mhurhangee/ep-ind-claims huggingface dataset:
A method for biometric based signing of documents comprising: receiving, on a terminal, a signature request associated to a document from a requester, the signature request including preferences defining requirements for valid signing of the document; displaying the document to the user on the user terminal; requesting at least one biometric identification factor of the user for creating at least one signing receipt; associating the at least one signing receipt to the document; and transmitting the document and/or the signing receipt from the user terminal to the requester, wherein the preferences include minimum time for displaying the entire document and/or portions of the document to the user before the document can be signed. receiving, on a terminal, a signature request associated to a document from a requester, the signature request including preferences defining requirements for valid signing of the document; displaying the document to the user on the user terminal; requesting at least one biometric identification factor of the user for creating at least one signing receipt; associating the at least one signing receipt to the document; and transmitting the document and/or the signing receipt from the user terminal to the requester, wherein the preferences include minimum time for displaying the entire document and/or portions of the document to the user before the document can be signed.
An objective lens for an endoscope (24, 25) comprises an object-side lens element including a plane-convex rod lens and an image-side lens element including a biconvex lens arranged at the image-side end of the objective lens, characterized in that the object-side lens element includes a plane-convex first lens and a biconcave second lens which form a front lens and are arranged in this order on the object side of the plane-convex rod lens forming a third lens, and that as viewed from the object side, the image-side lens element includes a biconvex fourth lens, a concave-plane fifth lens and a biconcave sixth lens which are arranged in this order on the object side of the biconvex lens that is arranged at the image-side end of the objective lens and forms a seventh lens.
Weighing device for determining a property of a rotor blade of a wind turbine, such as the weight, the mass or the torque of the rotor blade, the weighing device comprising - a first seat for receiving the rotor blade at a first radial position (r 1) of the rotor blade, - a second seat for receiving the rotor blade at a second radial position (r 2) of the rotor blade, - a first weight cell for quantifying a first weight which is acting on the first weight cell, - a second weight cell for quantifying a second weight which is acting on the second weight cell, and - a first counterweight which is configured to alleviate the first weight, wherein - the first counterweight is lifted up from the ground when the rotor blade is received by the first seat of the weighing device; wherein the weight of the rotor blade is determined by adding the measured first weight and the measured second weight,and - the rotor blade comprises a leading edge section and a trailing edge section, and - the rotor blade is placed such into the first seat of the weighing device that the leading edge section of the rotor blade is facing the first seat of the weighing device - a first seat for receiving the rotor blade at a first radial position (r 1) of the rotor blade, - a second seat for receiving the rotor blade at a second radial position (r 2) of the rotor blade, - a first weight cell for quantifying a first weight which is acting on the first weight cell, - a second weight cell for quantifying a second weight which is acting on the second weight cell, and - a first counterweight which is configured to alleviate the first weight, - the first counterweight is lifted up from the ground when the rotor blade is received by the first seat of the weighing device; wherein the weight of the rotor blade is determined by adding the measured first weight and the measured second weight,and - the rotor blade comprises a leading edge section and a trailing edge section, and - the rotor blade is placed such into the first seat of the weighing device that the leading edge section of the rotor blade is facing the first seat of the weighing device
A sterile, pharmaceutical, physically stable and injectable suspension, injectable through a 25G needle or thinner, comprising the following components: - sterile, crystalline, non-micronized 3-beta-hydroxy-5-alpha-pregnan-20-one particles; - mixture of acylglycerols; and - cholesterol; wherein said suspension is prepared by mixing said components under aseptic conditions within 24 hours or less. - sterile, crystalline, non-micronized 3-beta-hydroxy-5-alpha-pregnan-20-one particles; - mixture of acylglycerols; and - cholesterol;
A control system to determine a hands on wheel condition of a hand wheel, the control system comprising: a sensor that monitors an amount of applied torque exerted upon the hand wheel; and a control module for monitoring the sensor, the control module including: a notch filter to attenuate a normal column mode frequency from the amount of applied torque to produce a filtered torque signal, the normal column mode frequency configured to represent a range of vibrational modes of the hand wheel based on a hands off wheel condition; and a state detector to receive the filtered torque signal from the notch filter, the state detector configured to determine if the HOW condition exists based on if the filtered torque signal exceeds an ON threshold torque value. a sensor that monitors an amount of applied torque exerted upon the hand wheel; and a control module for monitoring the sensor, the control module including: a notch filter to attenuate a normal column mode frequency from the amount of applied torque to produce a filtered torque signal, the normal column mode frequency configured to represent a range of vibrational modes of the hand wheel based on a hands off wheel condition; and a state detector to receive the filtered torque signal from the notch filter, the state detector configured to determine if the HOW condition exists based on if the filtered torque signal exceeds an ON threshold torque value. a notch filter to attenuate a normal column mode frequency from the amount of applied torque to produce a filtered torque signal, the normal column mode frequency configured to represent a range of vibrational modes of the hand wheel based on a hands off wheel condition; and a state detector to receive the filtered torque signal from the notch filter, the state detector configured to determine if the HOW condition exists based on if the filtered torque signal exceeds an ON threshold torque value.
