mhurhangee/ep-ind-claims huggingface dataset:
A base for support of a wind turbine tower comprising: a, preferably tubular, central column, with a central column foundation for fixing the central column to the ground or a support platform, pliable inclined upper tensile structural elements, preferably formed of tubular cylindrical bars, with upper ends attached to a tensile structure element bearing portion of the central column above the central column foundation, and tensile structural element foundations around the central column foundation, which provide a fixation to the ground independently from the central column foundation, wherein each lower end of the upper tensile structural elements is attached to a respective, preferably horizontally extending, flexurally rigid compressive structural element that connects said lower end of the respective upper tensile structural element with a compressive structural element bearing portion of the central column, which is located between the tensile structure element bearing portion and the central column foundation, and each lower end of the upper tensile structural elements is attached to a respective, preferably vertically extending, pliable lower tensile structural element that connects said lower end of the respective upper tensile structural element with one of the tensile structural element foundations characterized in that the compressive structural elements are hinged connected to the compressive structural element bearing portion. a, preferably tubular, central column, with a central column foundation for fixing the central column to the ground or a support platform, pliable inclined upper tensile structural elements, preferably formed of tubular cylindrical bars, with upper ends attached to a tensile structure element bearing portion of the central column above the central column foundation, and tensile structural element foundations around the central column foundation, which provide a fixation to the ground independently from the central column foundation, wherein each lower end of the upper tensile structural elements is attached to a respective, preferably horizontally extending, flexurally rigid compressive structural element that connects said lower end of the respective upper tensile structural element with a compressive structural element bearing portion of the central column, which is located between the tensile structure element bearing portion and the central column foundation, and each lower end of the upper tensile structural elements is attached to a respective, preferably vertically extending, pliable lower tensile structural element that connects said lower end of the respective upper tensile structural element with one of the tensile structural element foundations characterized in that the compressive structural elements are hinged connected to the compressive structural element bearing portion.
A computer-implemented method for providing an enhanced email service, the method comprising: receiving encrypted content that is configured according to an encryption key; generating a message that designates a recipient email address and a sender email address, wherein the message includes at least the encrypted content as an attachment, and a link to enable decryption of the encrypted content based on the encryption key; sending the message to a recipient mailbox operated by a recipient mail service, the recipient mailbox accessible based on recipient credentials associated with the recipient email address; storing, by the enhanced email service, at least one of the message that designates the recipient email address and the sender email address or an unencrypted version of the message in a sender mailbox that corresponds to a sender email address, the sender mailbox accessible based on sender credentials associated with the sender email address; and storing, by the enhanced email service, the message that designates the recipient email address and the sender email address in an organizational mailbox, the organizational mailbox being addressable from a recipient device by use of the link, wherein the organizational mailbox is not accessible based on the sender credentials. receiving encrypted content that is configured according to an encryption key; generating a message that designates a recipient email address and a sender email address, wherein the message includes at least the encrypted content as an attachment, and a link to enable decryption of the encrypted content based on the encryption key; sending the message to a recipient mailbox operated by a recipient mail service, the recipient mailbox accessible based on recipient credentials associated with the recipient email address; storing, by the enhanced email service, at least one of the message that designates the recipient email address and the sender email address or an unencrypted version of the message in a sender mailbox that corresponds to a sender email address, the sender mailbox accessible based on sender credentials associated with the sender email address; and storing, by the enhanced email service, the message that designates the recipient email address and the sender email address in an organizational mailbox, the organizational mailbox being addressable from a recipient device by use of the link, wherein the organizational mailbox is not accessible based on the sender credentials.
A toothed crushing disk for a grain processor with teeth on its surface, wherein each of the teeth has a trailing tooth flank, a tooth back, and a leading tooth flank, a tooth face, wherein, in the area of the tooth back, the teeth have a continuous wear protection zone or a wear protection zone divided into sub-zones, whose wear resistance is bigger than that of the material of the base body of the toothed crushing disc, wherein the base body has a tooth structure determining the shape of the teeth and wherein the wear protection zone is produced by a high-energy beam process while substantially retaining the geometry of the tooth structure, characterized - in that the wear protection zone is a hard material coating applied by a deposition welding process, - and in that the hard material coating has a thickness of 0.05 to 0.5 mm, preferably of 0.1 to 0.4 mm, particularly preferably of 0.2 to 0.3 mm. - in that the wear protection zone is a hard material coating applied by a deposition welding process, - and in that the hard material coating has a thickness of 0.05 to 0.5 mm, preferably of 0.1 to 0.4 mm, particularly preferably of 0.2 to 0.3 mm.
