mhurhangee/patent-ind-claim-en huggingface dataset:
An authentication apparatus comprising: a secure element to perform a first authentication process; and a hardware-based one-time password (OTP) generation element comprising a physically unclonable function (PUF) to generate an OTP and perform a second authentication process, that relates to a submission of the OTP requested from at least one of a trusted service manager (TSM), a mobile network operator (MNO), a contents provider, and a service provider, the OTP generation element comprising a private key (PRIV_KEY D ) generated using the PUF and a public key (PUB_KEY D ) generated symmetric to and based on the private key (PRIV_KEY D ), characterized in that the hardware-based OTP generation element is adapted to, in response to a request for the second authentication process, when a random number (R) encrypted using the public key (PUB_KEY D ) of the hardware-based OTP generation element is received from a certificate authority (CA), decrypt the random number (R) using the private key (PRIV_KEY D ), and generate the OTP using the decrypted random number (R), wherein the hardware-based OTP generation element is disposed on a chip separate from the secure elements to have a die-chip wiring with the secure element , and transmits the OTP externally through an input and output interface of the secure elements, wherein when the public key (PUB_KEY D ) is transmitted to the certificate authority (CA), the hardware-based OTP generation element encrypts the public key (PUB_KEY D ) using a PUF-personal identification number (PIN) differing from the PUF and transmits the encrypted public key. a secure element to perform a first authentication process; and a hardware-based one-time password (OTP) generation element comprising a physically unclonable function (PUF) to generate an OTP and perform a second authentication process, that relates to a submission of the OTP requested from at least one of a trusted service manager (TSM), a mobile network operator (MNO), a contents provider, and a service provider, the OTP generation element comprising a private key (PRIV_KEY D ) generated using the PUF and a public key (PUB_KEY D ) generated symmetric to and based on the private key (PRIV_KEY D ), characterized in that the hardware-based OTP generation element is adapted to, in response to a request for the second authentication process, when a random number (R) encrypted using the public key (PUB_KEY D ) of the hardware-based OTP generation element is received from a certificate authority (CA), decrypt the random number (R) using the private key (PRIV_KEY D ), and generate the OTP using the decrypted random number (R), wherein the hardware-based OTP generation element is disposed on a chip separate from the secure elements to have a die-chip wiring with the secure element , and transmits the OTP externally through an input and output interface of the secure elements, wherein when the public key (PUB_KEY D ) is transmitted to the certificate authority (CA), the hardware-based OTP generation element encrypts the public key (PUB_KEY D ) using a PUF-personal identification number (PIN) differing from the PUF and transmits the encrypted public key.
An apparatus comprising: a keyboard comprising a plurality of alphabetic keys that are disposed in an evenly-spaced grid pattern with respect to one another, wherein the alphabetic keys have keycaps having a common form factor including an eccentric tactile feature, said eccentric tactile features being vertically offset from one another in a curved configuration to substantially match standard touch-typing finger positions, and wherein the keycaps are configured to provide an upper surface with the eccentric tactile feature, the keycaps being disposed in a different one of two different orientations in adjacent rows. a keyboard comprising a plurality of alphabetic keys that are disposed in an evenly-spaced grid pattern with respect to one another, wherein the alphabetic keys have keycaps having a common form factor including an eccentric tactile feature, said eccentric tactile features being vertically offset from one another in a curved configuration to substantially match standard touch-typing finger positions, and wherein the keycaps are configured to provide an upper surface with the eccentric tactile feature, the keycaps being disposed in a different one of two different orientations in adjacent rows.
A composition for use in preventing hair loss or promoting hair growth comprising indirubin derivatives; and one or more selected from the group consisting of Euodia daniellii extract, Persicaria hydropiper extract, Hovenia dulcis extract, methyl vanillate, hesperidin and quercitrin; as an active ingredient, - wherein indirubin derivatives are one or more selected from the group consisting of Formula 1 to Formula 4 - wherein indirubin derivatives are one or more selected from the group consisting of Formula 1 to Formula 4
A color ceramic comprising: zirconia with a stabilizer, having a content of 85 mass% or more; alumina having a content of 1 mass% or more and 4 mass% or less; chromium having a content, in terms of Cr 2 O 3 , of 0.7 mass% or more and 3 mass% or less; and cobalt having a content, in terms of Co 3 O 4 , of 0.1 mass% or more and 0.5 mass% or less, wherein the color ceramic includes: zirconia crystals; and first crystals composed of alumina crystals with solid-solution of the chromium. zirconia with a stabilizer, having a content of 85 mass% or more; alumina having a content of 1 mass% or more and 4 mass% or less; chromium having a content, in terms of Cr 2 O 3 , of 0.7 mass% or more and 3 mass% or less; and cobalt having a content, in terms of Co 3 O 4 , of 0.1 mass% or more and 0.5 mass% or less, wherein the color ceramic includes: zirconia crystals; and first crystals composed of alumina crystals with solid-solution of the chromium. zirconia crystals; and first crystals composed of alumina crystals with solid-solution of the chromium.
