mhurhangee/ep-ind-claims huggingface dataset:
A snap-acting hinge with damped closure and opening angle of more than 90°, which comprises a first articulated quadrilateral and a second articulated quadrilateral, which have a first lever and a second lever (4, 5) in common and are provided with respective base elements constituted by a plate for coupling to a fixed element and by a plate for fixing to a movable element, wherein the hinge is movable between an open configuration and a closed configuration, in which the fixing plate has different arrangements with respect to the coupling plate which are angularly spaced apart by an angle of more than 90°; first elastic means for holding the open configuration which are associated with said first quadrilateral; second elastic means for holding the closed configuration which are associated with said second quadrilateral; damping means that act in the transition from the open configuration to the closed configuration and which are interposed between said first lever and said fixing plate; and the hinge being characterized in that it further comprises at least one rod for connecting said damping means to said first lever, said rod being articulated about pivots (16, 17) for hinging said first lever to said coupling plate and to said second lever and is further associated with an articulation pivot for articulating said damping means. which comprises a first articulated quadrilateral and a second articulated quadrilateral, which have a first lever and a second lever (4, 5) in common and are provided with respective base elements constituted by a plate for coupling to a fixed element and by a plate for fixing to a movable element, wherein the hinge is movable between an open configuration and a closed configuration, in which the fixing plate has different arrangements with respect to the coupling plate which are angularly spaced apart by an angle of more than 90°; first elastic means for holding the open configuration which are associated with said first quadrilateral; second elastic means for holding the closed configuration which are associated with said second quadrilateral; damping means that act in the transition from the open configuration to the closed configuration and which are interposed between said first lever and said fixing plate; and the hinge being characterized in that it further comprises at least one rod for connecting said damping means to said first lever, said rod being articulated about pivots (16, 17) for hinging said first lever to said coupling plate and to said second lever and is further associated with an articulation pivot for articulating said damping means.
Device for wrapping sets of products through a stretch film, comprising a wrapping and gripping assembly which includes a wrapping head for wrapping said stretch film and gripping means for gripping and rotation of said sets of products according to a substantially horizontal direction, characterized in that it comprises a handling robot, provided with a handling end, to which said wrapping and gripping assembly is fixed and in that said gripping means comprise two jaws able to take the set of products.
A method of generating a secure RSA key by a server comprising the steps of: • generating a private RSA key d and a RSA modulus integer N, where N and d are integers; • splitting the private key d in J key shares d j of length n, with n= log 2 N, j in [1, J], J being an integer, and such that d = d 1 + d 2 +...+ d J mod phi, where each key share d j is equal to (d j... d j (i)... d j (n/b-1)) with each key share component d j (i) in {0..2^b-1} and i in [0, n/b-1], b being an integer inferior to n and phi the Euler's totient function; • encrypting with a fully homomorphic encryption algorithm each key share component d j (i) of the private RSA key d by using a Fully Homomorphic Encryption secret key p s associated with a set S s comprising the index couple (i,j), to generate an encrypted key share component ed j (i) of said secure RSA key, said set S s being a set of integer couples, among a predetermined integer number u of disjoint sets {S 1, S 2..., S S, S S+1,...S u} generated such that: U{S s} = { (i,j) such that i in [0, n/b-1], j in [1, J]} and each said set among {S 1,.. S u} being associated with a Fully Homomorphic Encryption secret key. • generating a private RSA key d and a RSA modulus integer N, where N and d are integers; • splitting the private key d in J key shares d j of length n, with n= log 2 N, j in [1, J], J being an integer, and such that d = d 1 + d 2 +...+ d J mod phi, where each key share d j is equal to (d j... d j (i)... d j (n/b-1)) with each key share component d j (i) in {0..2^b-1} and i in [0, n/b-1], b being an integer inferior to n and phi the Euler's totient function; • encrypting with a fully homomorphic encryption algorithm each key share component d j (i) of the private RSA key d by using a Fully Homomorphic Encryption secret key p s associated with a set S s comprising the index couple (i,j), to generate an encrypted key share component ed j (i) of said secure RSA key,
Device for data and measurement acquisition for a door handle of a vehicle, having at least one communication device, in particular an NFC device for NFC data exchange with an external communication device, and at least one sensor device for measuring a change in capacitance, characterized in that exactly one voltage device is provided for the common voltage setting of the at least one communication device and the at least one sensor device, wherein the voltage device, for common voltage setting, has a voltage regulator and/or a voltage stabilizer, and/or is configured as a voltage regulator and/or a voltage stabilizer, wherein the device has an evaluation and control device which is designed to detect by measurement an at least partially simultaneous operation at the time of the communication device and of the sensor device, in order to then identify the measured value (20.3) of the sensor device detected at the time as incorrect by the evaluation and control device.