Device for fixing a shoulder prosthesis cup, the device being designed to be implanted in a humerus, in particular the humeral epiphysis, the device comprising a tubular body extending along a longitudinal axis between a proximal end for cooperating with the cup or a coupling member, and an opposite distal end to be fixed in the bone, the tubular body defining an inner peripheral surface and an outer peripheral surface provided with screw means to allow the device to be screwed into the bone, wherein the inner peripheral surface defines a female assembly portion extending substantially from the proximal end and designed to cooperate with a male assembly portion of the cup or with a male intermediate assembly portion of the coupling member, the device being characterized in that the screw means include a threading extending substantially from the proximal end to an intermediate region of the outer peripheral surface arranged at a distance from the proximal end and the distal end, and in that the threading has a variable screw pitch increasing from the proximal end toward the intermediate region.
Roof construction of a hall roof with insulating panels which are supported by a substructure and are covered on the upper side by a roof membrane, wherein Velcro hooks or Velcro mushroom heads find a hold in the upper side surface of the insulating panels and protrude on the underside of the roof membrane, characterised in that the insulating panels are non-woven textile fibre panels, the fibres of which lie essentially horizontally in a disordered manner, so that the Velcro hooks or Velcro mushroom heads engage under the fibres when they penetrate into the insulating panel and thus find a secure hold.
Valve for opening and closing a flow path, comprising a drive motor, comprising a valve disk, comprising a valve tappet and comprising a transmission device for converting rotational movement of the drive motor into translatory movement of the valve disk, wherein the valve disk is connected to the valve tappet and is able to be moved by way of movement of the valve tappet, wherein the transmission device is formed from flexible elements (14, 15, 22, 23), wherein only tensile forces are able to be transmitted by the flexible elements (14, 15, 22, 23), characterized in that the transmission device is formed from at least one toothed segment, wherein the toothed segment is able to be at least partially wrapped around by the flexible elements (14, 15, 22, 23) by way of rotational movement, and wherein the toothed segment is formed from two disk-shaped elements (7, 28) which are connected rigidly to one another, wherein the first disk-shaped element is arranged on the left of the valve tappet and the second disk-shaped element is arranged on the right of the valve tappet, wherein each of the disk-shaped elements (7, 28) has two grooves (20, 21) which extend in the circumferential direction parallel to one another at the outer circumference, wherein a flexible element (14, 15, 22, 23) is guided in each of the grooves (20, 21).
A composition comprising in weight percent based on the weight of the composition: 60-95% of an ethylene polymer of crystallinity of less than 40% as measured by ASTM D3418; 4 to less than 40% of a propylene polymer with an upper melting point of greater than or equal to (≥) 130°C as measured by ASTM D3418; and ≥ 0.5% peroxide; with the proviso that the ethylene polymer comprises either a continuous phase within which the propylene polymer is dispersed or is co-continuous with the propylene polymer, wherein the composition has a gel content of greater than or equal to (≥) 60% after crosslinking as measured by extraction with decahydronaphthalene according to ASTM D2765. 60-95% of an ethylene polymer of crystallinity of less than 40% as measured by ASTM D3418; 4 to less than 40% of a propylene polymer with an upper melting point of greater than or equal to (≥) 130°C as measured by ASTM D3418; and ≥ 0.5% peroxide;
Method for determining a performance index of a cooking vessel (1a, 1b) subjected to a heating power generated by means of heating, said index being representative of the thermal inertia of said cooking vessel (1a, 1b) to sear food, said cooking vessel (1a, 1b) comprising a bottom (3a, 3b) and a side wall (4a, 4b), characterised in that it comprises the following steps: a) subjecting the bottom (3a, 3b) of the cooking vessel (1a, 1b) to the means of heating turned on at a determined heating power, with the heating of the bottom (3a, 3b) resulting in an increase in the temperature of the upper face (7a, 7b) of the bottom (3a, 3b) and of the side wall (4a, 4b), b) measuring and recording at regular time intervals the temperature of the upper face (7a, 7b) of the bottom (3a, 3b) until the temperature measured reaches a predetermined temperature T, c) cutting off the means of heating and simultaneously pouring a predetermined mass of water M into the cooking vessel at instant T0, d) measuring and recording at regular time intervals the mass of residual water in the cooking vessel, e) determining the performance index from the calculations and recording made of the mass of residual water. a) subjecting the bottom (3a, 3b) of the cooking vessel (1a, 1b) to the means of heating turned on at a determined heating power, with the heating of the bottom (3a, 3b) resulting in an increase in the temperature of the upper face (7a, 7b) of the bottom (3a, 3b) and of the side wall (4a, 4b), b) measuring and recording at regular time intervals the temperature of the upper face (7a, 7b) of the bottom (3a, 3b) until the temperature measured reaches a predetermined temperature T, c) cutting off the means of heating and simultaneously pouring a predetermined mass of water M into the cooking vessel at instant T0, d) measuring and recording at regular time intervals the mass of residual water in the cooking vessel, e) determining the performance index from the calculations and recording made of the mass of residual water.
