mhurhangee/patent-ind-claim-en huggingface dataset:
A cryptographic system comprising: an encryption device to generate a ciphertext ct x represented as a vector f in which each component x 1 , ..., x n of attribute information x is set as a coefficient of a basis vector of a basis D; a conversion device to convert with conversion information W the basis D of the ciphertext ct x generated by the encryption device to a basis B so as to generate a ciphertext CT x ; and a decryption device to decrypt the ciphertext CT x generated by the conversion device with a token tk v represented as a vector in which each component v 1 , ..., v n of predicate information v is set as a coefficient of a basis vector of a basis B * corresponding to the basis B; wherein the encryption is of an inner-product predicate encryption type in which both attribute information being set in a ciphertext and predicate information being set in a decryption key are concealed; wherein the basis B and the basis B * are random dual bases and are orthonormal bases on dual pairing vector spaces of dimension N≥n having a pairing operation e; wherein a conversion key W is a random invertible matrix and the basis B is linearly transformed to generate the basis D by using W; wherein the decryption device decrypts the ciphertext CT x by performing the pairing operation e on the ciphertext CT x and the token tk v and thereby computing an inner-product of the attribute information x and the predicate information v. an encryption device to generate a ciphertext ct x represented as a vector f in which each component x 1 , ..., x n of attribute information x is set as a coefficient of a basis vector of a basis D; a conversion device to convert with conversion information W the basis D of the ciphertext ct x generated by the encryption device to a basis B so as to generate a ciphertext CT x ; and a decryption device to decrypt the ciphertext CT x generated by the conversion device with a token tk v represented as a vector in which each component v 1 , ..., v n of predicate information v is set as a coefficient of a basis vector of a basis B * corresponding to the basis B; wherein the encryption is of an inner-product predicate encryption type in which both attribute information being set in a ciphertext and predicate information being set in a decryption key are concealed; wherein the basis B and the basis B * are random dual bases and are orthonormal bases on dual pairing vector spaces of dimension N≥n having a pairing operation e; wherein a conversion key W is a random invertible matrix and the basis B is linearly transformed to generate the basis D by using W; wherein the decryption device decrypts the ciphertext CT x by performing the pairing operation e on the ciphertext CT x and the token tk v and thereby computing an inner-product of the attribute information x and the predicate information v.
An antigenic composition comprising a plurality of antigenic components derived from antigens of Streptococcus equi subsp. equi or subsp. zooepidemicus, the antigenic components comprising: (i) a first fusion polypeptide comprising the amino acid sequence as shown in SEQ ID NO: 24 starting from amino acid 12; (ii) a second fusion polypeptide comprising the amino acid sequence as shown in SEQ ID NO: 22 starting from amino acid 12; and (iii) at least part of a protein designated IdeE comprising the amino acid sequence as shown in SEQ ID NO: 26 starting from amino acid 12, wherein said at least part of said protein comprises at least one antigenic epitope. (i) a first fusion polypeptide comprising the amino acid sequence as shown in SEQ ID NO: 24 starting from amino acid 12; (ii) a second fusion polypeptide comprising the amino acid sequence as shown in SEQ ID NO: 22 starting from amino acid 12; and (iii) at least part of a protein designated IdeE comprising the amino acid sequence as shown in SEQ ID NO: 26 starting from amino acid 12,
A method of analysis, the method comprising: forming isolated volumes each including a portion of the same sample, wherein each volume also includes (i) a probe having a label, (ii) a sink having a quencher and configured to hybridize with the probe to quench the label, and (iii) a separator configured to hybridize with the probe and/or the sink to block hybridization of the sink with the probe, and wherein only a subset of the volumes contain at least one copy of a target from the sample; performing an amplification reaction in the volumes to generate an amplicon corresponding to the target, wherein the separator hybridizes with the amplicon, and wherein the separator is extended or degraded in target-positive volumes by the amplification reaction; and detecting photoluminescence of the label from the volumes, wherein the photoluminescence of target-positive volumes is less than that of target-negative volumes. forming isolated volumes each including a portion of the same sample, wherein each volume also includes (i) a probe having a label, (ii) a sink having a quencher and configured to hybridize with the probe to quench the label, and (iii) a separator configured to hybridize with the probe and/or the sink to block hybridization of the sink with the probe, and wherein only a subset of the volumes contain at least one copy of a target from the sample; performing an amplification reaction in the volumes to generate an amplicon corresponding to the target, wherein the separator hybridizes with the amplicon, and wherein the separator is extended or degraded in target-positive volumes by the amplification reaction; and detecting photoluminescence of the label from the volumes, wherein the photoluminescence of target-positive volumes is less than that of target-negative volumes.
