mhurhangee/ep-ind-claims huggingface dataset:
A method for intercepting a transmission of a personalized ring back tone from a network associated with a subscriber to a caller, which ring back tone is customized by the subscriber and stored in a database on a location separate from the subscriber, the method comprising: receiving a command to intercept a personalized ring back tone of the subscriber; identifying a subscriber identity of the subscriber; determining the existence of the personalized ring back tone associated with the subscriber based at least in part on the subscriber identity, characterized in: intercepting the personalized ring back tone at an intercept access point as the personalized ring back tone is transmitted to the caller from the database for storing the personalized ring back tone, the database associated with a network that corresponds to the subscriber, in response to a call placed to the subscriber by the caller; and transmitting as a file in an Intercept Related Information record at least call content data associated to the personalized ring back tone, to a recipient. receiving a command to intercept a personalized ring back tone of the subscriber; identifying a subscriber identity of the subscriber; determining the existence of the personalized ring back tone associated with the subscriber based at least in part on the subscriber identity, characterized in: intercepting the personalized ring back tone at an intercept access point as the personalized ring back tone is transmitted to the caller from the database for storing the personalized ring back tone, the database associated with a network that corresponds to the subscriber, in response to a call placed to the subscriber by the caller; and transmitting as a file in an Intercept Related Information record at least call content data associated to the personalized ring back tone, to a recipient. intercepting the personalized ring back tone at an intercept access point as the personalized ring back tone is transmitted to the caller from the database for storing the personalized ring back tone, the database associated with a network that corresponds to the subscriber, in response to a call placed to the subscriber by the caller; and transmitting as a file in an Intercept Related Information record at least call content data associated to the personalized ring back tone, to a recipient.
Method for sharpening a worn removable machining insert having a first cutting edge damaged after a first use, said insert having, in the state prior to its use, specific dimensional and geometric parameters within a defined tolerance range and said first undamaged cutting edge of defined sharpness, characterized in that the sharpening is carried out on the rake face by removing material from said rake face on said first damaged edge, the rake face after machining being inclined by a nonzero angle with respect to said rake face, in order to make said insert correspond to said specific dimensional and geometric parameters within said defined tolerance range, while having a second cutting edge of said defined sharpness.
Method for automatically authenticating a user towards an electronic network service by means of a network address of the user, involving: transmitting the network address of the user by means of a communication terminal of the user to the electronic network service via a communication network; sending a message comprising authentication data of the user to the transmitted network address by means of the electronic network service via the communication network, wherein the message is sent in response to the transmitting of the network address; automatically extracting the authentication data of the user from the received message by means of the communication terminal; and automatically authenticating the user towards the electronic network service by using the extracted authentication data of the user by means of the communication terminal, wherein the message comprises an HTML form comprising a method identifier associated with the method for automatic authentication, and wherein the HTML form comprises an input mask or login page, wherein the method identifier is realized as a hidden input field in the HTML form. transmitting the network address of the user by means of a communication terminal of the user to the electronic network service via a communication network; sending a message comprising authentication data of the user to the transmitted network address by means of the electronic network service via the communication network, wherein the message is sent in response to the transmitting of the network address; automatically extracting the authentication data of the user from the received message by means of the communication terminal; and automatically authenticating the user towards the electronic network service by using the extracted authentication data of the user by means of the communication terminal, wherein the message comprises an HTML form comprising a method identifier associated with the method for automatic authentication, and wherein the HTML form comprises an input mask or login page, wherein the method identifier is realized as a hidden input field in the HTML form.
