mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method performed by a computing system associated with at least one guarantor for processing guarantee information to be stored on a blockchain, the method comprising: receiving, from a computing device associated with an applicant, an application of a guarantee made by at least a first guarantor to a beneficiary, wherein the application includes information associated with an identity of the applicant, an identity of the beneficiary, and one or more predetermined conditions of executing the guarantee; generating a digital version of the guarantee based on the information included in the application; encrypting the digital version to generate cyphertext of the guarantee; generating, using a homomorphic encryption scheme, zero-knowledge proofs, ZKPs, related to values associated with the guarantee, wherein the values in the ZKPs comprise an encrypted actual loan amount, an encrypted remaining loanable amount, and an encrypted maximum loanable amount, and wherein the ZKPs are verified based on determining whether the encrypted actual loan amount and the encrypted remaining loanable amount add up to the encrypted maximum loanable amount; and sending the cyphertext and the ZKPs to a blockchain network to store the cyphertext on a blockchain, wherein the cyphertext is stored on the blockchain through consensus of blockchain nodes of the blockchain network after the ZKPs are successfully verified by the blockchain nodes. receiving, from a computing device associated with an applicant, an application of a guarantee made by at least a first guarantor to a beneficiary, wherein the application includes information associated with an identity of the applicant, an identity of the beneficiary, and one or more predetermined conditions of executing the guarantee; generating a digital version of the guarantee based on the information included in the application; encrypting the digital version to generate cyphertext of the guarantee; generating, using a homomorphic encryption scheme, zero-knowledge proofs, ZKPs, related to values associated with the guarantee, wherein the values in the ZKPs comprise an encrypted actual loan amount, an encrypted remaining loanable amount, and an encrypted maximum loanable amount, and wherein the ZKPs are verified based on determining whether the encrypted actual loan amount and the encrypted remaining loanable amount add up to the encrypted maximum loanable amount; and sending the cyphertext and the ZKPs to a blockchain network to store the cyphertext on a blockchain, wherein the cyphertext is stored on the blockchain through consensus of blockchain nodes of the blockchain network after the ZKPs are successfully verified by the blockchain nodes.
A Chinese character or characters input prompting method, comprising: obtaining a position of a cursor; obtaining a first Chinese character or characters before the position of the cursor and adjacent to the cursor and a second Chinese character or characters after the position of the cursor and adjacent to the cursor, wherein the first Chinese character or characters is a single Chinese character or a character string comprising multiple Chinese characters, and the second character or characters is a single character or a character string comprising multiple characters; obtaining, from an input method database, a Chinese character or characters that can form a word or a sentence with the first Chinese character or characters and the second Chinese character or characters; and prompting, in the form of a candidate character list, a user for the Chinese character or characters that can form a word or a sentence with the first Chinese character or characters and the second Chinese character or characters. obtaining a position of a cursor; obtaining a first Chinese character or characters before the position of the cursor and adjacent to the cursor and a second Chinese character or characters after the position of the cursor and adjacent to the cursor, wherein the first Chinese character or characters is a single Chinese character or a character string comprising multiple Chinese characters, and the second character or characters is a single character or a character string comprising multiple characters; obtaining, from an input method database, a Chinese character or characters that can form a word or a sentence with the first Chinese character or characters and the second Chinese character or characters; and prompting, in the form of a candidate character list, a user for the Chinese character or characters that can form a word or a sentence with the first Chinese character or characters and the second Chinese character or characters.
A shear section for a rotating arrangement, the shear section comprising: an axially-extending shaft having a connection flange; a coupling flange adjacent the connection flange, the coupling flange comprising: an annular shoulder portion; an elongated neck portion extending axially away from the shoulder portion and disposed concentrically within the shaft; and a plurality of fasteners extending axially through the shoulder portion and the connection flange, and securing the shaft to the coupling flange; wherein each of the plurality of fasteners comprises a shank region and a reduced thickness portion circumscribing the shank region, characterised by a stud secured to the shaft and disposed concentrically with and radially inside the elongated neck portion of the coupling flange; a bearing and a retaining nut surrounding a portion of the stud within the elongated neck portion of the coupling flange. an axially-extending shaft having a connection flange; a coupling flange adjacent the connection flange, the coupling flange comprising: an annular shoulder portion; an elongated neck portion extending axially away from the shoulder portion and disposed concentrically within the shaft; and a plurality of fasteners extending axially through the shoulder portion and the connection flange, and securing the shaft to the coupling flange; an annular shoulder portion; an elongated neck portion extending axially away from the shoulder portion and disposed concentrically within the shaft; and a plurality of fasteners extending axially through the shoulder portion and the connection flange, and securing the shaft to the coupling flange; wherein each of the plurality of fasteners comprises a shank region and a reduced thickness portion circumscribing the shank region,
A decentralized air related device for ventilation and/or air conditioning of a room, with a modular device configuration comprising a supply air part, an exhaust air part, a circulating air part and a heat recovery part as structural units, characterised in that the structural units are embodied as optionally used modules and that the heat recovery part is embodied as a parapet module, which represents a frame module and that the supply air part and the exhaust air part are embodied as room modules.
