mhurhangee/ep-ind-claims huggingface dataset:
A method for releasing a transaction by a computer system, the method comprising: - transmitting transaction details from the computer system to a chip card, the transaction details including specific information about the transaction; - receiving the transaction details by the chip card; - generating a transaction number by the chip card, the transaction number being specific to the transaction, - displaying the transaction details and the transaction number on a display of the chip card, - receiving the transaction number by the computer system on account of a user input of the transaction number; - validating the transaction number by the computer system; and - releasing the transaction if the received transaction number has been validated as valid; wherein the transaction details are provided with a Message Authentication Code, wherein for this purpose a secret key is used, which has been uniquely determined individually for the computer system and the chip card, wherein the secret key is securely stored permanently both on the computer system and on the chip card, wherein the Message Authentication Code is calculated from the transaction details and the secret key, wherein the transaction details and the transaction number are then displayed on the display of the chip card only if it is assured that the transaction details originate originally from the computer system, wherein the transaction number is calculated in accordance with the HOTP (K, S) rule, wherein S describes the transaction details and K describes the secret key. - transmitting transaction details from the computer system to a chip card, the transaction details including specific information about the transaction; - receiving the transaction details by the chip card; - generating a transaction number by the chip card, the transaction number being specific to the transaction, - displaying the transaction details and the transaction number on a display of the chip card, - receiving the transaction number by the computer system on account of a user input of the transaction number; - validating the transaction number by the computer system; and - releasing the transaction if the received transaction number has been validated as valid;
A method for assessing the prognosis for a patient comprising determining the amount of a circulating biomarker, wherein said patient has pancreatic cancer and is being treated with ganitumab, wherein a higher concentration of said circulating biomarker indicates that said patient has a better prognosis of a ganitumab-dependent increase in overall survival, and wherein said circulating biomarker is total IGF-2 and wherein said patient's total IGF-2 concentration is higher if it is greater than 1734 ng/mL.
Cosmetic product containing in a cosmetically acceptable carrier a) at least one copolymer A3 as copolymer A that contains - at least one structural unit according to formula where R stands for a methyl group and X stands for methosulfate, - at least one further structural unit according to formula where n stands for 1 methylene unit, - at least one further structural unit according to formula - at least one further structural unit according to formula b) and at least one acrylate polymer B which is different from copolymer A and is selected from polyacrylic acid. a) at least one copolymer A3 as copolymer A that contains - at least one structural unit according to formula where R stands for a methyl group and X stands for methosulfate, - at least one further structural unit according to formula where n stands for 1 methylene unit, - at least one further structural unit according to formula - at least one further structural unit according to formula - at least one structural unit according to formula where R stands for a methyl group and X stands for methosulfate, - at least one further structural unit according to formula where n stands for 1 methylene unit, - at least one further structural unit according to formula - at least one further structural unit according to formula b) and at least one acrylate polymer B which is different from copolymer A and is selected from polyacrylic acid.
A pharmaceutical lyophilized preparation comprising: botulinum toxin, polysorbate, and methionine; and one or more components selected from the group consisting of sugar, sugar alcohol, and an ionic compound. botulinum toxin, polysorbate, and methionine; and one or more components selected from the group consisting of sugar, sugar alcohol, and an ionic compound.
An implantable device, comprising: an acoustic transducer configured to receive acoustic energy and convert the acoustic energy to electrical energy; at least two electrodes configured to deliver an electrical output to the body; and a glitch generator configured to modify the electrical output with a glitch, wherein the modifying occurs at a pre-configured interval; wherein the modified electrical output is configured to be sensed by a controller-transmitter. an acoustic transducer configured to receive acoustic energy and convert the acoustic energy to electrical energy; at least two electrodes configured to deliver an electrical output to the body; and a glitch generator configured to modify the electrical output with a glitch, wherein the modifying occurs at a pre-configured interval; wherein the modified electrical output is configured to be sensed by a controller-transmitter.
An electrolyte solution comprising a solvent, an electrolyte salt, and at least one compound (α) selected from the group consisting of: an amine represented by the following formula: wherein R 1 and R 2 may be the same as or different from each other, and individually represent a C1-C7 alkyl group; and Rf 1 represents a C1-C7 fluorinated alkyl group, and an amide represented by the following formula: wherein R 3, R 4, and R 5 may be the same as or different from each other, and individually represent a C1-C7 alkyl group characterised in that the electrolyte solution contains 0.001 to 20 ppm of the compound (α). an amine represented by the following formula: wherein R 1 and R 2 may be the same as or different from each other, and individually represent a C1-C7 alkyl group; and Rf 1 represents a C1-C7 fluorinated alkyl group, and an amide represented by the following formula: wherein R 3, R 4, and R 5 may be the same as or different from each other, and individually represent a C1-C7 alkyl group characterised in that the electrolyte solution contains 0.001 to 20 ppm of the compound (α).