Compounds chosen from Compound 2: 1-(C-β-D-Lactopyranosyl)propan-2-one; Compound 4: 1-(C-β-D-Lactopyranosyl)-2-hydroxypropane; Compound 5. 1-[2-(3-Hydroxypropylamino)propyl]-C-β-D-lactopyranose; Compound 6. Phenyl-2-(C-β-D-lactopyranosyl)-1-hydroxy-ethane; Compound 7. 3-Methyl-4-(C-β-D-lactopyranosyl)-2-butenoic acid ethyl ester; Compound 8. 3-Methyl-4-(β-D-lactopyranosyl)butyric acid ethyl ester.
An impregnating agent and/or primer for rope, netting and fish farming nets, which in addition to the standard components such as oils, polymers, waxes, resins and binders, is characterised in that it comprises one or more odorants which is seal oil, seal oil extract and other organic or synthetic odorants which cod, other fish or relevant animal species react to and keep away from.
An anode active material for a lithium ion rechargeable battery comprising particles having a crystal phase represented by RAx, wherein R is at least one element selected from the group consisting of Ce, Pr, Nd, Sm, Gd, Dy, and Y, A is Si and/or Ge, and x satisfies 1.0 ≤ x ≤ 1.9, and a crystal phase consisting of A.
Method for detection of an obstacle in the vicinity of a device for detection of movement, of the type consisting of emitting from the said detection device, in the direction of the ground, at least a first incident light beam with a first wave length, and detecting at least one first light beam reflected by the said ground and the said obstacle, comprising the following steps: - division of the said first incident light beam, such as to form on the said ground first light fringes corresponding to first areas (5, 6), the lighting of which is alternately higher than a first predetermined high value, and lower than a first predetermined low value; - production of a first electric signal which is representative of the development over a period of time of the flow of light transported by the said first reflected light beam, characterised in that it additionally comprises the following steps: - formation of first electric pulses (V1') by comparison of the said first signal with a first predetermined threshold; - counting of the said first pulses (V1'); - determination of a first coordinate of the said obstacle relative to the said detection device, according to the first counting result, and in that the detection device is located on a vehicle. - division of the said first incident light beam, such as to form on the said ground first light fringes corresponding to first areas (5, 6), the lighting of which is alternately higher than a first predetermined high value, and lower than a first predetermined low value; - production of a first electric signal which is representative of the development over a period of time of the flow of light transported by the said first reflected light beam, characterised in that it additionally comprises the following steps: - formation of first electric pulses (V1') by comparison of the said first signal with a first predetermined threshold; - counting of the said first pulses (V1'); - determination of a first coordinate of the said obstacle relative to the said detection device, according to the first counting result,
A mobile station device (5A, 5B, 5C) to communicate with a base station device in a plurality of subframes on a plurality of cells, characterized in that the mobile station device (5A, 5B, 5C) comprises, a receiver configured to receive one or more PDSCHs in a plurality of downlink subframes on each of the plurality of cells from the base station device; a ACK/NACK generator configured to generate ACK/NACK for receptions of the one or more PDSCHs; a resource selector configured to select one PUCCH resource from a plurality of PUCCH resources in an uplink subframe, in accordance with the ACK/NACK; a parameter setter configured to set transmit power for a PUCCH transmission on the selected PUCCH resource using a PUCCH format in accordance with at least one parameter; and a transmitter configured to transmit, with the set transmit power, information related to the ACK/NACK on the selected PUCCH resource, wherein the parameter setter is configured to determine a value of the parameter in accordance with the number of cells where the one or more PDSCHs have been received in the plurality of downlink subframes.