Soot generator, comprising a combustion chamber, in which fuel can be burnt with an oxidizing agent in at least one flame that produces soot particles, a fuel feed line for supplying fuel to the combustion chamber and a soot removal line, which is connected to the combustion chamber and into which quenching gas can be conducted and out of which soot particles can be removed, characterized by a heating device for heating the fuel feed line at at least one heating location.
Automotive lighting device comprising at least a first light element for a first lighting functionality and a second light element for a second lighting functionality, the first light element being arranged to provide a light beam in a first light direction and the second light element being arranged to provide a light beam in a second light direction; a heat sink comprising a bent heat sink plate, said heat sink plate having a first plane portion and a second plane portion, wherein the first light element is arranged in direct contact with the first plane portion and the second light element is arranged in direct contact with the second plane portion, characterized in that: - the second light direction forms at least 20 degrees with respect to the first light direction; - the second plane portion is contained in a second plane which cuts the first plane portion in such a way that the second plane and the portion of the first plane portion which is in direct contact with the first light element form an acute angle; - a protruding portion of the first plane portion and/or a protruding portion of the second plane portion protrudes from the heat sink in such a way that the heat sink comprises connecting arms in direct contact with the first plane portion and with the second plane portion, and - each one of the connecting arms define a curve and the difference between a first tangent line which is tangent to the curve in any first point and a second tangent line which is tangent to the curve in any second point is lower than 90 degrees. a first light element for a first lighting functionality and a second light element for a second lighting functionality, the first light element being arranged to provide a light beam in a first light direction and the second light element being arranged to provide a light beam in a second light direction; a heat sink comprising a bent heat sink plate, said heat sink plate having a first plane portion and a second plane portion, wherein the first light element is arranged in direct contact with the first plane portion and the second light element is arranged in direct contact with the second plane portion, - the second light direction forms at least 20 degrees with respect to the first light direction; - the second plane portion is contained in a second plane which cuts the first plane portion in such a way that the second plane and the portion of the first plane portion which is in direct contact with the first light element form an acute angle; - a protruding portion of the first plane portion and/or a protruding portion of the second plane portion protrudes from the heat sink in such a way that the heat sink comprises connecting arms in direct contact with the first plane portion and with the second plane portion, and - each one of the connecting arms define a curve and the difference between a first tangent line which is tangent to the curve in any first point and a second tangent line which is tangent to the curve in any second point is lower than 90 degrees.
Plantlayout for the processing of paper wastes, with at least two deinking circuits connected in series, having at least 1.1 one preflotation in a first circuit, 1.2 a disperser and 1.3 a postflotation connected after the disperser in a second circuit, by means of which postflotation a reject fraction with dispersed ink, fillers, fines and fiber can be separated, characterized in that 1.4 at least one partial stream of rejects of the postflotation is returned to the preceding first circuit, prior to and/or in the preflotation and/or into a further flotation preceding position of a parallel deinking line for production of a further deinked pulp. 1.1 one preflotation in a first circuit, 1.2 a disperser and 1.3 a postflotation connected after the disperser in a second circuit, by means of which postflotation a reject fraction with dispersed ink, fillers, fines and fiber can be separated, characterized in that 1.4 at least one partial stream of rejects of the postflotation is returned to the preceding first circuit, prior to and/or in the preflotation and/or into a further flotation preceding position of a parallel deinking line for production of a further deinked pulp.
Device for generating a plasma jet, comprising a first conduit, which comprises a first outlet, and a second conduit, which comprises at least one second outlet, wherein the first conduit is arranged inside the second conduit, such that a first flow channel is provided inside the first conduit, and a second flow channel is provided in the space between the first conduit and the second conduit, a first electrode and a second electrode, wherein the first electrode is positioned radially outside of the first flow channel, wherein the radial distance of the second electrode from a longitudinal axis of the first conduit is larger than the radial distance of the first electrode from said longitudinal axis, characterised in that the first conduit is connected to a feed gas reservoir in order to provide a plasma feed gas in the first flow channel, the first electrode and the second electrode for generating an electric field in a feed gas flow provided in the first flow channel in order to generate a plasma jet from the feed gas flow, wherein the second conduit is connected to a curtain gas reservoir in order to provide a curtain gas flow at the second outlet surrounding the plasma jet emerging from the first outlet, wherein said feed gas has an ignition voltage which is lower than the ignition voltage of the curtain gas. a first electrode and a second electrode, wherein the first electrode is positioned radially outside of the first flow channel, wherein the radial distance of the second electrode from a longitudinal axis of the first conduit is larger than the radial distance of the first electrode from said longitudinal axis, characterised in that the first conduit is connected to a feed gas reservoir in order to provide a plasma feed gas in the first flow channel, the first electrode and the second electrode for generating an electric field in a feed gas flow provided in the first flow channel in order to generate a plasma jet from the feed gas flow, wherein the second conduit is connected to a curtain gas reservoir in order to provide a curtain gas flow at the second outlet surrounding the plasma jet emerging from the first outlet, wherein said feed gas has an ignition voltage which is lower than the ignition voltage of the curtain gas. the first conduit is connected to a feed gas reservoir in order to provide a plasma feed gas in the first flow channel, the first electrode and the second electrode for generating an electric field in a feed gas flow provided in the first flow channel in order to generate a plasma jet from the feed gas flow, wherein the second conduit is connected to a curtain gas reservoir in order to provide a curtain gas flow at the second outlet surrounding the plasma jet emerging from the first outlet, wherein said feed gas has an ignition voltage which is lower than the ignition voltage of the curtain gas.
