mhurhangee/patent-ind-claim-en huggingface dataset:
Method of authentication between a mobile terminal , situated at a distance less than a first predetermined distance from the body of a user , the mobile terminal comprising an NFC antenna (12-1) constituting a radio interface suitable for transmitting and receiving radio signals, and a processing terminal comprising an NFC antenna (11-1) suitable for transmitting and receiving radio signals, the mobile terminal and the processing terminal exchanging information by means of modulated radio signals, the radio signals being transmitted between the mobile terminal and the processing terminal using a capacity for conductivity of the body of the user, the method comprising: - a step (E1) of detecting that a part of the body of the user is situated at a distance less than a second predetermined distance from a user interface (11-3) of the processing terminal, said detection triggering a wakeup of the processing terminal and the establishment of communication between the processing terminal and the mobile terminal, - a step (E5) of the processing terminal inviting the user to enter a personal authentication datum, - a step (E7) of the processing terminal sending the mobile terminal a radio signal comprising said personal authentication datum, - a step (E11) of the processing terminal receiving a radio signal transmitted by the mobile terminal comprising a datum representing the result of a verification of the personal authentication datum performed by the mobile terminal, - a step (E12) of verifying said datum received by the processing terminal, the authentication being successful when the verification is positive. - a step (E1) of detecting that a part of the body of the user is situated at a distance less than a second predetermined distance from a user interface (11-3) of the processing terminal, said detection triggering a wakeup of the processing terminal and the establishment of communication between the processing terminal and the mobile terminal, - a step (E5) of the processing terminal inviting the user to enter a personal authentication datum, - a step (E7) of the processing terminal sending the mobile terminal a radio signal comprising said personal authentication datum, - a step (E11) of the processing terminal receiving a radio signal transmitted by the mobile terminal comprising a datum representing the result of a verification of the personal authentication datum performed by the mobile terminal, - a step (E12) of verifying said datum received by the processing terminal, the authentication being successful when the verification is positive.
A laser comprising a network of micro-ridges of quantum cascade lasers of preset emission wavelength (λ), the micro-ridges, which are of preset widths (L 1 ,...L K ), forming active zones of refractive index n za that are spaced apart from each other by an inter-ridge material of refractive index n e , with n za <n e , characterized in that the inter-ridge material is a group-IV material. and each spacing between active zones is determined on the basis of the wavelength λ, of the width of all micro-ridges and of the refractive indices n za and n e in order to obtain a symmetric anti-guided super emission mode, said active zones being heterostructures of III-IV materials.
A monolithic CMOS integrated pixel detector for the detection of electromagnetic radiation, comprising a. a silicon readout wafer with at least one layer doped to have a first conduction type, the layer comprising CMOS processed readout electronics; b. implants for charge collectors doped to have the first conduction type, the implants communicating with the readout electronics and defining detector pixels; c. an absorber wafer made from material comprising at least a second conduction type and a metallic back contact ; and, d. contact pads communicating with an external printed circuit board; wherein the silicon wafer and the absorber wafer are covalently bonded to form a monolithic unit; and wherein the monolithic unit comprises a p-n junction formed by a layer of the first conduction type and a layer of the second conduction type, wherein the p-njunction is located at the bonded interface ; and wherein charge collectors are disposed to receive the electrical charges crossing the bonded interface; and wherein registered charges are processed by a processor typically for diagnostic purposes. a. a silicon readout wafer with at least one layer doped to have a first conduction type, the layer comprising CMOS processed readout electronics; b. implants for charge collectors doped to have the first conduction type, the implants communicating with the readout electronics and defining detector pixels; c. an absorber wafer made from material comprising at least a second conduction type and a metallic back contact ; and, d. contact pads communicating with an external printed circuit board;
A compound of formula I or pharmaceutically acceptable salts or solvates thereof, wherein Cy is or A is wherein W is selected from the group consisting of CH and N; X is selected from the group consisting of CH and N; Y is selected from the group consisting of CH and N; with the proviso that a maximum of one of W, X and Y can be N; D-E is selected from the group consisting of N(R 2 )-C(O), CH 2 CH 2 , C(O)-O and CH 2 -O; R 2 is selected from the group consisting of H and C 1-3 -alkyl; R 1 is selected from the group consisting of H, C 1-3 -alkyl, CH 3 OCH 2 CH 2 -, oxetanyl, tetrahydrofuranyl, 4-tetrahydropyranyl and 3-tetrahydropyranyl; i is 1, 2 or 3; j is 1, 2 or 3; with the proviso that the sum of i+j is 2, 3 or 4. Cy is or A is W is selected from the group consisting of CH and N; X is selected from the group consisting of CH and N; Y is selected from the group consisting of CH and N; with the proviso that a maximum of one of W, X and Y can be N; D-E is selected from the group consisting of N(R 2 )-C(O), CH 2 CH 2 , C(O)-O and CH 2 -O; R 2 is selected from the group consisting of H and C 1-3 -alkyl; R 1 is selected from the group consisting of H, C 1-3 -alkyl, CH 3 OCH 2 CH 2 -, oxetanyl, tetrahydrofuranyl, 4-tetrahydropyranyl and 3-tetrahydropyranyl; i is 1, 2 or 3; j is 1, 2 or 3; with the proviso that the sum of i+j is 2, 3 or 4.
