mhurhangee/ep-ind-claims huggingface dataset:
A method for a client device receiver of an email or SMS message to authenticate an identity of a server device sender of the email or SMS message, thereby to hinder phishing attacks, wherein the message contains a one-time security code in the form of a string of characters generated by selecting characters from a sender-side non-repeating pseudorandom string of characters by applying a user-specific PIN in the form of a first sequence of digits to the pseudorandom security string at the server device sender by sequentially selecting numerical positions in the sender-side pseudorandom string on the basis of the numbers in the user-specific PIN, taken in positional order, and returning the characters thereby selected from the sender-side pseudorandom string in sequence so as to form the one-time security code, wherein upon receipt of the email or SMS message, the client device receiver correlates the characters in the one-time security code with characters in a receiver-side non-repeating pseudorandom string of characters, identical to the sender-side pseudorandom string, by considering the characters of the one-time security code in sequence and identifying a numerical position of each character of the one-time security code in the receiver-side pseudorandom array to thereby generate a second sequence of digits, and wherein the identity of the server device sender is authenticated by the client device receiver when the second sequence of digits matches the user-specific PIN.
Harvesting machine comprising: - a frame with lateral uprights on which are articulated pivots equipped with wheels, - first hydraulic jacks which are connected to the lateral uprights and to the pivots, - at least one harvesting mechanism provided with cutting elements, - a suspension device connecting the said harvesting mechanism to the frame and allowing a vertical displacement of the said harvesting mechanism with respect to the frame, - a lightening device of the said harvesting mechanism, characterised in that the lightening device is constituted by second hydraulic jacks which are articulated on the frame and on the harvesting mechanism or its suspension mechanism and which are connected by first hydraulic circuits, on the one hand, to the first hydraulic jacks so as to be able to be actuated by these latter and, on the other hand, to hydropneumatic accumulators. - a frame with lateral uprights on which are articulated pivots equipped with wheels, - first hydraulic jacks which are connected to the lateral uprights and to the pivots, - at least one harvesting mechanism provided with cutting elements, - a suspension device connecting the said harvesting mechanism to the frame and allowing a vertical displacement of the said harvesting mechanism with respect to the frame, - a lightening device of the said harvesting mechanism,
A method for determining if a subject has pulmonary hypertension, comprising a) assaying a biological sample for the level of CCL21 expression and/or CCL21 protein; wherein the biological sample is selected from lung tissue, blood, plasma and serum, and wherein said biological sample has been obtained from a subject suspected of having pulmonary hypertension; b) comparing the amount of CCL21 expression and/or of CCL21 protein to a baseline value that is indicative of the amount of CCL21 expression and/or of CCL21 protein in a subject that does not have pulmonary hypertension; wherein a statistical significant increased amount of CCL21 expression and/or of CCL21 protein compared to the baseline value is indicative of pulmonary hypertension. a) assaying a biological sample for the level of CCL21 expression and/or CCL21 protein; wherein the biological sample is selected from lung tissue, blood, plasma and serum, and wherein said biological sample has been obtained from a subject suspected of having pulmonary hypertension; b) comparing the amount of CCL21 expression and/or of CCL21 protein to a baseline value that is indicative of the amount of CCL21 expression and/or of CCL21 protein in a subject that does not have pulmonary hypertension;
A method for the series production of punch-rivet connections between FRP workpieces and metal workpieces in the series production of corresponding workpiece composites, wherein the workpieces (110, 120) to be joined in the production of a workpiece composite are joined at provided joining points with the aid of a setting means which comprises a setting punch, by setting, free from pre-drilled holes, of semi-tubular punch rivets, identical semi-tubular punch rivets are used for the setting operations carried out in series with the setting means, although the FRP workpieces used have tolerance-related thickness fluctuations with respect to a desired thickness in a range of +/- 0.2 mm, the setting means and/or the operating parameters thereof being optimised with regard to the tolerance-related thickness fluctuations of the FRP workpieces such that on one hand first of all the thickness of an FRP workpiece which is to be joined is measured and hereupon an optimum setting force which is to be generated by the setting means is ascertained and on the other hand the setting punch is operated with a force control means so that, despite the tolerance-related thickness fluctuations of the FRP workpieces which are to be joined, a defect-free punch-rivet connection is produced upon each setting operation.