A method for identifying one or more factors associated with a target nucleic acid sequence, wherein the one or more factors comprise at least one long noncoding ribonucleic acid (lncRNA) sequence that is associated with the target nucleic acid sequence, the method comprising the steps of: (a) providing a chromatin extract comprising the target nucleic acid sequence and the one or more factors associated with the target nucleic acid sequence; (b) processing the chromatin extract to thereby shear and reversibly crosslink genomic DNA contained therein; (c) contacting the sheared, reversibly crosslinked chromatin extract with one or more capture probes, wherein the capture probes comprise a nucleic acid sequence and at least one affinity label, and wherein the capture probes specifically hybridise with the at least one lncRNA sequence; (d) providing conditions that allow the one or more capture probes to hybridise with the at least one IncRNA sequence so as to form a hybridization complex comprising the capture probe, the at least one lncRNA and the target nucleic acid sequence; (e) isolating the hybridization complex by immobilising the hybridization complex via a molecule that interacts with the affinity label; and (f) analyzing the constituents of the isolated hybridization complex so as to identify the one or more factors associated with the target nucleic acid sequence. (a) providing a chromatin extract comprising the target nucleic acid sequence and the one or more factors associated with the target nucleic acid sequence; (b) processing the chromatin extract to thereby shear and reversibly crosslink genomic DNA contained therein; (c) contacting the sheared, reversibly crosslinked chromatin extract with one or more capture probes, wherein the capture probes comprise a nucleic acid sequence and at least one affinity label, and wherein the capture probes specifically hybridise with the at least one lncRNA sequence; (d) providing conditions that allow the one or more capture probes to hybridise with the at least one IncRNA sequence so as to form a hybridization complex comprising the capture probe, the at least one lncRNA and the target nucleic acid sequence; (e) isolating the hybridization complex by immobilising the hybridization complex via a molecule that interacts with the affinity label; and (f) analyzing the constituents of the isolated hybridization complex so as to identify the one or more factors associated with the target nucleic acid sequence.
A method of producing a resin composition, comprising: a step 1 of obtaining an aqueous latex containing fine polymer particles and an emulsifying agent; a step 2 of obtaining, with use of the aqueous latex, slurry containing a coagulate of the fine polymer particles; a step 3 of taking out the coagulate from the slurry and adjusting a water content of the coagulate to not less than 10% with respect to a weight of the coagulate; and a step 4 of mixing the coagulate and a thermosetting resin, the fine polymer particles containing a rubber-containing graft copolymer having an elastic body and a graft part grafted to the elastic body, the graft part being a polymer containing at least one type of structural unit derived from at least one type of monomer selected from the group consisting of aromatic vinyl monomers, vinyl cyanide monomers, and (meth)acrylate monomers, the step 2 further including a step of adding a resin to the aqueous latex, the resin being a liquid having a viscosity of 100 mPa·s to 1,000,000 mPa·s at 25°C, a semisolid, or a solid. a step 1 of obtaining an aqueous latex containing fine polymer particles and an emulsifying agent; a step 2 of obtaining, with use of the aqueous latex, slurry containing a coagulate of the fine polymer particles; a step 3 of taking out the coagulate from the slurry and adjusting a water content of the coagulate to not less than 10% with respect to a weight of the coagulate; and a step 4 of mixing the coagulate and a thermosetting resin, the fine polymer particles containing a rubber-containing graft copolymer having an elastic body and a graft part grafted to the elastic body, the graft part being a polymer containing at least one type of structural unit derived from at least one type of monomer selected from the group consisting of aromatic vinyl monomers, vinyl cyanide monomers, and (meth)acrylate monomers, the step 2 further including a step of adding a resin to the aqueous latex, the resin being a liquid having a viscosity of 100 mPa·s to 1,000,000 mPa·s at 25°C, a semisolid, or a solid.