Method for reducing emissions and/or improving safety in an SEV combustor of a sequential combustion gas turbine, operated on syngas or fuels with high H 2 content, whereby an air/fuel mixture is combusted in a first combustor and the hot gases are subsequently introduced into the SEV combustor for further combustion, the SEV combustor having a mixing region for mixing the hot gases with the fuel and a combustion region, wherein steam is introduced into the mixing region of the SEV combustor, characterized in that the steam is used to cool a burner wall of the SEV combustor and the steam is introduced into the mixing region through the wall of the SEV combustor.
Film-forming coating agent on the basis of a polymer dispersion having a water content of at least 10% by weight and having an organic solvent content of 1 to 15% by weight, which in a dried state forms a film having a tensile bond strength of at least 0.1 N/mm 2, preferably at least 0.5 N/mm 2, and a vapor permeability of less than or equal to 25 μ, wherein in addition said film is mechanically removable, characterized in that the organic solvent is a polar solvent having a boiling point between 50 and 85°C and is selected from the group comprising ethanol, methyl ethyl ketone (butanone), 2-propanol (isopropyl alcohol), 2-methyl-2-propanol (tert-butanol), ethylene glycol dimethyl ether, and optionally mixtures thereof.
A mobile terminal comprising: a touch screen; and a controller configured to: detect a touch input applied to the touch screen; determine whether or not the touch input continues to be applied for a predetermined time; identify a type of a touch object contacting the touch screen to apply the touch input if the touch input continues to be applied for the predetermined time or more; and provide a touch input method according to the identified type of the touch object, wherein one of different functions is performed by the touch input method based on the type of the touch object, wherein the touch input method is provided differently for each or at least two of a finger, a touch pen, or a gloved finger such that at least two different touch input methods are provided based on whether the touch input is applied with the finger, the touch pen, or the gloved finger, and wherein the type of the touch object is identified based on at least: a strength of a signal that is generated by the touch input; or a size of an area on the touch screen that is in contact with the touch object. a touch screen; and a controller configured to: detect a touch input applied to the touch screen; determine whether or not the touch input continues to be applied for a predetermined time; identify a type of a touch object contacting the touch screen to apply the touch input if the touch input continues to be applied for the predetermined time or more; and provide a touch input method according to the identified type of the touch object, wherein one of different functions is performed by the touch input method based on the type of the touch object, wherein the touch input method is provided differently for each or at least two of a finger, a touch pen, or a gloved finger such that at least two different touch input methods are provided based on whether the touch input is applied with the finger, the touch pen, or the gloved finger, and detect a touch input applied to the touch screen; determine whether or not the touch input continues to be applied for a predetermined time; identify a type of a touch object contacting the touch screen to apply the touch input if the touch input continues to be applied for the predetermined time or more; and provide a touch input method according to the identified type of the touch object, wherein one of different functions is performed by the touch input method based on the type of the touch object, wherein the touch input method is provided differently for each or at least two of a finger, a touch pen, or a gloved finger such that at least two different touch input methods are provided based on whether the touch input is applied with the finger, the touch pen, or the gloved finger, and wherein the type of the touch object is identified based on at least: a strength of a signal that is generated by the touch input; or a size of an area on the touch screen that is in contact with the touch object. a strength of a signal that is generated by the touch input; or a size of an area on the touch screen that is in contact with the touch object.
Device for mounting and dismounting a bearing bush in a or from a bearing bore of a universal joint, comprising a stationarily arranged percussion hammer, a guide, relative to which the universal joint can be supported during the mounting or dismounting, as well as a percussion tool, which is vibratingly driveable by the percussion hammer in direction of a main axis and serves for mounting and dismounting of the bearing bush, characterised in that the guide has a base plate, on which the universal joint can be put during the mounting and dismounting and which can be manually pushed along the guide in direction of the main axis against the percussion tool.