A method for manufacturing a vial for a level, the method comprising: forming a blank body from molten material, the blank body having a first and a second end surface at corresponding first and second longitudinal ends of the blank body, the blank body being formed from molten material comprising, an exterior surface and an internal bore, said exterior surface having an upper portion generally defining a portion of a cylinder, the internal bore having an interior surface that is substantially cylindrical so as to define a wall thickness that is substantially constant between the interior surface and the generally cylindrical upper portion of the exterior surface; cooling the molten material that forms said blank body; changing a shape of the formed cylindrical interior surface so that the wall thickness at a center portion of the blank body is thinner than the wall thickness at portions of the blank body located between the center portion and ends of the blank body; filling the blank body with a liquid in an amount that creates a bubble within the blank body; and sealing the blank body with the liquid contained inside characterized in that the blank body is formed such that said exterior surface has a lower portion generally having a rectangular block shape extending from the first end surface to the second end surface. forming a blank body from molten material, the blank body having a first and a second end surface at corresponding first and second longitudinal ends of the blank body, the blank body being formed from molten material comprising, an exterior surface and an internal bore, said exterior surface having an upper portion generally defining a portion of a cylinder, the internal bore having an interior surface that is substantially cylindrical so as to define a wall thickness that is substantially constant between the interior surface and the generally cylindrical upper portion of the exterior surface; cooling the molten material that forms said blank body; changing a shape of the formed cylindrical interior surface so that the wall thickness at a center portion of the blank body is thinner than the wall thickness at portions of the blank body located between the center portion and ends of the blank body; filling the blank body with a liquid in an amount that creates a bubble within the blank body; and sealing the blank body with the liquid contained inside characterized in that the blank body is formed such that said exterior surface has a lower portion generally having a rectangular block shape extending from the first end surface to the second end surface.
A method of assembling a medical catheter, the method comprising: providing a catheter body made of a compliant material; the catheter body having a center lumen; forming first and second slots (42a, 42b) within the catheter body; characterised in that the method further comprises: providing a first electrode (20, 22, 24, 26) having a plurality of independently accessible electrode segments (20a-b, 22a-b, 24a-b, 26a-b), each electrode segment (20a-b, 22a-b, 24a-b, 26a-b) including a contact surface interconnecting first and second retaining features (54, 56); wherein the contact surface and the first and second retaining features (54, 56) collectively define a channel; inserting the first retaining feature within the first slot and into the center lumen of the catheter body; and inserting the second retaining feature within the second slot and into the center lumen so that the catheter body is positioned within the channel. providing a catheter body made of a compliant material; the catheter body having a center lumen; forming first and second slots (42a, 42b) within the catheter body; characterised in that the method further comprises: providing a first electrode (20, 22, 24, 26) having a plurality of independently accessible electrode segments (20a-b, 22a-b, 24a-b, 26a-b), each electrode segment (20a-b, 22a-b, 24a-b, 26a-b) including a contact surface interconnecting first and second retaining features (54, 56); wherein the contact surface and the first and second retaining features (54, 56) collectively define a channel; inserting the first retaining feature within the first slot and into the center lumen of the catheter body; and inserting the second retaining feature within the second slot and into the center lumen so that the catheter body is positioned within the channel. providing a first electrode (20, 22, 24, 26) having a plurality of independently accessible electrode segments (20a-b, 22a-b, 24a-b, 26a-b), each electrode segment (20a-b, 22a-b, 24a-b, 26a-b) including a contact surface interconnecting first and second retaining features (54, 56); wherein the contact surface and the first and second retaining features (54, 56) collectively define a channel; inserting the first retaining feature within the first slot and into the center lumen of the catheter body; and inserting the second retaining feature within the second slot and into the center lumen so that the catheter body is positioned within the channel.