Ball valve having a housing, an actuation channel (22, 45), a feeding line, a draining line, an actuating device (18, 47) and an actuating handle (20; 49), suitable for selectively opening, closing and controlling the flow of a medium through the ball valve from the upstream feeding line to the downstream draining line through the actuation channel (22; 45), wherein the actuating device (18; 47) is connected to an actuator (12; 48) within an actuation chamber for clearly moving the actuator (12; 48) in order to enlarge or reduce the size of the actuation channel (22; 45), wherein in addition to the actuation channel (22; 45), the ball valve has an access channel (24; 44) which can be closed and opened and which, in the open state, opens the actuation channel (22; 45) towards the environment along the actuating device (18; 47), wherein the ball valve has a thread, in particular an internal thread, made of metal, by means of which with the feeding and draining lines (14, 16) already connected, an access line can be connected tightly, so that with the access channel (24; 44) open, the latter line is connected to the actuation channel (22; 45), wherein a spherical bearing is provided for the actuator (12; 48) and has a plastic surface, namely on the outside of the actuator (12; 48) and/or on the inside of the surrounding bearing, whereas the housing of the ball valve is at least partly made of metal, where the access channel (24; 44) extends through the actuating device (18; 47) towards the environment, the actuating device (18; 47) being embodied as a hollow shaft, and/or the access channel (24; 44) terminating below an actuation handle (20; 49) and exiting laterally or being guided to the axial end, wherein the access channel (24; 44) has a continuation opening (30; 46) through which the access channel (24; 44) extends into the feeding or draining line (14, 16) so that selectively the feeding and draining lines (14, 16) can be closed and opened towards the environment by means of the access channel (24; 44) for filling in or removing heating media of a heating and/or short-distance heating or long-distance heating utility, or drinking water from a sanitary utility, since the continuation opening (30; 46) is rotatable towards the feeding line or selectively towards the draining line, an additional actuator for forming a drain valve being arranged in the actuator (12; 48), opening or closing the continuation opening (30; 46).
A proxy calculation system, comprising: an integer calculation part that is adapted to calculate integers a' and b' that satisfy a relation a'a + b'b = 1 using two natural numbers a and b that are relatively prime, wherein at least one of a and b is different from 1; a first randomizable sampler that is capable of calculating f(x) b x 1 and adapted to designate the calculation result as u; a first exponentiation part that is adapted to calculate u' = u a; a second randomizable sampler that is capable of calculating f(x) a x 2 and adapted to designate the calculation result as v; a second exponentiation part that is adapted to calculate v' = v b; a determining part that is adapted to determine whether u' = v' or not; and a final calculation part that is adapted to calculate u b' v a' in a case where it is determined that u' = v', where G and H are cyclic groups, f is a function that maps an element x of the group H into the group G, X 1 and X 2 are random variables whose values are elements of the group G, x 1 is a realized value of the random variable X 1, and x 2 is a realized value of the random variable X 2. an integer calculation part that is adapted to calculate integers a' and b' that satisfy a relation a'a + b'b = 1 using two natural numbers a and b that are relatively prime, wherein at least one of a and b is different from 1; a first randomizable sampler that is capable of calculating f(x) b x 1 and adapted to designate the calculation result as u; a first exponentiation part that is adapted to calculate u' = u a; a second randomizable sampler that is capable of calculating f(x) a x 2 and adapted to designate the calculation result as v; a second exponentiation part that is adapted to calculate v' = v b; a determining part that is adapted to determine whether u' = v' or not; and a final calculation part that is adapted to calculate u b' v a' in a case where it is determined that u' = v', where G and H are cyclic groups, f is a function that maps an element x of the group H into the group G, X 1 and X 2 are random variables whose values are elements of the group G, x 1 is a realized value of the random variable X 1, and x 2 is a realized value of the random variable X 2.
A distribution casing device for a hydraulic machine comprising a casing portion that has an open axial end and that has two main holes (27, 29), respectively for fluid feed and for fluid discharge, said holes opening out in an inside axial face of the casing portion, respectively via a first main orifice and via a second main orifice, which orifices are disposed in succession in the direction going axially away from the open axial end, the inside axial face having first, second, and third sealing inside bearing surface arrangements (30, 32, 34), respectively situated between the open axial end and the first main orifice, between the two main orifices (27A, 29A), and beyond the second main orifice relative to the open axial end, characterized in that the first and second sealing inside bearing surface arrangements are staggered inside arrangements (30; 32), comprising two axial bearing surfaces (30A, 30B; 32A, 32B) that are staggered relative to each other, and that are separated by a shoulder (30C; 32C) facing towards the open axial end and in that, for each of the first and second staggered inside arrangements (30; 32), only one (30A, 32A) of the axial bearing surfaces has an annular groove (30D, 32D), suitable for receiving a sealing gasket (30', 32').