A method for generating a DNA library for targeted sequencing, comprising: a) attaching the 5' end of an oligonucleotide adapter to the 3' end of double-stranded DNA fragment to produce an adapter/fragment chimeric molecule; b) producing at least one complementary strand of the adapter/fragment chimeric molecule by linear amplification; c) hybridizing the at least one complementary strand with an oligonucleotide probe, wherein the oligonucleotide probe comprises a hybridization domain with a sequence that hybridizes to a target sequence in the complement strand to produce a targeted complement strand/probe duplex; d) purifying the targeted complement strand/probe duplex; and e) extending the probe in the purified targeted complement strand/probe duplex and amplifying with PCR to produce a plurality of sequencing template molecules. a) attaching the 5' end of an oligonucleotide adapter to the 3' end of double-stranded DNA fragment to produce an adapter/fragment chimeric molecule; b) producing at least one complementary strand of the adapter/fragment chimeric molecule by linear amplification; c) hybridizing the at least one complementary strand with an oligonucleotide probe, wherein the oligonucleotide probe comprises a hybridization domain with a sequence that hybridizes to a target sequence in the complement strand to produce a targeted complement strand/probe duplex; d) purifying the targeted complement strand/probe duplex; and e) extending the probe in the purified targeted complement strand/probe duplex and amplifying with PCR to produce a plurality of sequencing template molecules.
Electromechanically actuable disc brake of self-energising design, comprising a. a brake calliper (32, 20), at least one application-side and one reaction-side brake pad (2, 3), and a brake disc, b. an electromechanical drive and an application device for applying the brake pad, which application device has a self-energising device, c. a single-part or multi-part actuating plunger which acts directly or via a pressure plate on the application-side brake pad, and d. at least one adjusting device (18, 9; 19, 10) for adjusting for pad and/or disc wear, characterised in that e. the actuating device has a brake rotary lever, which acts on the actuating plunger, wherein the actuating plunger is pivotably mounted on the brake rotary lever and on the pressure plate or on the application-side brake pad, f. in such a way that it can follow a movement of the application-side brake pad in the circumferential direction of the brake disc when the disc brake is applied. a. a brake calliper (32, 20), at least one application-side and one reaction-side brake pad (2, 3), and a brake disc, b. an electromechanical drive and an application device for applying the brake pad, which application device has a self-energising device, c. a single-part or multi-part actuating plunger which acts directly or via a pressure plate on the application-side brake pad, and d. at least one adjusting device (18, 9; 19, 10) for adjusting for pad and/or disc wear, characterised in that e. the actuating device has a brake rotary lever, which acts on the actuating plunger, wherein the actuating plunger is pivotably mounted on the brake rotary lever and on the pressure plate or on the application-side brake pad, f. in such a way that it can follow a movement of the application-side brake pad in the circumferential direction of the brake disc when the disc brake is applied.
A method for separating off insoluble components from sylvinite by suspending the sylvinite in saturated salt lye, adding a flocculant to the suspension, and then adding a frother to the resultant composition, and carrying out a froth treatment to remove a concentrate which contains the insoluble components, characterized in that the frother contains at least one ether and/or ester, wherein a) the ethers correspond to formula 1 R-O-R' where R is linear or branched alkyl or alkenyl groups having 2 to 30 carbon atoms and R' is linear or branched alkyl or alkenyl groups having 1 to 30 carbon atoms, b) the esters are derived from monobasic or polybasic carboxylic acids having 2 to 30 carbon atoms and monohydric or polyhydric alcohols having 1 to 30 carbon atoms, or c) the ethers and/or esters are cyclic, wherein the ring size is from 6 to 30 carbon atoms. a) the ethers correspond to formula 1 R-O-R' where R is linear or branched alkyl or alkenyl groups having 2 to 30 carbon atoms and R' is linear or branched alkyl or alkenyl groups having 1 to 30 carbon atoms, b) the esters are derived from monobasic or polybasic carboxylic acids having 2 to 30 carbon atoms and monohydric or polyhydric alcohols having 1 to 30 carbon atoms, or c) the ethers and/or esters are cyclic, wherein the ring size is from 6 to 30 carbon atoms.