A pipe coupling comprising: an elastomeric sleeve; and an adjustable clamping band wherein the elastomeric sleeve has a substantially tubular body and sealing flaps provided at each end of the body, the sealing flaps overlapping the outer surface of the body to define a partially enclosed channel; and wherein the adjustable clamping band is provided in the channel defined between the body and the sealing flaps, and is adjustable to press outwardly on said sealing flaps characterised in that the coupling is provided with bushing means comprising a sleeve of elastomeric material adapted to fit within the interior of one of the sealing flaps or a sleeve of elastomeric material adapted to fit around the tubular body of the elastomeric sleeve.
A method of compensating for a flexure of a baseplate of a seismic vehicle used in a seismic survey, comprising the steps of: a) providing a baseplate comprising: i) a plate body that is substantially planar and having a bottom surface and a top surface; ii) an array of load cells mounted near said bottom surface of the plate body so that the load cells can measure a plurality of forces the baseplate applies to the ground; iii) a plurality of actuators mounted above the top surface of the plate body and capable of reversibly contacting said top surface of said plate body; iv) a central processing unit operably coupled to said actuators and said load cells; v) wherein said CPU is arranged to control the actuation of said plurality of actuators to compensate for flexure, when a flexure in said plate body is detected with said load cells; b) detecting a position and a degree of a flexure in said plate body or a differential force or both; characterised by c) calculating a compensating matrix that comprises the magnitude and position of forces to be exerted on the plate body to compensate for said flexure or differential force or both; d) executing the compensating matrix through the plurality of actuators to compensate for said flexure or differential force or both. a) providing a baseplate comprising: i) a plate body that is substantially planar and having a bottom surface and a top surface; ii) an array of load cells mounted near said bottom surface of the plate body so that the load cells can measure a plurality of forces the baseplate applies to the ground; iii) a plurality of actuators mounted above the top surface of the plate body and capable of reversibly contacting said top surface of said plate body; iv) a central processing unit operably coupled to said actuators and said load cells; v) wherein said CPU is arranged to control the actuation of said plurality of actuators to compensate for flexure, when a flexure in said plate body is detected with said load cells; i) a plate body that is substantially planar and having a bottom surface and a top surface; ii) an array of load cells mounted near said bottom surface of the plate body so that the load cells can measure a plurality of forces the baseplate applies to the ground; iii) a plurality of actuators mounted above the top surface of the plate body and capable of reversibly contacting said top surface of said plate body; iv) a central processing unit operably coupled to said actuators and said load cells; v) wherein said CPU is arranged to control the actuation of said plurality of actuators to compensate for flexure, when a flexure in said plate body is detected with said load cells; b) detecting a position and a degree of a flexure in said plate body or a differential force or both; characterised by c) calculating a compensating matrix that comprises the magnitude and position of forces to be exerted on the plate body to compensate for said flexure or differential force or both; d) executing the compensating matrix through the plurality of actuators to compensate for said flexure or differential force or both.
A filter device comprising an inlet chamber, an outlet chamber, and a filter system, which separates the inlet chamber and the outlet chamber, wherein the inlet chamber comprises at least one liquid supply line and at least one liquid drainage, and the outlet chamber comprises no liquid supply line and at least one liquid drainage, wherein the base of the inlet chamber is at least partially formed by the filter system, characterized in that the liquid supply line is mounted centrally above the filter system or on the side of the inlet chamber, and above the filter system flow elements are mounted, which are designed such that a flow may take place below or above them and have a spiral or serpentine shape and control the flow of the liquid, so that it does not flow directly to the liquid drainage of the inlet chamber.
A roof window, particularly for installation in an inclined roof surface, comprising a frame, a sash configured to be moved between a closed position and an open position, in which the sash assumes an angle relative to the frame, a set of hinges, and a covering arrangement including a frame side covering element having a top portion and an end edge, and a sash side covering element having a top portion and an end edge facing the end edge of the frame side covering element to form a gap, said covering arrangement being configured to cover at least said hinges in the closed position of the sash, wherein the covering arrangement includes at least one separate transition element (13, 14) connected to one of the frame side covering element and the sash side covering element, near or at the respective end edge (115, 125) of the frame side covering element or the sash side covering element, and that said at least one transition element (13, 14) is configured to influence the flow conditions at or near the gap in the closed position of the sash, characterised in that the at least one transition element includes a first transition element connected to the sash side covering element and having a first venturi portion configured to face an interior side of the top portion of the frame side covering element in the closed position of the sash to provide a constricted section between an inner channel section and an outer channel section, nearest said cap.