An operation method of a user equipment, UE, in a communication network, comprising: receiving, from a base station, information on a maximum occupation duration of an unlicensed band through a radio resource control, RRC signaling; receiving, from the base station, control information for transmission in an unlicensed band burst including a plurality of subframes in the maximum occupation duration; identifying one or more subframes to be not detected by the UE based on the control information; and obtaining data in remaining subframe(s) except for the one or more subframes based on the control information within the unlicensed band burst. receiving, from a base station, information on a maximum occupation duration of an unlicensed band through a radio resource control, RRC signaling; receiving, from the base station, control information for transmission in an unlicensed band burst including a plurality of subframes in the maximum occupation duration; identifying one or more subframes to be not detected by the UE based on the control information; and obtaining data in remaining subframe(s) except for the one or more subframes based on the control information within the unlicensed band burst.
Handbrake lever for motor vehicles, with a handle part, a sleeve-shaped covering connected to the handle part, and a push rod which extends in the longitudinal direction of the handle part, is axially displaceable counter to the force of a compression spring and has an actuating button arranged on the end side, wherein the covering has a radially oriented supporting element extending in the direction of the push rod, wherein the supporting element is arranged in the longitudinal direction between the actuating button and the handle part, and that an end portion of the compression spring that faces away from the actuating button is supported on the supporting element, characterized in that the covering has a damping element on which a surface of the actuating button facing the compression spring is supported in an engaged end position, wherein the damping element has a plurality of grooves and/or slats.
A hydraulic buffer comprising a housing with at least two variable-volume working liquid reservoirs (2, 3) in it separated from one another, each of them communicating with its port (4, 5) in the housing, wherein said variable-volume working liquid reservoirs (2, 3) are separated from one another by at least two separators (6, 7) with at least one working liquid buffer reservoir made between them, characterized in that at least in one working liquid buffer reservoir are made means of convection suppression, which include an aggregate of cylinders located along the axis of the working liquid buffer reservoir and inserted into one another with the possibility of axial movement relative to each other.
A clamp for an electronic key duplicating machine, comprising: - a first structure for a key, intended to immobilize the tip of said key, - a second structure for gripping a portion of the key shank by immobilization elements (28, 30) intended to come into contact with said portion of the shank of the key and engage it by friction, - said first structure and second structure being aligned and mutually spaced apart along the axis along which the key to be clamped extends, characterised in that the first structure grips the tip of the key and said first and second structures being associated with means (48, 50, 52, 54, 56) for its rotation about said axis and its immobilization in the desired angular position. - a first structure for a key, intended to immobilize the tip of said key, - a second structure for gripping a portion of the key shank by immobilization elements (28, 30) intended to come into contact with said portion of the shank of the key and engage it by friction, - said first structure and second structure being aligned and mutually spaced apart along the axis along which the key to be clamped extends, characterised in that the first structure grips the tip of the key and said first and second structures being associated with means (48, 50, 52, 54, 56) for its rotation about said axis and its immobilization in the desired angular position.
