t arg et is a target PER and per al is the PER of each respective aggregation level of the plurality of aggregation levels. determining , by the terminal, based on a packet error rate, PER, a probability of downlink control information, DCI, being present at each aggregation level of the plurality of aggregation levels; and decoding , by the terminal, the groups of CCEs in an order, wherein the order is based on the probability of the DCI being present at each aggregation level and the order is from a highest probability to a lowest probability, wherein the aggregation level with the highest probability is determined as al 1 = arg min al per al < = per t arg et , and the order is determined as all, all * 2,..., max AL , al 1 / 2,...,1, where per t arg et is a target PER and per al is the PER of each respective aggregation level of the plurality of aggregation levels.
Transmission device for installation on a driveshaft , having a base body which encloses the driveshaft , a pinion which, in the mounted state, is arranged in the base body and on the driveshaft , and a rack which interacts with the pinion and runs through the base body , wherein the base body is open on one side in such a way that it can be fitted onto the driveshaft in a radial direction, characterized in that the pinion is in multiple parts such that it is possible to perform a mounting process on the driveshaft , wherein the pinion is configured in such a way that pinion parts of the pinion can be fitted onto the driveshaft , and joined together on the driveshaft , in a first radial movement with respect to the driveshaft and in a preferably concluding axial movement with respect to the driveshaft , wherein the pinion parts of the pinion are configured in such a way that ends of the pinion parts of the pinion overlap in the assembled state in an axial direction with respect to the driveshaft .
An antimicrobial composition comprising a cannabinoid compound for use in the treatment of a microbial infection, wherein the cannabinoid compound is cannabidiol or tetrahydrocannabinol and wherein the microbial infection is a C . difficile infection, an E. faecalis infection, or a combination thereof.
A method comprising: receiving , by processing circuitry on a first aircraft , a barometric pressure setting for a pressure altimeter on the first aircraft; receiving , by the processing circuitry and via a communications device , a plurality of barometric pressure settings from a plurality of aircraft, wherein the plurality of aircraft does not include the first aircraft, and wherein the plurality of aircraft is in a vicinity of the first aircraft that is within a predetermined three-dimensional distance from the first aircraft calculating , by the processing circuitry, a measure of central tendency for the plurality of barometric pressure settings; comparing , by the processing circuitry, the barometric pressure setting for the first aircraft to the measure of central tendency of the plurality of barometric pressure settings; determining , by the processing circuitry, whether the barometric pressure setting for the first aircraft is different from the measure of central tendency of the plurality of barometric pressure settings; in response to determining that the barometric pressure setting for the first aircraft is different from the measure of central tendency of the plurality of barometric pressure settings, causing , by the processing circuitry, an output device to provide an indication to an operator of the first aircraft that the barometric pressure setting for the first aircraft is different from the measure of central tendency of the plurality of barometric pressure settings. receiving , by processing circuitry on a first aircraft , a barometric pressure setting for a pressure altimeter on the first aircraft; receiving , by the processing circuitry and via a communications device , a plurality of barometric pressure settings from a plurality of aircraft, wherein the plurality of aircraft does not include the first aircraft, and wherein the plurality of aircraft is in a vicinity of the first aircraft that is within a predetermined three-dimensional distance from the first aircraft calculating , by the processing circuitry, a measure of central tendency for the plurality of barometric pressure settings; comparing , by the processing circuitry, the barometric pressure setting for the first aircraft to the measure of central tendency of the plurality of barometric pressure settings; determining , by the processing circuitry, whether the barometric pressure setting for the first aircraft is different from the measure of central tendency of the plurality of barometric pressure settings; in response to determining that the barometric pressure setting for the first aircraft is different from the measure of central tendency of the plurality of barometric pressure settings, causing , by the processing circuitry, an output device to provide an indication to an operator of the first aircraft that the barometric pressure setting for the first aircraft is different from the measure of central tendency of the plurality of barometric pressure settings.
An expandable element for treating a human patient, the expandable element comprising: a radially expandable cylindrical frame , having a plurality of struts , wherein the frame is transformable between a low-profile delivery state and an expanded deployed state; a plurality of protruding members carried by and integrally formed with one or more of the struts , wherein, when the frame is in the expanded state within a body lumen the protruding members extend radially outwardly away from the struts , and the protruding members are configured to engage a first portion of the body lumen by piercing the body lumen ; and a longitudinal member coupled to the frame and configured to recapture the expandable element in a catheter of a delivery system ; a portion between the frame and the longitudinal member in which the expandable element transitions from a diameter of the frame to a diameter of the longitudinal member when the frame is in the expanded state. a radially expandable cylindrical frame , having a plurality of struts , wherein the frame is transformable between a low-profile delivery state and an expanded deployed state; a plurality of protruding members carried by and integrally formed with one or more of the struts , wherein, when the frame is in the expanded state within a body lumen the protruding members extend radially outwardly away from the struts , and the protruding members are configured to engage a first portion of the body lumen by piercing the body lumen ; and a longitudinal member coupled to the frame and configured to recapture the expandable element in a catheter of a delivery system ; a portion between the frame and the longitudinal member in which the expandable element transitions from a diameter of the frame to a diameter of the longitudinal member when the frame is in the expanded state.