A method for determining demodulation reference signal, DMRS, in the uplink, comprising: taking (101, 201) one of multiple transmit antennas in the uplink as a base transmit antenna, taking (101, 201) other transmit antennas as subordinating transmit antennas and setting a DMRS for the base transmit antenna; establishing DMRS subordinating relationships between the base transmit antenna and each of the subordinating transmit antennas, and setting a DMRS for each of the subordinating transmit antennas according to the DMRS of the base transmit antenna and the corresponding DMRS subordinating relationship; characterised in that establishing DMRS subordinating relationships between the base transmit antenna and each of the subordinating transmit antennas comprises: determining a cyclic shift value for the DMRS of the i th subordinating transmit antenna in accordance with formula α i =2 πn cs,i / C and formula n c s, i = n c s,0 + C n T ⋅ i mod C; wherein i =1, ···,n T -1, C is a constant, n T is the number of the transmit antennas, α 0 is the cyclic shift value of the DMRS of the base transmit antenna; α i is the cyclic shift value of the DMRS of the i th subordinating transmit antenna; n cs,0 denotes a cyclic shift index of the DMRS of the base transmit antenna. taking (101, 201) one of multiple transmit antennas in the uplink as a base transmit antenna, taking (101, 201) other transmit antennas as subordinating transmit antennas and setting a DMRS for the base transmit antenna; establishing DMRS subordinating relationships between the base transmit antenna and each of the subordinating transmit antennas, and setting a DMRS for each of the subordinating transmit antennas according to the DMRS of the base transmit antenna and the corresponding DMRS subordinating relationship; characterised in that establishing DMRS subordinating relationships between the base transmit antenna and each of the subordinating transmit antennas comprises: determining a cyclic shift value for the DMRS of the i th subordinating transmit antenna in accordance with formula α i =2 πn cs,i / C and formula n c s, i = n c s,0 + C n T ⋅ i mod C; wherein i =1, ···,n T -1, C is a constant, n T is the number of the transmit antennas, α 0 is the cyclic shift value of the DMRS of the base transmit antenna; α i is the cyclic shift value of the DMRS of the i th subordinating transmit antenna; n cs,0 denotes a cyclic shift index of the DMRS of the base transmit antenna.
A method for retrieving public cryptographic keys in a memory constrained system, the method comprising: Generating, by a cryptographic system, a plurality of public cryptographic keys and private cryptographic keys using a cryptographic technique; Characterizing, by the cryptographic system, each of the plurality of public cryptographic keys and corresponding private cryptographic keys into an associated first cryptographic component and a second cryptographic component; Creating, by the cryptographic system, at least one relationship matrix comprising the first cryptographic component of each of the plurality of public cryptographic keys and corresponding private cryptographic keys, wherein the at least one relationship matrix is created for each of the second cryptographic component of the private cryptographic keys based on predetermined rules; Receiving, by an Electronic Control Unit, ECU, (111, 225) of a vehicle associated with the cryptographic system, a first cryptographic component and a second cryptographic component of a private cryptographic key from the cryptographic system when a public cryptographic key is required; and Retrieving, by the ECU of the vehicle, the public cryptographic key based on the first cryptographic component and the second cryptographic component of the private cryptographic key using the relationship matrix corresponding to the second cryptographic component of the private cryptographic key and the predetermined rules, thereby, minimizing memory required for storing the plurality of public cryptographic keys and private cryptographic keys. Generating, by a cryptographic system, a plurality of public cryptographic keys and private cryptographic keys using a cryptographic technique; Characterizing, by the cryptographic system, each of the plurality of public cryptographic keys and corresponding private cryptographic keys into an associated first cryptographic component and a second cryptographic component; Creating, by the cryptographic system, at least one relationship matrix comprising the first cryptographic component of each of the plurality of public cryptographic keys and corresponding private cryptographic keys, wherein the at least one relationship matrix is created for each of the second cryptographic component of the private cryptographic keys based on predetermined rules; Receiving, by an Electronic Control Unit, ECU, (111, 225) of a vehicle associated with the cryptographic system, a first cryptographic component and a second cryptographic component of a private cryptographic key from the cryptographic system when a public cryptographic key is required; and Retrieving, by the ECU of the vehicle, the public cryptographic key based on the first cryptographic component and the second cryptographic component of the private cryptographic key using the relationship matrix corresponding to the second cryptographic component of the private cryptographic key and the predetermined rules, thereby, minimizing memory required for storing the plurality of public cryptographic keys and private cryptographic keys.