A port for use with a disposable bioreactor vessel, said port comprising: i) a base member comprising a hollow tubular portion and a base plate, said base plate configured to be sealingly affixed to a hole in a wall of said disposable bioreactor vessel; ii) a hollow tubular bushing member for containing electrical, and/or optical, and/or acoustic and/or magnetic and/or microfluidic and/or chemical monitoring components, said bushing member fitting inside the bore of said tubular portion of said base member, both said base member and said hollow, tubular bushing member providing access to contents of said disposable bioreactor vessel; iii) a fluorophore; and iv) a monitoring assembly inserted into said bushing member, said monitoring assembly comprising an LED for providing incoming optical signals, an optical filter for narrowing the spectrum of the LED, and means for collecting and transmitting measurement signals resulting from interaction of said incoming optical signals with said contents of said disposable bioreactor vessel, wherein said narrowed LED spectrum is narrowed to an optical beam whose wavelength is matched to an absorption spectrum of said fluorophore. i) a base member comprising a hollow tubular portion and a base plate, said base plate configured to be sealingly affixed to a hole in a wall of said disposable bioreactor vessel; ii) a hollow tubular bushing member for containing electrical, and/or optical, and/or acoustic and/or magnetic and/or microfluidic and/or chemical monitoring components, said bushing member fitting inside the bore of said tubular portion of said base member, both said base member and said hollow, tubular bushing member providing access to contents of said disposable bioreactor vessel; iii) a fluorophore; and iv) a monitoring assembly inserted into said bushing member, said monitoring assembly comprising an LED for providing incoming optical signals, an optical filter for narrowing the spectrum of the LED, and means for collecting and transmitting measurement signals resulting from interaction of said incoming optical signals with said contents of said disposable bioreactor vessel, wherein said narrowed LED spectrum is narrowed to an optical beam whose wavelength is matched to an absorption spectrum of said fluorophore.
A method of reducing sound leakage, the method comprising: providing a bone conduction speaker including: a vibration board ; a transducer configured to cause the vibration board to vibrate; a housing enclosing the vibration board and the transducer , the vibration board stretching out from an opening of the housing , touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing , characterised in that the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of the leaked sound wave. a vibration board ; a transducer configured to cause the vibration board to vibrate; a housing enclosing the vibration board and the transducer , the vibration board stretching out from an opening of the housing , touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing , characterised in that the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of the leaked sound wave. the vibration board stretching out from an opening of the housing , touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing , characterised in that the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of the leaked sound wave.