A multichannel evaporator suitable for use in a refrigerating device comprising a flat profile having a plurality of parallel refrigerant fluid channels and mutually bended portions, so as to provide a fluid transmission between a fluid inlet and a fluid outlet, a fin assembly extending between the bended portions, a heater to remove the frost deposit periodically and a mounting channel extending on the outer portion of the profile in a manner suitable for coupling said heater, characterized by an upper groove provided on the outer portion of the mounting channel where the heater passes, and where the heater is coupled and by a lower groove provided in an inner portion of the profile opposite to the outer portion, the upper and lower groove are co-aligned closely with a side edge of the profile and an edge chamber being parallel to the refrigerating fluid channel and into which the upper groove and the lower groove extend.
A method of fabricating a friction part out of composite material, the method comprising at least the following step: - densifying a carbon yarn fiber preform with a matrix comprising at least pyrolytic carbon and a ZrO x C y phase, where 1 ≤ x ≤ 2 and 0 ≤ y ≤ 1, the matrix being formed by film-boiling or by chemical vapor infiltration from a first precursor for pyrolytic carbon and a second precursor that includes zirconium, the second precursor being a zirconium complex comprising an alcoxy or carboxylate ligand bonded to zirconium. - densifying a carbon yarn fiber preform with a matrix comprising at least pyrolytic carbon and a ZrO x C y phase, where 1 ≤ x ≤ 2 and 0 ≤ y ≤ 1, the matrix being formed by film-boiling or by chemical vapor infiltration from a first precursor for pyrolytic carbon and a second precursor that includes zirconium, the second precursor being a zirconium complex comprising an alcoxy or carboxylate ligand bonded to zirconium.
A superficially porous material comprising a nonporous inorganic/organic hybrid core and one or more layers of uniform thickness of a porous shell material surrounding the core, wherein one or more layers of porous shell material is a porous inorganic/organic hybrid material or a porous silica, wherein the inorganic/organic hybrid material includes an inorganic-based structure having an organic functionality integral to both an internal structure as well as the material surface, and wherein the inorganic/organic hybrid core has the formula: (SiO 2) d /[ P (R 1) q SiO t] wherein, R and R 1 are each independently C 1 -C 18 alkoxy, C 1 -C 18 alkyl, C 2 -C 18 alkenyl, C 2 -C 18 alkynyl, C 3 -C 18 cycloalkyl, C 1 -C 18 heterocycloalkyl, C 5 -C 18 aryl, C 5 -C 18 aryloxy, or C 1 -C 18 heteroaryl; d is 0 to about 30; p and q are each independently 0.0 to 3.0, p+q=3.0 and t=0.5. R and R 1 are each independently C 1 -C 18 alkoxy, C 1 -C 18 alkyl, C 2 -C 18 alkenyl, C 2 -C 18 alkynyl, C 3 -C 18 cycloalkyl, C 1 -C 18 heterocycloalkyl, C 5 -C 18 aryl, C 5 -C 18 aryloxy, or C 1 -C 18 heteroaryl; d is 0 to about 30; p and q are each independently 0.0 to 3.0, p+q=3.0 and t=0.5.