Floor arrangement for a passenger cabin of an aircraft or spacecraft, comprising: mounting rails for mounting cabin outfitting components, wherein each mounting rail comprises at least one upper support flange for supporting floor panels ; and curved floor panels being inherently formed with a convex top surface and a concave bottom surface , wherein each inherently curved floor panel is mounted to two respective adjacent mounting rails and is supported by one respective upper support flange of each of the two adjacent mounting rails . mounting rails for mounting cabin outfitting components, wherein each mounting rail comprises at least one upper support flange for supporting floor panels ; and curved floor panels being inherently formed with a convex top surface and a concave bottom surface , wherein each inherently curved floor panel is mounted to two respective adjacent mounting rails and is supported by one respective upper support flange of each of the two adjacent mounting rails .
A securing interface apparatus to be inserted between a GNSS antenna and a first, unsecured, GNSS receiver fed by said antenna, for providing immunity against spoofing or jamming or interrupting of the timing provided by said first unsecured GNSS receiver, said securing interface apparatus comprising: a) a second GNSS receiver , fed by said antenna and including a local oscillator and being immune against spoofing or jamming of timing, for outputting trusted timing and the last GNSS data, said second GNSS receiver including a detection module which is adapted to analyze raw RF signals received from GNSS satellites and verify the signals integrity and authenticity; characterized in that said securing interface apparatus further comprises: b) a GNSS simulator , fed by said trusted timing and GNSS data, said GNSS simulator is adapted to: b.1) as long as said received GNSS data is found authentic, allowing said received GNSS data to reach the input of said first, unsecured, GNSS receiver ; b.2) upon detecting that said received GNSS data is not authentic, produce, using the output of said local oscillator and at least a portion of the last GNSS data, redundant simulated RF GNSS signals mimicking raw RF signals received from GNSS satellites; and b.3) transmit said redundant simulated RF GNSS signals to the input of said first, unsecured, GNSS receiver. a) a second GNSS receiver , fed by said antenna and including a local oscillator and being immune against spoofing or jamming of timing, for outputting trusted timing and the last GNSS data, said second GNSS receiver including a detection module which is adapted to analyze raw RF signals received from GNSS satellites and verify the signals integrity and authenticity; b) a GNSS simulator , fed by said trusted timing and GNSS data, said GNSS simulator is adapted to: b.1) as long as said received GNSS data is found authentic, allowing said received GNSS data to reach the input of said first, unsecured, GNSS receiver ; b.2) upon detecting that said received GNSS data is not authentic, produce, using the output of said local oscillator and at least a portion of the last GNSS data, redundant simulated RF GNSS signals mimicking raw RF signals received from GNSS satellites; and b.3) transmit said redundant simulated RF GNSS signals to the input of said first, unsecured, GNSS receiver. b.1) as long as said received GNSS data is found authentic, allowing said received GNSS data to reach the input of said first, unsecured, GNSS receiver ; b.2) upon detecting that said received GNSS data is not authentic, produce, using the output of said local oscillator and at least a portion of the last GNSS data, redundant simulated RF GNSS signals mimicking raw RF signals received from GNSS satellites; and b.3) transmit said redundant simulated RF GNSS signals to the input of said first, unsecured, GNSS receiver.