A method of determining the overall toxicity in a cosmetic product, comprising: a) combining a solvent and a sample of the cosmetic product to obtain a solvent extract with an overall toxicity; b) contacting a teleost embryo with the solvent extract of a); and c) determining whether the extract exerts a toxicity effect on the embryo; wherein a toxicity effect on the embryo shows an overall toxicity of the cosmetic product; and wherein the extract is (i) an organic solvent extract or (ii) an organic and inorganic solvent extract; wherein the organic solvent is methanol, DMSO, acetonitrile or acetone, and wherein the inorganic solvent is water; wherein when the sample of the cosmetic product is a liquid, the volume of the solvent is about 1.5 to about 10 times the volume of the sample; or when the sample of the cosmetic product is a solid or semi-solid, the volume of the solvent is about 1.5 to about 10 times the weight of the sample. a) combining a solvent and a sample of the cosmetic product to obtain a solvent extract with an overall toxicity; b) contacting a teleost embryo with the solvent extract of a); and c) determining whether the extract exerts a toxicity effect on the embryo;
A method of protecting a metallic surface, the method comprising: providing a coating composition comprising a zwitterionic polymer comprising pendant zwitterionic moieties, a lithium silicate, and water, which may be concentrated or a ready-to-use composition; optionally, diluting the coating composition, if concentrated, to a ready-to-use composition; applying the ready-to-use composition to a metallic surface; and allowing the ready-to-use composition to dry on the metallic surface. providing a coating composition comprising a zwitterionic polymer comprising pendant zwitterionic moieties, a lithium silicate, and water, which may be concentrated or a ready-to-use composition; optionally, diluting the coating composition, if concentrated, to a ready-to-use composition; applying the ready-to-use composition to a metallic surface; and allowing the ready-to-use composition to dry on the metallic surface.
Angle grinder having at least one user interface which has at least a plurality of partial status output elements which are intended to each indicate a partial status of a handheld power tool , having at least one device status output element which is intended to indicate at least one device status of the handheld power tool that is derived from the partial status, characterized in that a first partial status output element is intended to indicate a state of charge of a rechargeable battery of the angle grinder , and a second partial status output element is intended to indicate a temperature status of the angle grinder .
An immunoassay method for β-D-glucan in a biological sample, comprising: assaying β-D-glucan in the biological sample by using two monoclonal antibodies binding to laminaritetraose.
A method of forming a looped cable (200; 400) from a cable (210; 410; 510; 610) and a collar (100; 300), comprising: positioning a first cable segment (212; 412) of the cable (210; 410; 510; 610) in a first opening (122; 322) of the collar (100; 300); positioning a second cable segment (214; 414) of the cable (210; 410; 510; 610) in a second opening (124; 324) of the collar (100; 300); positioning a third cable segment (216; 416) of the cable (210; 410; 510; 610) in a third opening (126; 326) of the collar (100; 300); wherein each of the openings (122, 124, 126; 322, 324, 326) extends through the collar (100; 300) along a longitudinal dimension of the collar (100; 300); forming a loop (223; 423) with a fourth cable segment (213; 413) of the cable (210; 410; 510; 610), wherein the fourth cable segment (213; 413) of the cable (210; 410; 510; 610) is positioned between the first cable segment (212; 412) and the second cable segment (214; 414) of the cable (210; 410; 510; 610); and deforming the collar (100; 300) to a deformed state by at least one of crimping and swaging the collar (100; 300), which securely engages the collar (100; 300) about the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610), and substantially preventing movement of the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610) relative to the collar (100; 300). positioning a first cable segment (212; 412) of the cable (210; 410; 510; 610) in a first opening (122; 322) of the collar (100; 300); positioning a second cable segment (214; 414) of the cable (210; 410; 510; 610) in a second opening (124; 324) of the collar (100; 300); positioning a third cable segment (216; 416) of the cable (210; 410; 510; 610) in a third opening (126; 326) of the collar (100; 300); wherein each of the openings (122, 124, 126; 322, 324, 326) extends through the collar (100; 300) along a longitudinal dimension of the collar (100; 300); forming a loop (223; 423) with a fourth cable segment (213; 413) of the cable (210; 410; 510; 610), wherein the fourth cable segment (213; 413) of the cable (210; 410; 510; 610) is positioned between the first cable segment (212; 412) and the second cable segment (214; 414) of the cable (210; 410; 510; 610); and deforming the collar (100; 300) to a deformed state by at least one of crimping and swaging the collar (100; 300), which securely engages the collar (100; 300) about the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610), and substantially preventing movement of the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610) relative to the collar (100; 300).