A lift system with a lift car in a lift shaft - with a measuring tape - for determining the position of the lift car in the lift shaft - which is arranged vertically in the lift shaft - and having an optical encoding (11, 22) for length measurement, - with at least one marking element - that is arranged on the measuring tape - and having an optical encoding (11, 22), - with a sensor device - that is attached to the lift car - and comprising a lighting source and a sensor - which forms a detection field for detecting the measuring tape, - with an evaluation device - for decoding the encodings (11, 22) in the detection field, and - with a control device - for controlling the lift system as a function of the at least one marking element, wherein - the marking element is securely arranged on the measuring tape, characterised in that the encoding (11, 22) of the marking element - has the same coding format as the measuring tape, and - corresponds to a length specification of the encoding format of the measuring tape, and - the value thereof lies outside the length range of the measuring tape, in particular, and in particular 1 km or 1.5 km above. - with a measuring tape - for determining the position of the lift car in the lift shaft - which is arranged vertically in the lift shaft - and having an optical encoding (11, 22) for length measurement, - for determining the position of the lift car in the lift shaft - which is arranged vertically in the lift shaft - and having an optical encoding (11, 22) for length measurement, - with at least one marking element - that is arranged on the measuring tape - and having an optical encoding (11, 22), - that is arranged on the measuring tape - and having an optical encoding (11, 22), - with a sensor device - that is attached to the lift car - and comprising a lighting source and a sensor - which forms a detection field for detecting the measuring tape, - that is attached to the lift car - and comprising a lighting source and a sensor - which forms a detection field for detecting the measuring tape, - with an evaluation device - for decoding the encodings (11, 22) in the detection field, and - for decoding the encodings (11, 22) in the detection field, and - with a control device - for controlling the lift system as a function of the at least one marking element, wherein - for controlling the lift system as a function of the at least one marking element, wherein - the marking element is securely arranged on the measuring tape, characterised in that the encoding (11, 22) of the marking element - has the same coding format as the measuring tape, and - corresponds to a length specification of the encoding format of the measuring tape, and - the value thereof lies outside the length range of the measuring tape, in particular, and in particular 1 km or 1.5 km above.
Carbon nanotube pellets having an apparent density of 90 kg/m 3 or more, which are obtained by mixing carbon nanotubes (CNTs) and a solvent at a weight ratio of 5:1 to 1:2 and extruding the mixture, wherein the pellets have a diameter of 4 mm to 20 mm and a length of 20 mm to 200 mm; wherein a particle size of the carbon nanotubes contained in the pellets is D 50 of 20 μm or less and D 90 of 50 μm or less. wherein the pellets have a diameter of 4 mm to 20 mm and a length of 20 mm to 200 mm; wherein a particle size of the carbon nanotubes contained in the pellets is D 50 of 20 μm or less and D 90 of 50 μm or less.
A method for producing a liquid composition containing naringin at 60 mg/L or higher and hesperidin at 240 mg/L or higher, comprising immersing herbs in an ethanol solution of 30 to 90 v/v% to obtain an immersion liquid containing naringin at 60 mg/L or higher and hesperidin at 240 mg/L or higher, wherein the herbs are petals of a citrus tree and wherein immersion is performed by using an ethanol solution containing saccharides and having a brix value in a range of 5 to 40.
An aqueous fixative solution for biological samples comprising: a) a C 2 to C 6 carboxylic acid at a concentration of 0.9M or greater; b) an alkaline earth halide salt at a concentration of 0.02M or greater; and c) a biocidal essential oil component in a concentration of at least 50μg/ml. a) a C 2 to C 6 carboxylic acid at a concentration of 0.9M or greater; b) an alkaline earth halide salt at a concentration of 0.02M or greater; and c) a biocidal essential oil component in a concentration of at least 50μg/ml.
Arrangement for operating crawler tracks, having at least two summing gearboxes (SUM1, SUM2), at least two output shafts (AB1, AB2) and at least two switching elements (S1, S2); wherein at least five drive shafts (AN1, AN2, AN3, AN4, AN5) and at least one transfer case; wherein a first drive shaft, a second drive shaft and a third drive shaft are connected to each other by means of the transfer case; wherein the second drive shaft and the third drive shaft can be co-rotationally connected to one another by means of a first switching element; wherein a fourth drive shaft and a fifth drive shaft can be co-rotationally connected to one another by means of a second switching element; wherein the second drive shaft, the fourth drive shaft and a first output shaft are connected to one another by means of a first summing gearbox; wherein the third drive shaft, the fifth drive shaft and a second output shaft are connected to one another by means of a second summing gearbox; characterized in that a transmission ratio between the fourth drive shaft and the first output shaft when the second drive shaft is stationary and a transmission ratio between the fifth drive shaft and the second output shaft when the third drive shaft is stationary have opposite signs. at least five drive shafts (AN1, AN2, AN3, AN4, AN5) and at least one transfer case; wherein a first drive shaft, a second drive shaft and a third drive shaft are connected to each other by means of the transfer case; wherein the second drive shaft and the third drive shaft can be co-rotationally connected to one another by means of a first switching element; wherein a fourth drive shaft and a fifth drive shaft can be co-rotationally connected to one another by means of a second switching element; wherein the second drive shaft, the fourth drive shaft and a first output shaft are connected to one another by means of a first summing gearbox; wherein the third drive shaft, the fifth drive shaft and a second output shaft are connected to one another by means of a second summing gearbox; characterized in that a transmission ratio between the fourth drive shaft and the first output shaft when the second drive shaft is stationary and a transmission ratio between the fifth drive shaft and the second output shaft when the third drive shaft is stationary have opposite signs.