Device for aligning products , in particular products moved by means of a transport device , in particular for forming from the products rows and/or groups that run transversely to a main transportation direction of the transport device , with at least one alignment unit comprising at least one alignment element which for an alignment of the products is capable of being inserted into a gap that exists, in particular along the main transportation direction , between at least two of the products , with at least one alignment drive unit , which is realized as a linear motor system, at least for driving the at least one alignment element and which comprises at least one motion element which is drivable individually in a speed-regulated and/or position-regulated manner and on which the at least one alignment element is arranged, wherein the at least one alignment element is actively mobile relative to the at least one motion element by an interaction with an activation unit of the alignment unit , which is in particular realized differently from a further motion element of the alignment drive unit , and with at least one sensor unit at least for a detection of at least one gap that exists between at least two of the products , wherein the at least one alignment element and/or the at least one motion element are/is movable depending on the detected gap, characterised in that the alignment unit comprises a plurality of alignment elements which are arranged so as to be movable on the at least one motion element , wherein the alignment elements arranged on the at least one motion element are individually movable. with at least one alignment unit comprising at least one alignment element which for an alignment of the products is capable of being inserted into a gap that exists, in particular along the main transportation direction , between at least two of the products , with at least one alignment drive unit , which is realized as a linear motor system, at least for driving the at least one alignment element and which comprises at least one motion element which is drivable individually in a speed-regulated and/or position-regulated manner and on which the at least one alignment element is arranged, wherein the at least one alignment element is actively mobile relative to the at least one motion element by an interaction with an activation unit of the alignment unit , which is in particular realized differently from a further motion element of the alignment drive unit , and with at least one sensor unit at least for a detection of at least one gap that exists between at least two of the products , wherein the at least one alignment element and/or the at least one motion element are/is movable depending on the detected gap, characterised in that the alignment unit comprises a plurality of alignment elements which are arranged so as to be movable on the at least one motion element , wherein the alignment elements arranged on the at least one motion element are individually movable.
Filter part for use in an air filter attachment , comprising a filter element having a filter wall made of pleated filter material and an inner free space , an outline of the filter part being elongate and curved in the manner of a circular segment and being formed having curved edges in the extension direction, two filter elements being provided so as to be merged and each filter wall consisting of a pleated material, the filter part having, on its upper side, a tightly closed filter cover which sits directly on the filter material and has a bottom part , two separate filter walls of the filter elements extending between the bottom part and the filter cover , the bottom part having a bottom opening associated with each free space , the filter cover and the bottom part having matching, elongated outlines, characterised in that for screw fastening in the air filter attachment, the filter part has, on the filter cover , ear-like formations protruding in several places over the outline of the filter cover, in that the curved edges merge into one another via more heavily curved end edges , in that both filter walls end with the more heavily curved end edges of the bottom part and in that the filter walls are arranged directly next to one another.
Ultrasonic converter comprising a coupling element and a piezoelectric element , wherein a metal disk is arranged between the coupling element and the piezoelectric element , wherein the metal disk is connected to the piezoelectric element or the coupling element by means of an adhesive layer (5 or 6), wherein the coupling element has a coupling surface (3.3) facing towards the measured medium, said surface being designed to decouple and/or couple an ultrasonic useful signal in the coupling element , characterized in that the adhesive layer (5 or 6) is at least partially made from a photochemically hardenable adhesive, wherein the coupling element has at least a reflection surface , which enables the redirection of a UV ray, entering into the coupling element through the coupling surface (3.3), into a marginal area of the metal disk .
A cooling device of an elevator configured to cool an object of cooling in the interior of an apparatus provided in a car of the elevator, comprising: an air intake section configured to introduce an airflow caused by the running wind during the ascent and descent of the car into the interior of the apparatus; an air discharge section configured to discharge the air in the interior of the apparatus to outside the apparatus, and foreign matter separating means provided in the air intake section and configured to separate foreign matter contained in the airflow by using at least either a centrifugal force or gravitational force which acts on the foreign matter, wherein the air intake section is configured in such a manner that the airflow whose foreign matter is separated by the foreign matter separating means and whose foreign matter content is lowered from the foreign matter content before the separation, is introduced into the interior of the apparatus, characterized in that the foreign matter separating means discharges the separated foreign matter together with part of the airflow to outside the apparatus without causing the separated foreign matter to go through the interior of the apparatus. an air intake section configured to introduce an airflow caused by the running wind during the ascent and descent of the car into the interior of the apparatus; an air discharge section configured to discharge the air in the interior of the apparatus to outside the apparatus, and foreign matter separating means provided in the air intake section and configured to separate foreign matter contained in the airflow by using at least either a centrifugal force or gravitational force which acts on the foreign matter, wherein the air intake section is configured in such a manner that the airflow whose foreign matter is separated by the foreign matter separating means and whose foreign matter content is lowered from the foreign matter content before the separation, is introduced into the interior of the apparatus, characterized in that the foreign matter separating means discharges the separated foreign matter together with part of the airflow to outside the apparatus without causing the separated foreign matter to go through the interior of the apparatus.