Vacuum cleaner comprising a waste separation assembly comprising: - at least one cyclone separation stage having a primary separator by cyclone of longitudinal axis Δ, - a removable waste recovery container located underneath the primary separator, the removable waste recovery container being associated with a movable cover, characterised in that the movable cover defines a connection pipe between the primary separator and the removable container, the connection pipe having, at its connection to the primary separator, an inlet section of generally annular shape coaxial with the axis Δ. - at least one cyclone separation stage having a primary separator by cyclone of longitudinal axis Δ, - a removable waste recovery container located underneath the primary separator,
Elastic teeter bearing for a rotor, particularly in an aircraft, comprising, rotatably arranged on an rotational axis of said rotor: a teeter beam, configured for attaching thereto a rotor having at least two rotor blades (3b1, 3b2), either as separate blade parts or in one piece, said teeter beam being devised for performing a teetering motion with respect to said rotational axis and having at least two first lugs or two pairs of first lugs (3j1, 3j2) arranged at opposite ends thereof at a distance with respect to said rotational axis; a hub piece located below said teeter beam, said hub piece having at least two arms (3g1, 3g2) that extend outwardly in a radial direction with respect to said rotational axis, each of said arms (3g1, 3g2) having a second lug, in case said teeter beam has said two pairs of first lugs (3j1, 3j2), or having a pair of second lugs, in case said teeter beam has said two first lugs, arranged at said distance with respect to said rotational axis; characterised in that each one of said second lugs is located between the two lugs of a respective pair of first lugs (3j1, 3j2) or wherein each one of said first lugs is located between the two lugs of a respective pair of second lugs, and respective connecting pins pass through said first and second lugs (3j1, 3j2, 3k) on either side of said rotational axis; and in that a pair of elastic bushings (3l1, 3l2) are arranged on each of said connecting pins between a first one of said pair of first lugs (3j1) and said second lug and between a second one of said pair of first lugs (3j2) and said second lug, respectively, or vice versa. a teeter beam, configured for attaching thereto a rotor having at least two rotor blades (3b1, 3b2), either as separate blade parts or in one piece, said teeter beam being devised for performing a teetering motion with respect to said rotational axis and having at least two first lugs or two pairs of first lugs (3j1, 3j2) arranged at opposite ends thereof at a distance with respect to said rotational axis; a hub piece located below said teeter beam, said hub piece having at least two arms (3g1, 3g2) that extend outwardly in a radial direction with respect to said rotational axis, each of said arms (3g1, 3g2) having a second lug, in case said teeter beam has said two pairs of first lugs (3j1, 3j2), or having a pair of second lugs, in case said teeter beam has said two first lugs, arranged at said distance with respect to said rotational axis; characterised in that each one of said second lugs is located between the two lugs of a respective pair of first lugs (3j1, 3j2) or wherein each one of said first lugs is located between the two lugs of a respective pair of second lugs, and respective connecting pins pass through said first and second lugs (3j1, 3j2, 3k) on either side of said rotational axis; and in that a pair of elastic bushings (3l1, 3l2) are arranged on each of said connecting pins between a first one of said pair of first lugs (3j1) and said second lug and between a second one of said pair of first lugs (3j2) and said second lug, respectively, or vice versa.
A speed control assembly for a self-propelled walk-behind lawn mower, said speed control assembly comprising: a casing, wherein the casing is formed by an upper housing and a lower housing attached together; a speed engagement assembly having a plurality of selectively rotatable levers connected to said casing, wherein rotation of at least one of said levers causes a transmission assembly of said lawn mower to actuate between an engaged position and a disengaged position; and a speed adjustment assembly having a knob, said knob being selectively rotatable between a plurality of operative positions, wherein rotation between operative positions causes said transmission assembly to produce a different rotational speed output corresponding to each operative position, characterized in that said knob is connected to said casing, wherein the knob is received in an aperture formed into the upper housing. a casing, wherein the casing is formed by an upper housing and a lower housing attached together; a speed engagement assembly having a plurality of selectively rotatable levers connected to said casing, wherein rotation of at least one of said levers causes a transmission assembly of said lawn mower to actuate between an engaged position and a disengaged position; and a speed adjustment assembly having a knob, said knob being selectively rotatable between a plurality of operative positions, wherein rotation between operative positions causes said transmission assembly to produce a different rotational speed output corresponding to each operative position, characterized in that said knob is connected to said casing, wherein the knob is received in an aperture formed into the upper housing.