An assembly of a shaft with a jaw of a universal joint made up of a metal part defining a geometric reference axis (X-X) and having a first end machined so as to define two branches (4.1) for mounting a crossmember of the universal joint and clearance cutouts (4.2), a second end forming a cylindrical hub (4.4), an elastic sleeve being fitted on the shaft and in the hub (4.4), the shaft having a tubular axial end protruding from the elastic sleeve toward the branches (4.1), the tubular end of the shaft having at least one locating ridge (5.3) coming laterally across from and separated from at least one complementary ridge (4.7) of the jaw, the locating ridge (5.3) and the complementary ridge (4.7) being configured so as to be able to penetrate one another through an axial relative movement between the shaft and the jaw to limit the relative rotating movements around the reference axis between the shaft and the jaw and to limit the axial relative movements between the shaft and the jaw in an interpenetration direction, the jaw further including an intermediate partition (4.5) extending perpendicular to the reference axis (X-X) in an intermediate position between the hub (4.4) and the branches (4.1), the intermediate partition (4.5) partially closing the hub and being provided with a passage hole (4.6) for the tubular end of the shaft, and the tubular end of the shaft having at least locally a fold of material (5.4) that is folded down radially toward the outside so as to form an axial stop cooperating with the intermediate partition (4.5) to limit the relative axial movements between the shaft and the jaw in a removal direction opposite the interpenetration direction, characterized in that the elastic sleeve is cylindrical and fitted on a cylindrical bearing surface (5.1) of the shaft and in a cylindrical bearing surface (4.8) of the hub (4.4), the locating ridge including a notch (5.3) open at the axial end or a tab protruding axially, and the complementary ridge is formed by specific forms of the hole (4.6) and includes a complementary tab (4.7) or a complementary notch of the jaw.
An absorbent article comprising wing-like flaps that are respectively disposed on both sides in a width direction of a main body in which an absorber is interposed between a liquid-permeable top sheet and a liquid-impermeable back sheet and that are configured to be fixed to an undergarment so as to wrap around a crotch portion of the undergarment when the article is worn, wherein the wing-like flaps have a root, a straight front outline extending outward from the main body and a straight back outline extending outward from the main body, characterized in that the wing-like flaps are designed such that an angle (β) formed by the width-direction line of the absorbent article and the straight back outline is larger than an angle (Θ) formed by the width-direction line of the absorbent article and the straight front outline and that the gravity center of the wing-like flap is located further towards a front side of the absorbent article than the center of a bonding line of the root of the wing-like flap and the main body, and the wing-like flaps are designed such that when plural absorbent articles are alternately arranged normally and reversely adjacent to each other in a production line direction, the straight back outline of the wing-like flap of a normally arranged absorbent article and the straight back outline of the wing-like flap of a reversely arranged adjacent absorbent article coincide with each other under the condition that the absorbers of the normally and reversely arranged absorbent articles are aligned on the same straight line without displacement with respect to the production line direction. the wing-like flaps have a root, a straight front outline extending outward from the main body and a straight back outline extending outward from the main body, characterized in that the wing-like flaps are designed such that an angle (β) formed by the width-direction line of the absorbent article and the straight back outline is larger than an angle (Θ) formed by the width-direction line of the absorbent article and the straight front outline and that the gravity center of the wing-like flap is located further towards a front side of the absorbent article than the center of a bonding line of the root of the wing-like flap and the main body, and the wing-like flaps are designed such that when plural absorbent articles are alternately arranged normally and reversely adjacent to each other in a production line direction, the straight back outline of the wing-like flap of a normally arranged absorbent article and the straight back outline of the wing-like flap of a reversely arranged adjacent absorbent article coincide with each other under the condition that the absorbers of the normally and reversely arranged absorbent articles are aligned on the same straight line without displacement with respect to the production line direction.