A method of estimating the thickness of buried concrete , the method comprising: placing one or more first accelerometers at a plurality of vertical positions below a surface of a ground at an approximate first distance from a vertical edge of the buried concrete; for each position in the plurality of vertical positions, generating a dispersive wave in the buried concrete; and determining a time of arrival of the dispersive wave at the one or more first accelerometers; and estimating the thickness of the buried concrete based on at least the times of arrival of the dispersive waves at the one or more first accelerometers. placing one or more first accelerometers at a plurality of vertical positions below a surface of a ground at an approximate first distance from a vertical edge of the buried concrete; for each position in the plurality of vertical positions, generating a dispersive wave in the buried concrete; and determining a time of arrival of the dispersive wave at the one or more first accelerometers; and estimating the thickness of the buried concrete based on at least the times of arrival of the dispersive waves at the one or more first accelerometers.
A pharmaceutical formulation comprising VLO4, VP12, and a pharmaceutically acceptable carrier.
Process of producing a radio-frequency identification, RFID, antenna structure for use with an RFID device, comprising the steps of: printing a printed electronic circuit, PEC, on a conductive layer ; assembling first and second connection points and a plurality of conductors of the PEC onto the conductive layer such that the plurality of conductors are bridging a position of an aperture to create part of an RFID antenna; cutting the conductive layer and the PEC in a cut area to create ar antenna for the RFID device, and cutting the aperture in the conductive layer using a laser; the process further characterised by comprising the step of focusing the laser dependent on depth, such that energy at a height above a surface where the PEC is placed is relatively diffuse compared to concentrated energy at a surface of the conductive layer , wherein the cutting of the RFID antenna is done through the PEC . printing a printed electronic circuit, PEC, on a conductive layer ; assembling first and second connection points and a plurality of conductors of the PEC onto the conductive layer such that the plurality of conductors are bridging a position of an aperture to create part of an RFID antenna; cutting the conductive layer and the PEC in a cut area to create ar antenna for the RFID device, and cutting the aperture in the conductive layer using a laser; the process further characterised by comprising the step of focusing the laser dependent on depth, such that energy at a height above a surface where the PEC is placed is relatively diffuse compared to concentrated energy at a surface of the conductive layer , wherein the cutting of the RFID antenna is done through the PEC .
A pharmaceutical composition comprising a nucleoside analogue loaded into liposomes of a liposomal delivery system, wherein the nucleoside analogue is a pyrimidine analogue chosen from 4-amino-1-(4-hydroxyquinazolin-2-yl)-1,2-dihydropyrimidin-2-one or N-[1-(4-hydroxyquinazolin-2-yl)-2-oxo-1,2-dihydropyrimidin-4-yl]acetamide; or a purine analogue chosen from {[2-(6-amino-9H-purin-9-yl)quinazolin-4-yl]oxy}phosphonic acid or 2-(6-amino-9H-purin-9-yl) quinazolin-4-ol.
A drug delivery device with a dose limiter for preventing the setting of a dose, which exceeds the amount of liquid left in a cartridge of the drug delivery device, comprising a cartridge containing liquid, preferably a medicament, a dosing element , which rotates during dose selecting, a last dose nut coupled to the dosing element during dose selecting such that rotation of the dosing element causes an axial movement of the last dose nut , and a stop element , which blocks further movement of the last dose nut , if a dose is selected corresponding to the amount of liquid left in the cartridge , characterized in that the stop element is provided on the dosing element , wherein the dose limiter further comprises a last dose sleeve rotationally coupled to the dosing element during dose selecting and rotationally de-coupled from the dosing element during dose dispensing, and wherein the last dose nut is coupled to the dosing element by the last dose sleeve .
Disc brake for a vehicle, comprising a first and a second brake pad and a brake disc arranged therebetween and a brake caliper which engages around the brake disc and has a brake caliper housing in which a brake application device is arranged, wherein the brake application device comprises a pressure piece which can be applied to the first brake pad , wherein a bellows is provided for protecting the interior of the brake caliper housing against contamination, wherein the bellows is fastened to the brake caliper housing by a first end region and is attached to a sheet metal arrangement by a second end region , which sheet metal arrangement consists of a sheet metal plate and a sheet metal ring which is arranged coaxially therewith and is integrally bonded thereto, wherein the sheet metal plate is arranged between an end face of the pressure piece and the first brake pad , wherein the sheet metal ring is arranged between the bellows and the brake pad to protect the bellows against heat radiation which is generated by braking operations by the brake pads and the brake disc , characterized in that the sheet metal ring has an annular disc-shaped portion which is arranged in the radial extension of the sheet metal plate and has slot-like cut-outs for reducing its flexural rigidity, and in that the cut-outs are uniformly distributed in the circumferential direction and are formed adjacently to one another on at least one circular path on the annular disc-shaped portion .