A navigational aid method for an inertial navigation system fixed with respect to a solid, the inertial system including at least one inertial sensor having a sensitive axis (X-X, Y-Y, Z-Z), each inertial sensor comprising an atomic spin gyroscope and a microelectromechanical system (MEMS) gyroscope integral with each other, the ASG gyroscope being able to deliver an ASG signal representative of a rotation about the corresponding sensitive axis (X-X, Y-Y, Z-Z), the MEMS gyroscope being able to deliver a MEMS signal representative of a rotation about the corresponding sensitive axis (X-X, Y-Y, Z-Z), the method including the steps of: - calculating, between a first date (t=0) and a subsequent third date (t com), a path ( Xn (t)) and, for each inertial sensor, a corresponding biased path (XnDi(t)), from the MEMS signals, assuming, for the biased path ( XnDi (t)), that the inertial sensor has a predetermined unit bias (D0x, D0y, D0z); - calculating, from the third date (t com), the path ( Xn (t)) and each biased path (XnDi(t)) from the ASG signals, assuming, for the biased path ( XnDi (t)), that the inertial sensor has a predetermined unit bias (D0x, D0y, D0z); - estimating a bias vector ( B 0) introduced by the MEMS gyroscopes, from the MEMS signals and ASG signals; - resetting, at a fourth date (tree) subsequent to the third date (t com), the path ( Xn (t)) as a function of each biased path ( XnDi (t)), the unit biases (D0x, D0y, D0z) and the estimated bias vector ( B 0), to obtain a nominal path which is not affected by the bias of the MEMS gyroscopes. - calculating, between a first date (t=0) and a subsequent third date (t com), a path ( Xn (t)) and, for each inertial sensor, a corresponding biased path (XnDi(t)), from the MEMS signals, assuming, for the biased path ( XnDi (t)), that the inertial sensor has a predetermined unit bias (D0x, D0y, D0z); - calculating, from the third date (t com), the path ( Xn (t)) and each biased path (XnDi(t)) from the ASG signals, assuming, for the biased path ( XnDi (t)), that the inertial sensor has a predetermined unit bias (D0x, D0y, D0z); - estimating a bias vector ( B 0) introduced by the MEMS gyroscopes, from the MEMS signals and ASG signals; - resetting, at a fourth date (tree) subsequent to the third date (t com), the path ( Xn (t)) as a function of each biased path ( XnDi (t)), the unit biases (D0x, D0y, D0z) and the estimated bias vector ( B 0), to obtain a nominal path which is not affected by the bias of the MEMS gyroscopes.
A method comprising: receiving at a wired interface component an input signal, wherein the wired interface component (a) is a component of a first unit (106, 400, 500) of a hearing prosthesis, the first unit (106, 400, 500) being configured to be externally worn by a recipient, and (b) conforms to at least one a Universal Serial Bus ("USB") protocol or an RS-232 protocol; separating the input signal into a data signal and a power signal, wherein the power signal is used to provide power to one or more components of the hearing prosthesis; and transferring from the first unit (106, 400, 500) to a second unit (108, 300) of the hearing prosthesis at least a portion of the power signal, wherein the second unit (108, 300) is implantable in the recipient and is configured to stimulate an auditory organ. receiving at a wired interface component an input signal, wherein the wired interface component (a) is a component of a first unit (106, 400, 500) of a hearing prosthesis, the first unit (106, 400, 500) being configured to be externally worn by a recipient, and (b) conforms to at least one a Universal Serial Bus ("USB") protocol or an RS-232 protocol; separating the input signal into a data signal and a power signal, wherein the power signal is used to provide power to one or more components of the hearing prosthesis; and transferring from the first unit (106, 400, 500) to a second unit (108, 300) of the hearing prosthesis at least a portion of the power signal, wherein the second unit (108, 300) is implantable in the recipient and is configured to stimulate an auditory organ.
A turbine blade or turbine vane for a gas turbine, comprising successively along a radial direction of said gas turbine, a root for attaching the turbine blade or turbine vane to a carrier, a platform, an aerodynamically shaped hollow airfoil comprising a suction side wall and a pressure side wall extending with respect to the direction of a hot gas flow from a common leading edge to common a trailing edge and extending transversely thereof from said platform to an airfoil tip, wherein the airfoil comprises at least one cooling cavity extending in accordance to a cooling fluid flow direction from a platform level to said airfoil tip, said at least one cooling cavity being in fluid connection with a number of cooling fluid outlets distributed along the trailing edge through an array of impingement cooling features located there between, characterized in that said array extends into a region which is located radially outside the airfoil within the platform comprising also impingement cooling feature.
