mhurhangee/patent-ind-claim-en huggingface dataset:
Knife (100; 100') arranged for being fitted in a cutting apparatus for obtaining incision lines and notches on a cap made of plastics intended for closing a container, said knife (100; 100') being suitable for making notches and incisions on a side wall of said cap when said cap , by rotating around its own rotation axis (R), is moved along a path for interacting with said knife (100; 100') in an advancement direction (T), said knife (100; 100') comprising an arrangement of cutting edges (60; 60') that project from a peripheral region (19; 19') of said knife (100; 100'), said arrangement of cutting edges (60; 60') comprising: - an opening formation part (68a; 68a') that extends parallel to a horizontal plane (P) orthogonal to said rotation axis (R), said at least one opening formation part (68a; 68a') being arranged for making at least one circumferential notch on said side wall at a first height on a vertical axis (Z) that is substantially parallel to said rotation axis (R) to define a tamper-evident ring and a main body in said cap ; characterised by - at least one connection formation part (64a; 64a') that occupies a region of said knife (100; 100') extending between said first height and a second height that is greater than said first height on said vertical axis (Z), said at least one connection formation part (64a; 64a') being arranged for making at least one notch on said side wall to determine at least one connection portion (74a; 74a') connecting said tamper-evident ring and said main body ; wherein said knife (100; 100') consists of a single piece, said arrangement of cutting edges (60; 60') being obtained in said single piece. - an opening formation part (68a; 68a') that extends parallel to a horizontal plane (P) orthogonal to said rotation axis (R), said at least one opening formation part (68a; 68a') being arranged for making at least one circumferential notch on said side wall at a first height on a vertical axis (Z) that is substantially parallel to said rotation axis (R) to define a tamper-evident ring and a main body in said cap ; characterised by - at least one connection formation part (64a; 64a') that occupies a region of said knife (100; 100') extending between said first height and a second height that is greater than said first height on said vertical axis (Z), said at least one connection formation part (64a; 64a') being arranged for making at least one notch on said side wall to determine at least one connection portion (74a; 74a') connecting said tamper-evident ring and said main body ;
Self-supporting air conditioning duct comprising panels coupled by tongue-and-groove coupling between the panels , the panels being made up from a core of insulating material, preferably mineral wool, supplemented with both an outer layer and an inner layer based on aluminum or some other coating such as Kraft-Aluminum, reinforced woven fiberglass fabric, veil made of acrylic glass or similar, the juxtaposing canted edge or edge between the panels having an oblique cut relative to the horizontality or longitudinal intermediate line in the joint between the two panels , characterized in that the aluminum layer or coating, which determines the inner face of the duct, extends beyond the edge of the panel , being fixed to the oblique surface that defines the coupling profile, and in that one of the aluminum layers or coatings making up the outer layer of the panels extends slightly in the longitudinal direction, such that the same overlaps the edge of the outer face of the adjacent panel .
A constant volume combustion system comprising at least one combustion chamber having at least one admission port (5; 45; 55) and an exhaust port ; the system being characterized in that it includes at least one elastically deformable tongue (10; 20; 31) made of ceramic matrix composite material forming an air admission valve, the tongue being present inside the chamber and being positioned facing the admission port, the tongue having a first end (12; 22; 32) that is stationary relative to an inside wall of the chamber and a second end (14; 24; 34), opposite from the first end, the second end being free and movable relative to the inside wall.
Feed device for a conveyor system for preforms, which transports the preforms coming in order from an upstream module of the conveyor system to a downstream module of the conveyor system, in which the preforms are separated, wherein the feed device has at least two transport rails arranged opposite one another, on which the preforms each bear on with a support ring, wherein at least two belt transport units (R1, R2) arranged opposite one another, which preferably come into engagement with a threaded portion of the preforms and transport these in a transport direction (T) to the downstream module of the conveyor system, wherein the belt transport units (R1, R2) each have a drive which applies a torque to the preforms accumulated before the downstream module, by means of which torque a safe transfer of the individual preforms from the feed device into the downstream module can be ensured, characterized in that the drives of the belt transport units (R1, R2) are each designed as a servomotor, so that a corresponding torque is applied to the preforms even when the drives are at a standstill. the feed device has at least two transport rails arranged opposite one another, on which the preforms each bear on with a support ring, wherein at least two belt transport units (R1, R2) arranged opposite one another, which preferably come into engagement with a threaded portion of the preforms and transport these in a transport direction (T) to the downstream module of the conveyor system, wherein the belt transport units (R1, R2) each have a drive which applies a torque to the preforms accumulated before the downstream module, by means of which torque a safe transfer of the individual preforms from the feed device into the downstream module can be ensured, characterized in that the drives of the belt transport units (R1, R2) are each designed as a servomotor, so that a corresponding torque is applied to the preforms even when the drives are at a standstill.