Connector for assembling two sections of riser , having a first riser section extended by a first connecting element provided with a first set of lugs on its outer surface, a second riser section element extended by a second connecting element provided with a second set of lugs on its outer surface, a locking ring that joins said two connecting elements together, said locking ring comprising a third and a fourth set of lugs on its inner surface that are able to engage with said first and second sets of lugs, respectively, characterized in that said connector also has retaining means for retaining said locking ring with respect to said connecting elements , said retaining means being at least partially removable.
A pressure pulsation dampening system of a reciprocating pump that pressurizes a working fluid, the pressure pulsation dampening system comprising: a hydraulic cylinder having a piston movably disposed within a housing and dividing the housing into a working fluid chamber and a hydraulic fluid chamber , wherein the working fluid chamber is in fluid communication with an outlet of the reciprocating pump; a valve in fluid communication with the hydraulic fluid chamber , the valve actuatable to a first configuration, wherein pressurized hydraulic fluid is supplied to the hydraulic fluid chamber 240, and to a second configuration, wherein hydraulic fluid is exhausted from the hydraulic fluid chamber 240; and a controller operable to actuate the valve to the first configuration and to the second configuration; characterised in that the piston is movable relative to the housing under pressure from working fluid in the working fluid chamber and hydraulic fluid in the hydraulic fluid chamber , whereby working fluid is relieved from the outlet of the reciprocating pump to the working fluid chamber or supplied to the outlet from the working fluid chamber . a hydraulic cylinder having a piston movably disposed within a housing and dividing the housing into a working fluid chamber and a hydraulic fluid chamber , wherein the working fluid chamber is in fluid communication with an outlet of the reciprocating pump; a valve in fluid communication with the hydraulic fluid chamber , the valve actuatable to a first configuration, wherein pressurized hydraulic fluid is supplied to the hydraulic fluid chamber 240, and to a second configuration, wherein hydraulic fluid is exhausted from the hydraulic fluid chamber 240; and a controller operable to actuate the valve to the first configuration and to the second configuration; characterised in that the piston is movable relative to the housing under pressure from working fluid in the working fluid chamber and hydraulic fluid in the hydraulic fluid chamber , whereby working fluid is relieved from the outlet of the reciprocating pump to the working fluid chamber or supplied to the outlet from the working fluid chamber .
A method for updating subscription information, comprising: receiving (S102), by a destination provider net function, NF, newly registered by a user equipment, UE, first subscription information sent by an origin provider NF previously registered by the UE; allocating (S104), by the destination provider NF, a new correlation identity to a consumer NF to subscribe to an event of the UE; sending, by the destination provider NF, the new correlation identity to the consumer NF; and receiving (S106), by the destination provider NF, an update subscription message of the consumer NF, wherein the update subscription message comprises the new correlation identity. receiving (S102), by a destination provider net function, NF, newly registered by a user equipment, UE, first subscription information sent by an origin provider NF previously registered by the UE; allocating (S104), by the destination provider NF, a new correlation identity to a consumer NF to subscribe to an event of the UE; sending, by the destination provider NF, the new correlation identity to the consumer NF; and receiving (S106), by the destination provider NF, an update subscription message of the consumer NF, wherein the update subscription message comprises the new correlation identity.