An interceptor comprising: a seeker for maintaining a line-of-sight LOS with a target, and a propulsion and maneuvering system for use during a terminal phase of the interceptor, the system comprising: one or more axial thrusters to provide thrust along axial thrust lines that run through a center-of-gravity of the interceptor; a plurality of divert thrusters to provide thrust in radial directions; a common propellant distribution manifold for distributing pressurized fuel to both the axial thrusters and the divert thrusters; and a propulsion system controller configured to determine when the target is maneuvering based on changes in an angle between the LOS and a flight path of the interceptor. a seeker for maintaining a line-of-sight LOS with a target, and a propulsion and maneuvering system for use during a terminal phase of the interceptor, the system comprising: one or more axial thrusters to provide thrust along axial thrust lines that run through a center-of-gravity of the interceptor; a plurality of divert thrusters to provide thrust in radial directions; a common propellant distribution manifold for distributing pressurized fuel to both the axial thrusters and the divert thrusters; and a propulsion system controller configured to determine when the target is maneuvering based on changes in an angle between the LOS and a flight path of the interceptor. one or more axial thrusters to provide thrust along axial thrust lines that run through a center-of-gravity of the interceptor; a plurality of divert thrusters to provide thrust in radial directions; a common propellant distribution manifold for distributing pressurized fuel to both the axial thrusters and the divert thrusters; and a propulsion system controller configured to determine when the target is maneuvering based on changes in an angle between the LOS and a flight path of the interceptor.
A wipe suitable for application to a hard surface comprising from 0.0001 to 5 wt.% of a lactam, wherein the lactam is a lactam selected from: 4-(4-chlorophenyl)-5-methylene-pyrrol-2-one; and 5-methylene-4-(p-tolyl)pyrrol-2-one.
A system for identifying analytical relationships in transactional data, the system comprising; one or more processors; and one or more memories, characterized in that the memories have stored thereon instructions that, upon execution by one or more computing devices, cause the one or more computing devices at least to: form a first probabilistic counting structure based at least in part on a first plurality of fields in a plurality of rows, the first plurality of fields corresponding to a first column of the plurality of rows, to estimate the cardinality of the first column; form a second probabilistic counting structure based at least in part on a second plurality of fields in the plurality of rows, the second plurality of fields corresponding to a second column of the plurality of rows, to estimate the cardinality of the second column; calculate an intersection of the first and second probabilistic counting structures (116,128); and identify a join relationship between the first column and the second column based at least in part on an estimate of coincidence between fields of the first plurality of fields and fields of the second plurality of fields, the estimate of coincidence based at least in part on the intersection. form a first probabilistic counting structure based at least in part on a first plurality of fields in a plurality of rows, the first plurality of fields corresponding to a first column of the plurality of rows, to estimate the cardinality of the first column; form a second probabilistic counting structure based at least in part on a second plurality of fields in the plurality of rows, the second plurality of fields corresponding to a second column of the plurality of rows, to estimate the cardinality of the second column; calculate an intersection of the first and second probabilistic counting structures (116,128); and identify a join relationship between the first column and the second column based at least in part on an estimate of coincidence between fields of the first plurality of fields and fields of the second plurality of fields, the estimate of coincidence based at least in part on the intersection.
Submersible pump comprising a casing, with a suction-side inlet opening, a pressure-side outlet opening and a through-passage for electric lines, and also comprising an electronics unit, an electric motor, a pressure chamber and a pump unit, wherein the electronics unit, the electric motor, the pressure chamber and the pump unit can be preassembled to form an insert, wherein the preassembled insert is introduced into the casing such that it is supported at one end of the casing and a pressure line is provided on the pressure-side outlet opening, the pressure line being designed as a traction mechanism for retaining the submersible pump, characterized in that an axial clamping and fastening system is provided at the opposite end of the casing, wherein the clamping system can subject the insert to prestressing and the fastening system prestresses and secures the insert in the surrounding casing.