A wastewater treatment method with minimized excess sludge withdrawal, which comprises: an aeration step of contacting wastewater with a microorganism-immobilized carrier under an aerobic condition within an aeration tank; a total oxidization step of self-oxidizing a sludge under an aerobic condition within a total oxidization tank with a BOD sludge load set to 0.08 kg-BOD/Kg-MLSS*day or smaller; and a sedimentation step of sedimenting the sludge within a sedimentation tank; the steps being sequentially performed in this order; wherein a coagulant is added to the total oxidization tank until settleability of the sludge is improved and then halted until the settleability worsens. an aeration step of contacting wastewater with a microorganism-immobilized carrier under an aerobic condition within an aeration tank; a total oxidization step of self-oxidizing a sludge under an aerobic condition within a total oxidization tank with a BOD sludge load set to 0.08 kg-BOD/Kg-MLSS*day or smaller; and a sedimentation step of sedimenting the sludge within a sedimentation tank; the steps being sequentially performed in this order; wherein a coagulant is added to the total oxidization tank until settleability of the sludge is improved and then halted until the settleability worsens.
A method for wireless communication at a user equipment, UE (115; 605; 705; 905), comprising: receiving (405; 1405; 1505) broadcast information from a base station (105; 1005; 1105; 1305) that identifies types of resources for vehicle-based sidelink communications that are supported by the base station; transmitting (420; 1410; 1510) a request to the base station for resource scheduling information to perform a vehicle-based sidelink communication based at least in part on the broadcast information, the request comprising an indication of a type of resources for the vehicle-based sidelink communication supported by the base station and a quality of service, QoS, metric associated with the vehicle-based sidelink communication; and receiving (435; 505; 1415; 1515), in response to the request, a response from the base station that comprises the resource scheduling information to perform the vehicle-based sidelink communication; wherein the types of resources comprise Long Term Evolution, LTE, resources, New Radio, NR, resources or both. receiving (405; 1405; 1505) broadcast information from a base station (105; 1005; 1105; 1305) that identifies types of resources for vehicle-based sidelink communications that are supported by the base station; transmitting (420; 1410; 1510) a request to the base station for resource scheduling information to perform a vehicle-based sidelink communication based at least in part on the broadcast information, the request comprising an indication of a type of resources for the vehicle-based sidelink communication supported by the base station and a quality of service, QoS, metric associated with the vehicle-based sidelink communication; and receiving (435; 505; 1415; 1515), in response to the request, a response from the base station that comprises the resource scheduling information to perform the vehicle-based sidelink communication; wherein the types of resources comprise Long Term Evolution, LTE, resources, New Radio, NR, resources or both.
An accessory device (140; 240; 440; 540; 640) for enabling a user of a mobile telecommunications terminal to communicate voice hands-free, the accessory device comprising: communication means for establishing a communications link, between the accessory device and the mobile telecommunications terminal (100; 200), for transferring audio data from the accessory device to the mobile telecommunications terminal; media processing circuitry (245; 445; 545; 645) for performing at least one of an echo cancelling algorithm or a frequency equalizing algorithm on the audio data; and means for taking control of at least one of echo cancelling functionality or frequency equalizing functionality from the mobile telecommunications terminal, following disablement of at least one of echo cancelling functionality or frequency equalizing functionality in the mobile telecommunications terminal or following the mobile telecommunications terminal delegating at least one of echo cancelling functionality or frequency equalizing functionality to the accessory device. communication means for establishing a communications link, between the accessory device and the mobile telecommunications terminal (100; 200), for transferring audio data from the accessory device to the mobile telecommunications terminal; media processing circuitry (245; 445; 545; 645) for performing at least one of an echo cancelling algorithm or a frequency equalizing algorithm on the audio data; and means for taking control of at least one of echo cancelling functionality or frequency equalizing functionality from the mobile telecommunications terminal, following disablement of at least one of echo cancelling functionality or frequency equalizing functionality in the mobile telecommunications terminal or following the mobile telecommunications terminal delegating at least one of echo cancelling functionality or frequency equalizing functionality to the accessory device.