A hydraulic drive system , comprising: a body housing ; a first rotor assembly attached to a first side of the body housing ; a first motor assembly disposed inside the body housing and having a first motor actuator ; and an engagement assembly positioning the first motor actuator to engage and disengage with the first rotor assembly wherein optionally the first motor actuator engages a first rotor actuator of the first rotor assembly , wherein the first motor actuator includes a plurality of motor actuator teeth disposed on an end thereof, wherein the plurality of motor actuator teeth protrude from the first motor actuator in the longitudinal direction thereof and the first rotor actuator includes a plurality of rotor actuator teeth disposed on an end thereof, wherein the plurality of rotor actuator teeth protrude from the first rotor actuator in a longitudinal direction thereof, said first rotor actuator teeth facing said first motor actuator teeth , wherein the plurality of motor actuator teeth correspond with and are separated from the plurality of rotor actuator teeth when positioned in a disengagement position by the engagement assembly and wherein the plurality of motor actuator teeth correspond with and engage the plurality of rotor actuator teeth when positioned in an engagement position by the engagement assembly . a body housing ; a first rotor assembly attached to a first side of the body housing ; a first motor assembly disposed inside the body housing and having a first motor actuator ; and an engagement assembly positioning the first motor actuator to engage and disengage with the first rotor assembly wherein optionally the first motor actuator engages a first rotor actuator of the first rotor assembly , wherein
Use of protamine sulphate to separate infectious Zika virus particles from non-infectious Zika virus particles.
An isolated lipopolysaccharide obtained from Acetobacter or Gluconobacter.
A data transmission method between a node , a first peer node and a second peer node aligned on a line of sight, LoS, channel, comprising: receiving , at the node from the first peer node , on the LoS channel, a first transmission carrying a first data stream and a second transmission carrying the first data stream, the first and second transmissions being formed according to a first interference alignment precoding matrix; transmitting , from the node to the second peer node , on the LoS channel, a third transmission carrying a second data stream and a fourth transmission carrying the second data stream, the third and fourth transmissions being formed according to a second interference alignment precoding matrix, and wherein the distinct first and second interference alignment precoding matrices mitigate interference between the first data stream received at the node and the second data stream transmitted by the node to the second peer node . receiving , at the node from the first peer node , on the LoS channel, a first transmission carrying a first data stream and a second transmission carrying the first data stream, the first and second transmissions being formed according to a first interference alignment precoding matrix; transmitting , from the node to the second peer node , on the LoS channel, a third transmission carrying a second data stream and a fourth transmission carrying the second data stream, the third and fourth transmissions being formed according to a second interference alignment precoding matrix, and wherein the distinct first and second interference alignment precoding matrices mitigate interference between the first data stream received at the node and the second data stream transmitted by the node to the second peer node .
A MEMS element comprising: a base ; a movable portion fixed to the base in at least a portion of the movable portion and movable in a predetermined direction; and a fixed portion fixed to the base in at least a portion of the fixed portion , the fixed portion including an elastic portion provided to be opposed to the movable portion ; and a fixed portion body to which the elastic portion is fixed, wherein the elastic portion extends in a direction (Y) intersecting a moving direction (X) of the movable portion , includes a central portion (152b, 152c; 252b, 252c; 262b, 262c) receiving a force of the movable portion , and one end (152a; 252a; 262a) and another end (152d; 252d; 262d) fixed to the fixed portion body , characterized in that the elastic portion includes a thin portion (162; 254; 264) between the central portion (152b, 152c; 252b, 252c; 262b, 262c) and the one end (152a; 252a; 262a) and a thin portion (162; 254; 264) between the central portion (152b, 152c; 252b, 252c; 262b, 262c) and the other end (152d; 252d; 262d), the thin portions (162; 254; 264) being thinner than the central portion (152b, 152c; 252b, 252c; 262b, 262c), the one end (152a; 252a; 262a), and the other end (152d; 252d; 262d), and the elastic portion is formed to have a gently curved surface between the central portion (152b, 152c; 252b, 252c; 262b, 262c) and each thin portion (162; 254; 264). a base ; a movable portion fixed to the base in at least a portion of the movable portion and movable in a predetermined direction; and a fixed portion fixed to the base in at least a portion of the fixed portion , the fixed portion including an elastic portion provided to be opposed to the movable portion ; and a fixed portion body to which the elastic portion is fixed, wherein the elastic portion extends in a direction (Y) intersecting a moving direction (X) of the movable portion , includes a central portion (152b, 152c; 252b, 252c; 262b, 262c) receiving a force of the movable portion , and one end (152a; 252a; 262a) and another end (152d; 252d; 262d) fixed to the fixed portion body , characterized in that the elastic portion includes a thin portion (162; 254; 264) between the central portion (152b, 152c; 252b, 252c; 262b, 262c) and the one end (152a; 252a; 262a) and a thin portion (162; 254; 264) between the central portion (152b, 152c; 252b, 252c; 262b, 262c) and the other end (152d; 252d; 262d), the thin portions (162; 254; 264) being thinner than the central portion (152b, 152c; 252b, 252c; 262b, 262c), the one end (152a; 252a; 262a), and the other end (152d; 252d; 262d), and the elastic portion is formed to have a gently curved surface between the central portion (152b, 152c; 252b, 252c; 262b, 262c) and each thin portion (162; 254; 264).