A pulmonary treatment system , comprising: a nerve modification assembly configured to assume a reduced profile for passage through a lumen of an elongate device and positioning in an airway of a patient, the lumen having a diameter less than about 6.0 millimeters, and configured to assume a treatment configuration for treatment of the airway, the nerve modification assembly including an energy delivery portion configured to generate heat energy in an airway wall of the airway to ablate nerve tissue along the airway; and a cooling portion configured to remove heat energy from the airway wall while heat energy is generated in the airway wall by the energy delivery portion, wherein the cooling portion includes an inflatable member and a fluid delivery conduit that extends at least partially around a circumference of the inflatable member when the nerve modification assembly is in the treatment configuration, and wherein the energy delivery member includes an electrode coupled to a portion of the fluid delivery conduit, the electrode including an electrically conductive film or coating directly coupled to an electrically insulating external surface of the fluid supply conduit, characterized by at least one electrically insulating material being disposed over a portion of the electrically conductive material, thereby defining at least one electrically conductive tissue contact region of the exposed contact surface, and at least one electrically insulating tissue contact region of the exposed contact surface on a tissue facing side of the energy delivery member. a nerve modification assembly configured to assume a reduced profile for passage through a lumen of an elongate device and positioning in an airway of a patient, the lumen having a diameter less than about 6.0 millimeters, and configured to assume a treatment configuration for treatment of the airway, the nerve modification assembly including an energy delivery portion configured to generate heat energy in an airway wall of the airway to ablate nerve tissue along the airway; and a cooling portion configured to remove heat energy from the airway wall while heat energy is generated in the airway wall by the energy delivery portion, wherein the cooling portion includes an inflatable member and a fluid delivery conduit that extends at least partially around a circumference of the inflatable member when the nerve modification assembly is in the treatment configuration, and wherein the energy delivery member includes an electrode coupled to a portion of the fluid delivery conduit, the electrode including an electrically conductive film or coating directly coupled to an electrically insulating external surface of the fluid supply conduit, characterized by at least one electrically insulating material being disposed over a portion of the electrically conductive material, thereby defining at least one electrically conductive tissue contact region of the exposed contact surface, and at least one electrically insulating tissue contact region of the exposed contact surface on a tissue facing side of the energy delivery member.
A method for producing composites comprising aluminum oxide and cerium/zirconium (optional rare earth) mixed oxides comprising the following steps: (a) Providing a suspension comprising boehmite as the alumina precursor and adjusting the pH to 8 to 11.5; (b) Producing an aqueous metal salt solution comprising metal salts of cerium and of zirconium; (c) Bringing in contact the suspension of (a) with the metal salt solution from (b) at temperatures of 5 to 95°C or exposing the resulting slurry to these temperatures; (d) Isolating the solids from (c) and (e) Calcining the solids from (d), wherein the boehmites provided in a suspension according to step (a) are present in an aqueous suspension and are provided with organic compounds having at least one carboxyl group (-COO and/or -COOH) and one or more other groups selected from hydroxy(-OH), oxo(-O), carboxy(-COO and/or -COOH) and/or amine(-NH and/or - NH 2 ) groups. (a) Providing a suspension comprising boehmite as the alumina precursor and adjusting the pH to 8 to 11.5; (b) Producing an aqueous metal salt solution comprising metal salts of cerium and of zirconium; (c) Bringing in contact the suspension of (a) with the metal salt solution from (b) at temperatures of 5 to 95°C or exposing the resulting slurry to these temperatures; (d) Isolating the solids from (c) and (e) Calcining the solids from (d),
Slab table for at least partial formworking of a concrete slab, at least comprising: - at least one formwork element having a formwork element frame and a formwork skin arranged on the formwork element frame ; - a carrier skeleton ; - at least one receiving device having an in particular circumferential outer frame and a base that is detachably fastened to the carrier skeleton , in which the at least one formwork element is detachably received, the receiving device having a locking system that is designed for detachably fixing the at least one formwork element , and in particular the formwork element frame of the at least formwork element , in the receiving device , - wherein one or more openings for releasing the lock are present in the outer frame of the at least one receiving device , characterized in that the at least one receiving device is designed as a container and in that the locking system has a first fastening element connected to the receiving device via a spring element , which first fastening element is designed to engage in a corresponding recess on a first side of the at least one formwork element or of the formwork element frame of the at least one formwork element . - at least one formwork element having a formwork element frame and a formwork skin arranged on the formwork element frame ; - a carrier skeleton ; - at least one receiving device having an in particular circumferential outer frame and a base that is detachably fastened to the carrier skeleton , in which the at least one formwork element is detachably received, the receiving device having a locking system that is designed for detachably fixing the at least one formwork element , and in particular the formwork element frame of the at least formwork element , in the receiving device , - wherein one or more openings for releasing the lock are present in the outer frame of the at least one receiving device ,
A placental product comprising an immunocompatible chorionic membrane, wherein the placental product can be cryopreserved, wherein the placental product comprises native therapeutic cells of the chorionic membrane, wherein the cells comprise one or more of: a. mesenchymal stem cells (MSCs); b. fibroblasts; c. stromal cells; and wherein the placental product comprises viable therapeutic cells after a freeze-thaw cycle; and wherein the placental product is made immunocompatible by selective depletion of functional CD14+ macrophages. a. mesenchymal stem cells (MSCs); b. fibroblasts; c. stromal cells; and wherein the placental product comprises viable therapeutic cells after a freeze-thaw cycle; and wherein the placental product is made immunocompatible by selective depletion of functional CD14+ macrophages.