A terminal comprising: a receiving section that receives first information indicating a slot format, second information indicating, in bit map format, a symbol pattern that is invalid in transmission of an uplink shared channel to which repetition is applied, and third information indicating that downlink control information includes a field notifying whether the invalid symbol pattern is applied; and a control section that, when the invalid symbol pattern is configured in units of bandwidth parts, and the field included in the downlink control information indicates that the invalid symbol pattern is applied, determines that a symbol indicated as invalid by the second information and a symbol indicated as DL by the first information are invalid in transmission of the uplink shared channel, wherein when a plurality of configured grant-based uplink shared channels are configured in a single bandwidth part, a common invalid symbol pattern is configured for the plurality of configured grant-based uplink shared channels. a receiving section that receives first information indicating a slot format, second information indicating, in bit map format, a symbol pattern that is invalid in transmission of an uplink shared channel to which repetition is applied, and third information indicating that downlink control information includes a field notifying whether the invalid symbol pattern is applied; and a control section that, when the invalid symbol pattern is configured in units of bandwidth parts, and the field included in the downlink control information indicates that the invalid symbol pattern is applied, determines that a symbol indicated as invalid by the second information and a symbol indicated as DL by the first information are invalid in transmission of the uplink shared channel, wherein when a plurality of configured grant-based uplink shared channels are configured in a single bandwidth part, a common invalid symbol pattern is configured for the plurality of configured grant-based uplink shared channels.
A preparation for use in a method of treating atopic dermatitis, which drug contains one or more compounds selected from the group consisting of 5-aminolevulinic acid and its salt; and an iron compound; as active components.
Use of surface treated zinc oxide powders as an antibacterial agent wherein the surface treated zinc oxide powders have an average particle diameter of 1.1 μm or more, and are surface treated by using at least one compound selected from the group consisting of silicon oxide, silicone oil, organic silicon compounds, and organic titanium compounds.
A customization system for printing a graphic onto a tubular article of apparel, comprising: a stationary platform; a printing system, including a printer; a carrier attached to the printing system; two rollers above the carrier that are in contact with the platform; a cylinder for holding the tubular article in proximity to the printer; wherein the tubular article can be disposed over an outer surface of the cylinder; wherein the cylinder rests on top of the rollers; wherein the carrier translates linear movement of the printing system along tracks into rotational movement of the cylinder; wherein the rollers rotate when the printing system moves along the tracks; wherein the rotation of the rollers causes the cylinder to rotate; and wherein the cylinder is configured to rotate relative to the printer to allow the printer to print a graphic onto the tubular article. a stationary platform; a printing system, including a printer; a carrier attached to the printing system; two rollers above the carrier that are in contact with the platform; a cylinder for holding the tubular article in proximity to the printer; wherein the tubular article can be disposed over an outer surface of the cylinder; wherein the cylinder rests on top of the rollers; wherein the carrier translates linear movement of the printing system along tracks into rotational movement of the cylinder; wherein the rollers rotate when the printing system moves along the tracks; wherein the rotation of the rollers causes the cylinder to rotate; and wherein the cylinder is configured to rotate relative to the printer to allow the printer to print a graphic onto the tubular article.
A base acetamide glycerin ether molecule which is characterized by an amphiphilic structure represented by formula, that is, with a base-1-acetic acid as polar head and a 2, 3-dialkoxyl-1-propylamine as non-polar tail, the two parts being linked by an amide bond to form the amphiphilic structure possessing both hydrophilicity and lipophilicity: wherein the base contained therein, that is, the base group in Formula, is a common natural purine or pyrimidine base, that is, adenine, guanine, hypoxanthine, cytosine, thymine and uracil; wherein the long chain aliphatic contained therein, that is, the R group in formula, is a saturated or unsaturated aliphatic carbon chain having between 8 and 25 carbons in length.