A method for reading a hard bit and N soft bits of a memory cell of a nonvolatile memory system in response to a single read command in a total time corresponding to a single read latency period and N + 1 data transfer times, the method comprising: generating a sense signal proportional to a current of the memory cell; generating a reference signal that comprises 2N + 1 distinct reference signal values; generating a comparison signal by comparing the sense signal and the reference signal; sampling the comparison signal to generate 2N + 1 data values; and determining the hard bit and the N soft bits based on the 2N + 1 data values. generating a sense signal proportional to a current of the memory cell; generating a reference signal that comprises 2N + 1 distinct reference signal values; generating a comparison signal by comparing the sense signal and the reference signal; sampling the comparison signal to generate 2N + 1 data values; and determining the hard bit and the N soft bits based on the 2N + 1 data values.
A method for machine processing at least one electrical line, incorporating the steps of: Inserting a first end of the electrical line into a joining aid from a first side of the joining aid, transferring the first end of the electrical line from a second side, different from the first side, of the joining aid into a contact part casing, wherein the electrical line is held by the joining aid and/or the contact part casing during the transfer, characterized by the method further incorporating the step of: twisting a first and a second electrical line with each other while the first ends of the electrical lines are held in the joining aid. Inserting a first end of the electrical line into a joining aid from a first side of the joining aid, transferring the first end of the electrical line from a second side, different from the first side, of the joining aid into a contact part casing, wherein the electrical line is held by the joining aid and/or the contact part casing during the transfer, characterized by the method further incorporating the step of: twisting a first and a second electrical line with each other while the first ends of the electrical lines are held in the joining aid.
An article of footwear, comprising: a sole structure (104, 604, 1404, 1504, 1804) including a bottom surface (106, 606, 1406, 1806); a medial rotational traction element (110, 1410, 1810) formed on the bottom surface (106, 606, 1406, 1806) of the sole structure (104, 604, 1404, 1504, 1804), the medial rotational traction element (110, 1410, 1810) comprising a plurality of stud elements (414, 416, 418, 424, 426, 428, 714, 716, 718, 724, 726, 728, 1514, 1516, 1518, 1840, 1844, 1846) extending out from the bottom surface (106, 606, 1406, 1806); wherein the plurality of stud elements (414, 416, 418, 424, 426, 428, 714, 716, 718, 724, 726, 728, 1514, 1516, 1518, 1840, 1844, 1846) are arranged in an approximately circular grouping in a forefoot region on a medial side of the bottom surface (106, 606, 1406, 1806); characterized in that a group (108, 608) of traction elements is arranged adjacent to the periphery of the bottom surface (106, 606, 1406, 1806) along a lateral side, the group (108, 608) of traction elements including a first lateral cleat (400, 700, 1822), a second lateral cleat (402, 702, 1824), a third lateral cleat (404, 704, 1826) and a fourth lateral cleat (408, 708, 1830), wherein the first lateral cleat (400, 700, 1822) is located at the top most portion of a forefoot region of the article of footwear; and a secondary stud (406, 706, 1828) is disposed between traction elements associated with the lateral side and the medial side and adjacent to the third lateral cleat (404, 704, 1826) and is arranged approximately perpendicular to the third lateral cleat (404, 704, 1826). a sole structure (104, 604, 1404, 1504, 1804) including a bottom surface (106, 606, 1406, 1806); a medial rotational traction element (110, 1410, 1810) formed on the bottom surface (106, 606, 1406, 1806) of the sole structure (104, 604, 1404, 1504, 1804), the medial rotational traction element (110, 1410, 1810) comprising a plurality of stud elements (414, 416, 418, 424, 426, 428, 714, 716, 718, 724, 726, 728, 1514, 1516, 1518, 1840, 1844, 1846) extending out from the bottom surface (106, 606, 1406, 1806); wherein the plurality of stud elements (414, 416, 418, 424, 426, 428, 714, 716, 718, 724, 726, 728, 1514, 1516, 1518, 1840, 1844, 1846) are arranged in an approximately circular grouping in a forefoot region on a medial side of the bottom surface (106, 606, 1406, 1806); characterized in that a group (108, 608) of traction elements is arranged adjacent to the periphery of the bottom surface (106, 606, 1406, 1806) along a lateral side, the group (108, 608) of traction elements including a first lateral cleat (400, 700, 1822), a second lateral cleat (402, 702, 1824), a third lateral cleat (404, 704, 1826) and a fourth lateral cleat (408, 708, 1830), wherein the first lateral cleat (400, 700, 1822) is located at the top most portion of a forefoot region of the article of footwear; and a secondary stud (406, 706, 1828) is disposed between traction elements associated with the lateral side and the medial side and adjacent to the third lateral cleat (404, 704, 1826) and is arranged approximately perpendicular to the third lateral cleat (404, 704, 1826).