An apparatus for carrying frames or carrying containers, comprising two rollers or wheels, respectively arranged to the sides of the carrying frame or carrying container, for a selectively carrying or rolling transport of the carrying frame or carrying container, wherein the rollers or wheels are respectively fastened to a chassis, which is pivotably arranged on the carrying frame or carrying container about a pivot axis from a carrying position to a rolling position, and the two rollers or wheels, which are respectively arranged to the side of the carrying frame or carrying container, are connected to each other via a wheel axle which extends parallel to the pivot axis of the chassis, characterized in that the wheel distance in the direction of the wheel axle of the two rollers or wheels arranged at the sides is greater in the rolling position than in the carrying position.
A method for modifying a target genomic locus in a mammalian cell, comprising: (a) introducing into the mammalian cell a nuclease agent or a polynucleotide encoding the nuclease agent, wherein the nuclease agent makes a single or double-strand break within the target genomic locus; (b) introducing into the mammalian cell a first large targeting vector (LTVEC) that is at least 10 kb in length and comprises a first nucleic acid insert flanked by a first 5' homology arm and a first 3' homology arm, and a second LTVEC that is at least 10 kb in length and comprises a second nucleic acid insert flanked by a second 5' homology arm and a second 3' homology arm, wherein the first 3' homology arm of the first LTVEC has a first overlapping sequence homologous to the second 5' homology arm of the second LTVEC, and the first 5' homology arm of the first LTVEC and the second 3' homology arm of the second LTVEC are homologous to corresponding genomic segments within the target genomic locus, wherein the first overlapping sequence is at least 1 kb, and wherein the target genomic locus is modified by integration of the first nucleic acid insert and the second nucleic acid insert between the corresponding genomic segments; and (c) selecting a targeted mammalian cell comprising the first nucleic acid insert and the second nucleic acid insert integrated into the target genomic locus. (a) introducing into the mammalian cell a nuclease agent or a polynucleotide encoding the nuclease agent, wherein the nuclease agent makes a single or double-strand break within the target genomic locus; (b) introducing into the mammalian cell a first large targeting vector (LTVEC) that is at least 10 kb in length and comprises a first nucleic acid insert flanked by a first 5' homology arm and a first 3' homology arm, and a second LTVEC that is at least 10 kb in length and comprises a second nucleic acid insert flanked by a second 5' homology arm and a second 3' homology arm, wherein the first 3' homology arm of the first LTVEC has a first overlapping sequence homologous to the second 5' homology arm of the second LTVEC, and the first 5' homology arm of the first LTVEC and the second 3' homology arm of the second LTVEC are homologous to corresponding genomic segments within the target genomic locus, wherein the first overlapping sequence is at least 1 kb, and wherein the target genomic locus is modified by integration of the first nucleic acid insert and the second nucleic acid insert between the corresponding genomic segments; and (c) selecting a targeted mammalian cell comprising the first nucleic acid insert and the second nucleic acid insert integrated into the target genomic locus.
Refrigerator, having a carcass with an inner container, in which at least one groove is formed respectively in a rear region on both its side walls, into which groove a shelf (10; 12; 13) can be inserted in a supported manner, and a first supporting projection is formed at the level of the groove in a front wall region of the side wall, wherein a second supporting projection in front of the first supporting projection is formed at the same level in the front wall region, characterised in that in each case the groove, the first supporting projection and a recess, which is populated with the second supporting projection held in a detachable manner and embodied as a carrier element, are moulded in one piece with the inner container when the inner container of the carcass of the refrigerator is produced by deep drawing the groove, of the first supporting projection and of the recess.
A method comprising: receiving acoustic energy from an ultrasonic source at a modulated frequency on a first surface of a device, the device having at least one mechanical resonant frequency equivalent to the modulated frequency; vibrating a second surface of the device, distinct from the first surface, as a result of the acoustic energy; providing haptic feedback to a user by vibrating the second surface of the device. receiving acoustic energy from an ultrasonic source at a modulated frequency on a first surface of a device, the device having at least one mechanical resonant frequency equivalent to the modulated frequency; vibrating a second surface of the device, distinct from the first surface, as a result of the acoustic energy; providing haptic feedback to a user by vibrating the second surface of the device.