An aqueous cleaning composition, having a pH of 6.5 or lower, comprising: (i) 3.0 to 25.0 % by weight alkyl ethoxy sulphate; (ii) 1.0 to 5.0 % by weight amphoteric surfactant; (iii) 0.1 to 1.0 % by weight fatty acids being a saturated non-hydroxy C 8-12 fatty acid and a saturated non-hydroxy C 14-18 fatty acid, where ratio of amount of said C 8-12 fatty acid to that of said C 14-18 fatty acid is from 1:0.1 to 1:10 parts by weight; and (iv) 0.5 to 5 % by weight non-ionic surfactant, wherein (iii) and (iv) together form an antifoaming system, and wherein the amount of non-alkoxylated anionic surfactant in said composition is less than 1.0 % by weight. (i) 3.0 to 25.0 % by weight alkyl ethoxy sulphate; (ii) 1.0 to 5.0 % by weight amphoteric surfactant; (iii) 0.1 to 1.0 % by weight fatty acids being a saturated non-hydroxy C 8-12 fatty acid and a saturated non-hydroxy C 14-18 fatty acid, where ratio of amount of said C 8-12 fatty acid to that of said C 14-18 fatty acid is from 1:0.1 to 1:10 parts by weight; and (iv) 0.5 to 5 % by weight non-ionic surfactant,
A device for supplying air to a suction side of a pump of a wiper system, said device comprising a suctioning channel for suctioning air, said suctioning channel being able to be connected to the suction side of the pump, characterized in that the device is realized as a component separate from the pump and comprises a connection area for connecting the device with a supply container for washer fluid and having an additional connection area for a suction nozzle of the pump, and that a check valve is disposed in the suctioning channel, said check valve being realized for opening and closing as a function of a negative pressure (P 1) on a suction nozzle of the pump, whereby when the said check valve is opened air can enter the area of the suction nozzle of the pump, and when the check valve is closed no air is sucked.
An optoelectronic sensor for safeguarding a hazardous area, in particular a light grating, comprising a first and a second sensor part (16, 18), which are arranged at a spatial distance from one another, wherein each sensor part (16, 18) has a plurality of transmitting elements for generating transmitted beams (22, 24) and a plurality of receiving elements for receiving the transmitted beams (22, 24), such that a plurality of transmitted beams (22, 24) in opposite directions are formed between the sensor parts (16, 18), wherein each sensor part (16, 18) has at least one evaluation circuit (44, 46, 48) which is coupled to the receiving elements of the respective sensor part (16, 18), and wherein each evaluation circuit (44, 46, 48) is designed to generate a switch-off signal (50a, 50b) in a manner dependent on the respectively coupled receiving elements, characterized by at least one control unit (26; 26a, 26b) coupled to the evaluation circuits (44, 46, 48), wherein the control unit (26; 26a, 26b) generates a redundant enable signal (OSSD1, OSSD2) in a manner dependent on the switch-off signal (50a, 50b), wherein each sensor part (16, 18) has a plurality of evaluation circuits (44, 46, 48), wherein a first evaluation circuit is coupled to a first number of the receiving elements, wherein a further evaluation circuit (46, 48) is coupled to a further number of the receiving elements, wherein the first and the further evaluation circuit (44, 46, 48) in each sensor part (16, 18) are coupled to one another via a first line connection in order to form a series arrangement of evaluation circuits (44, 46, 48), wherein the series arrangement has an output (50a, 50b) from which the switch-off signal is transmitted to the control unit in a manner dependent on all the receiving elements coupled to the series arrangement, and wherein the plurality of evaluation circuits (44, 46, 48) are further connected to a common bus data connection (54, 56), which is connected to the control unit.