Drawer assembly (2, 2', 2") for a washing machine or a washing machine having dryer function comprising: a drawer comprising at least one compartment for receiving a detergent agent, a housing (26, 26', 26") comprising an opening adapted to receive the drawer therein, and a disengageable retaining device adapted to delimit a movement of the drawer with respect to the housing (26, 26', 26"), wherein the retaining device comprises at least one stopping element (32, 32', 32") and at least one catching element adapted to engage with the at least one stopping element (32, 32', 32"), and wherein the at least one catching element is arranged at an inner surface or an outer surface of a side wall of the drawer or at one of the two vertical or substantially vertical side/lateral surfaces of an intermediate wall of the drawer , characterized in that the at least one stopping element (32, 32', 32") is arranged at an upper wall element of the housing (26, 26', 26") wherein said upper wall element is a bottom portion of a water dispenser adapted to feed water into the drawer . a drawer comprising at least one compartment for receiving a detergent agent, a housing (26, 26', 26") comprising an opening adapted to receive the drawer therein, and a disengageable retaining device adapted to delimit a movement of the drawer with respect to the housing (26, 26', 26"), wherein the retaining device comprises at least one stopping element (32, 32', 32") and at least one catching element adapted to engage with the at least one stopping element (32, 32', 32"), and wherein the at least one catching element is arranged at an inner surface or an outer surface of a side wall of the drawer or at one of the two vertical or substantially vertical side/lateral surfaces of an intermediate wall of the drawer , characterized in that the at least one stopping element (32, 32', 32") is arranged at an upper wall element of the housing (26, 26', 26") wherein said upper wall element is a bottom portion of a water dispenser adapted to feed water into the drawer .
A method of performing a password challenge in an embedded system , the method comprising: receiving a password , the password being comprised of a plurality of sub-words; scrambling the sub-words of the password pursuant to scramble control codes ; retrieving a verification word , the verification word being comprised of a plurality of sub-words; scrambling the sub-words of the verification word pursuant to the scramble control codes ; and comparing the scrambled sub-words of the password to the scrambled sub-words of the verification word , and granting access to a secure resource if the scrambled sub-words of the password match the scrambled sub-words of the verification word ; wherein the scramble control codes cause random reordering of the sub-words of the password and sub-words of the verification word in a same fashion, characterised in that the scramble control codes further cause insertion of random delays between the comparison of different sub-words of the password to corresponding sub-words of the verification word . receiving a password , the password being comprised of a plurality of sub-words; scrambling the sub-words of the password pursuant to scramble control codes ; retrieving a verification word , the verification word being comprised of a plurality of sub-words; scrambling the sub-words of the verification word pursuant to the scramble control codes ; and comparing the scrambled sub-words of the password to the scrambled sub-words of the verification word , and granting access to a secure resource if the scrambled sub-words of the password match the scrambled sub-words of the verification word ; wherein the scramble control codes cause random reordering of the sub-words of the password and sub-words of the verification word in a same fashion, characterised in that the scramble control codes further cause insertion of random delays between the comparison of different sub-words of the password to corresponding sub-words of the verification word .
A method of measuring temperature variations along a wellbore, the method comprising: a) providing one or more fiber optic cables along a length of a wellbore; b) recording distributed acoustic sensing, DAS, signals along the wellbore well using at least one fiber optic cable; c) simultaneously recording distributed temperature sensing, DTS, signals from the well using at least one fiber optic cable; d) low-pass filtering and down-sampling the DAS signals to obtain low-frequency DAS data; the method characterised in that it further comprises: e) converting the low-frequency DAS data to temperature variation using the following equation : dT x t dt = μD x t + β t wherein D ( x, t) is the low-frequency DAS, μ is the constant that converts optical phase rate to temperature variation, β ( t ) is the drift noise existing in the DAS data; f) estimating borehole temperature by minimizing the error function ε using the following equation : ε = ‖ T − T 0 ‖ + λ ‖ dT dt − μ D − β ‖ wherein T 0 is the DTS data, D is inverted DAS data, and λ is a parameter that determines the relative importance of minimizing the DAS data misfit, as compared to DTS misfit, and λ may be frequency dependent. a) providing one or more fiber optic cables along a length of a wellbore; b) recording distributed acoustic sensing, DAS, signals along the wellbore well using at least one fiber optic cable; c) simultaneously recording distributed temperature sensing, DTS, signals from the well using at least one fiber optic cable; d) low-pass filtering and down-sampling the DAS signals to obtain low-frequency DAS data; the method characterised in that it further comprises: e) converting the low-frequency DAS data to temperature variation using the following equation : dT x t dt = μD x t + β t wherein D ( x, t) is the low-frequency DAS, μ is the constant that converts optical phase rate to temperature variation, β ( t ) is the drift noise existing in the DAS data; f) estimating borehole temperature by minimizing the error function ε using the following equation : ε = ‖ T − T 0 ‖ + λ ‖ dT dt − μ D − β ‖ wherein T 0 is the DTS data, D is inverted DAS data, and λ is a parameter that determines the relative importance of minimizing the DAS data misfit, as compared to DTS misfit, and λ may be frequency dependent.