A floating offshore platform, comprising: a floating hull comprising: at least one vertically extending column; and at least one pontoon coupled to the vertically extending column that are configured to be disposed at least partially below a surface of water in which the offshore platform is disposed; and characterized by: at least two extension plates (10A, 10B) that extends from the pontoon and are fixedly coupled to the pontoon at an elevation that is at least partially below a surface of water in which the offshore platform is disposed during operation, one of the extension plates being disposed above the other of the extension plates creating a water trap zone, the extension plates (10A, 10B) being configured to reduce heave motion on the platform by at least causing horizontal water separation, vertical water separation, or a combination thereof around the pontoon-coupled extension plates (10A, 10B) as the platform moves in water. at least one vertically extending column; and at least one pontoon coupled to the vertically extending column that are configured to be disposed at least partially below a surface of water in which the offshore platform is disposed; and
A composition for use in positron emission tomography wherein the composition comprises anti -1-amino-3- 18 F-fluorocyclobutyl-1-carboxylic acid ( 18 F-FACBC), characterised in that said composition comprises no more than 5.0 μg/mL dissolved aluminium (Al) and no more than 50 μg/mL acetonitrile (MeCN).
A ventilation assembly for use in ventilation of a subject using a laryngeal mask, the assembly comprising a head-wearable harness and a pusher, wherein the harness is wearable on a subject's head for supporting the pusher to press against the floor of the mouth of the subject, characterised in that the pusher is arranged, in use and operably supported by the harness on the subject, to provide local elevated pressure in cranial direction between lateral sides of the mandible to soft tissue of the floor of the mouth and to displace soft tissue of the floor of the mouth in cranial direction relative to the mandible of the subject for, when the laryngeal mask is installed in the airway of the subject, urging internal soft tissue of the subject against the laryngeal mask in the airway of the subject as a seal to the mask. wherein the harness is wearable on a subject's head for supporting the pusher to press against the floor of the mouth of the subject, characterised in that the pusher is arranged, in use and operably supported by the harness on the subject, to provide local elevated pressure in cranial direction between lateral sides of the mandible to soft tissue of the floor of the mouth and to displace soft tissue of the floor of the mouth in cranial direction relative to the mandible of the subject for, when the laryngeal mask is installed in the airway of the subject, urging internal soft tissue of the subject against the laryngeal mask in the airway of the subject as a seal to the mask.
A knee orthosis comprising: - a femoral section for engaging relative to a wearer's femur; and - a tibial section for engaging relative to the wearer's tibia; - a medial hinge pivotally engaging the femoral and tibial sections (3, 5) medial relative to the wearer's knee, the medial hinge comprising superposed shells (21, 41) having a shape corresponding to an arc of a sphere having a first diameter and a first geometric center which displaces as the medial hinge is articulated; and - a lateral hinge pivotally engaging the femoral and tibial sections (3, 5) lateral relative to the wearer's knee, the lateral hinge comprising superposed shells (21, 41) having a shape corresponding to an arc of a sphere having a second diameter and a second geometric center which displaces as the lateral hinge is articulated, the second geometric center displacing independent from the first geometric center; characterized in that: - the first and second diameters are different such that the hinges (7, 9) have different geometric centers (57, 59); and - the first and second geometric centers (57, 59) do not coincide with one another along a common sagittal plane throughout a full articulation of the knee orthosis about the medial and lateral hinges (7, 9). - a femoral section for engaging relative to a wearer's femur; and - a tibial section for engaging relative to the wearer's tibia; - a medial hinge pivotally engaging the femoral and tibial sections (3, 5) medial relative to the wearer's knee, the medial hinge comprising superposed shells (21, 41) having a shape corresponding to an arc of a sphere having a first diameter and a first geometric center which displaces as the medial hinge is articulated; and - a lateral hinge pivotally engaging the femoral and tibial sections (3, 5) lateral relative to the wearer's knee, the lateral hinge comprising superposed shells (21, 41) having a shape corresponding to an arc of a sphere having a second diameter and a second geometric center which displaces as the lateral hinge is articulated, the second geometric center displacing independent from the first geometric center; - the first and second diameters are different such that the hinges (7, 9) have different geometric centers (57, 59); and - the first and second geometric centers (57, 59) do not coincide with one another along a common sagittal plane throughout a full articulation of the knee orthosis about the medial and lateral hinges (7, 9).