An introducer sheath, comprising: a tubular member including an inner surface , an outer surface and a wall extending therebetween; and a plurality of spine members ; wherein each of the plurality of spine members are positioned radially inward of the outer surface of the tubular member ; wherein each of the plurality of the spine members are positioned radially outward of the inner surface of the tubular member ; wherein the tubular member is designed to shift from a first configuration to a second configuration; characterized in that the wall has a first thickness (W) in the first position and a second thickness (W 2 ) in the second position, the second thickness smaller than the first thickness, wherein the wall has a third thickness (W 3 ) in the second position, and wherein the third thickness is smaller than the second thickness (W 2 ). a tubular member including an inner surface , an outer surface and a wall extending therebetween; and a plurality of spine members ; wherein each of the plurality of spine members are positioned radially inward of the outer surface of the tubular member ; wherein each of the plurality of the spine members are positioned radially outward of the inner surface of the tubular member ; wherein the tubular member is designed to shift from a first configuration to a second configuration; characterized in that the wall has a first thickness (W) in the first position and a second thickness (W 2 ) in the second position, the second thickness smaller than the first thickness, wherein the wall has a third thickness (W 3 ) in the second position, and wherein the third thickness is smaller than the second thickness (W 2 ).
A photovoltaic power generation system with a string comprising a series connection of solar modules , which is electrically connected to an inverter via power lines via string connections of the inverter for converting and feeding electrical power from the string into a network, characterised in that the inverter is configured to obtain an alternative operating power from only one of the solar modules in the event that normal operating power can be obtained neither from the network nor from the entire string , the one of the solar modules being connected to a string connection of the inverter via a connecting line .
Transmission system for converting bidirectional movements in movements in a single direction comprising two shafts, one input shaft , wherein force is applied, and another output shaft , transmitting motion, comprising two transmission means so as to move a shaft with respect to the other, and wherein one of the transmission means being used consists of two gears of cogged wheels, which invert the rotation direction between the two shafts , while the other transmission means used also consists of two pinion gears having a driving chain , so as to move the two shafts in the same direction, having four unidirectional coupling devices located between the gears and the shafts, such that the cogged wheel transmission means, reversing the rotation direction between the two shafts, has two unidirectional coupling devices, , one in each shaft, and arranged so as to lock in the same rotation direction, whereas the pinion chain transmission means moving both shafts in the same rotation direction, has two unidirectional coupling devices (7 d, 7b), one in each shaft, arranged so as to lock in opposite rotation directions, wherein the unidirectional coupling devices which are in the output shaft, lock in the same rotation direction one with respect to the other.
An antenna structure comprising: a plurality of wire segments formed in a loop; a plurality of connecting units (22a. 22b) adapted to connect the plurality of wire segments , each of said connecting units being switchable between a conductive state and a reactive state, wherein said reactive state is adapted to introduce a phase delay between the adjacent wire segments ; wherein the antenna structure is switchable between a first and second mode of operation, wherein in said first mode, the connecting units are adapted to be in the conductive state thereby connecting the wire segments to form a loop antenna with a first signal range, and wherein in said second mode, the connecting units are adapted to be in the reactive state thereby to form an antenna structure with a second signal range smaller than the first signal range. a plurality of wire segments formed in a loop; a plurality of connecting units (22a. 22b) adapted to connect the plurality of wire segments , each of said connecting units being switchable between a conductive state and a reactive state, wherein said reactive state is adapted to introduce a phase delay between the adjacent wire segments ; wherein the antenna structure is switchable between a first and second mode of operation, wherein in said first mode, the connecting units are adapted to be in the conductive state thereby connecting the wire segments to form a loop antenna with a first signal range, and wherein in said second mode, the connecting units are adapted to be in the reactive state thereby to form an antenna structure with a second signal range smaller than the first signal range.