A method for releasing one or more identity attributes of one or more electronic identities stored on a mobile terminal for a reading computer system , wherein a plurality of electronic identities is stored on the mobile terminal , wherein the release of the identity attributes requires successful authentication of the reading computer system , wherein the authentication of the reading computer system comprises: • receiving a read request from the reading computer system for reading one or more identity attributes of one or more types of electronic identities to be read, together with a read certificate of the reading computer system , wherein the read certificate defines read rights of the reading computer system to identity attributes of a plurality of different types of electronic identities, • centrally performing authentication of the reading computer system , wherein the authentication comprises validating a signature of the read certificate using a root certificate stored on the mobile terminal , • upon successful authentication of the reading computer system , determining a group of one or more electronic identities with those electronic identities stored on the mobile terminal that belong to one of the types of electronic identities for which the read certificate defines read rights, • identifying one or more electronic identities within the particular group of electronic identities belonging to one of the types of electronic identities to be read out according to the read request, • sending authentication confirmations to one or more applications installed on the mobile terminal , each of which manages one or more of the identified electronic identities , thereby confirming read rights of the reading computer system to the corresponding electronic identities . • receiving a read request from the reading computer system for reading one or more identity attributes of one or more types of electronic identities to be read, together with a read certificate of the reading computer system , wherein the read certificate defines read rights of the reading computer system to identity attributes of a plurality of different types of electronic identities, • centrally performing authentication of the reading computer system , wherein the authentication comprises validating a signature of the read certificate using a root certificate stored on the mobile terminal , • upon successful authentication of the reading computer system , determining a group of one or more electronic identities with those electronic identities stored on the mobile terminal that belong to one of the types of electronic identities for which the read certificate defines read rights, • identifying one or more electronic identities within the particular group of electronic identities belonging to one of the types of electronic identities to be read out according to the read request, • sending authentication confirmations to one or more applications installed on the mobile terminal , each of which manages one or more of the identified electronic identities , thereby confirming read rights of the reading computer system to the corresponding electronic identities .
A method for taking images in a medical radiology system comprising an external x-ray source and a CMOS image sensor that is linked via a USB link as USB peripheral of a device for digitally processing the image data of the sensor, characterized in that the method comprises the use of a tracking device , that is connected over the USB link between the sensor and the device , for continuously reading and decoding the data transmitted over the USB link , in a way that is transparent to the device and to the sensor, to detect, in the transmitted data stream, one particular datum (XAMC=1) representing a signal indicating detection, by the sensor, that a sufficient dose of radiation has been received and, on detection of this particular datum, to send an electrical signal (Stop-X) to the radiation source to stop the emission of the radiation.
A preparation method for an ethylene-vinyl alcohol copolymer, comprising the steps of: performing saponification on an ethylene-vinyl acetate copolymer in the presence of an alkali catalyst and a C 1-4 alcohol solvent to obtain a reaction mixture containing an ethylene-vinyl alcohol copolymer; concentrating the reaction mixture and then adding water to prepare an ethylene-vinyl alcohol copolymer solution having a weight ratio of the C 1-4 alcohol to water in the solvent of 1:9 to 9:1 and a solid content of 10 wt% to 25 wt%, measured as indicated in the description; cooling the ethylene-vinyl alcohol copolymer solution to prepare an ethylene-vinyl alcohol copolymer cake in which the ethylene-vinyl alcohol copolymer is coagulated; pulverizing the ethylene-vinyl alcohol copolymer cake to obtain an ethylene-vinyl alcohol copolymer crumb; and washing the crumb with water. performing saponification on an ethylene-vinyl acetate copolymer in the presence of an alkali catalyst and a C 1-4 alcohol solvent to obtain a reaction mixture containing an ethylene-vinyl alcohol copolymer; concentrating the reaction mixture and then adding water to prepare an ethylene-vinyl alcohol copolymer solution having a weight ratio of the C 1-4 alcohol to water in the solvent of 1:9 to 9:1 and a solid content of 10 wt% to 25 wt%, measured as indicated in the description; cooling the ethylene-vinyl alcohol copolymer solution to prepare an ethylene-vinyl alcohol copolymer cake in which the ethylene-vinyl alcohol copolymer is coagulated; pulverizing the ethylene-vinyl alcohol copolymer cake to obtain an ethylene-vinyl alcohol copolymer crumb; and washing the crumb with water.
A pellet for incorporation of a particulate insoluble component into an expanded cereal product, said pellet comprising particles of an insoluble component bound together by a binder component which binds the particles of the insoluble component into a coherent mass to avoid inhibition of expansion of the cereal product by the particulate insoluble component, the binder component comprising at least one member selected from the group consisting of partially gelatinized starches, and fully gelatinized starches, the amount of binder component being from 5% by weight to 40% by weight, and the amount of the insoluble component being from 60% by weight to 95% by weight, based upon the total dry weight of the particulate insoluble component and the binder component, the pellet being unexpanded and having a particle size of from 200 μm to 2 mm.
Telescopic tube, in particular for use in a linear drive, the telescopic tube comprising a substantially stationary outer tube adapted to receive a lifting tube longitudinally displaceable relative thereto, a - rear - drive end through which extends a motor-driven spindle on which is seated a spindle nut longitudinally displaceable by rotation of the spindle and which engages the lifting tube , a front end at which the lifting tube projects from the outer tube , wherein the front end of the telescopic tube can be closed by a front cover which has a seal comprising a sealing plate covering the outer tube at the front end and defining a main sealing plane, in order to prevent media from entering in accordance with a defined protection type, wherein the seal has a sealing section with a sealing lip which slides on the outside of the lifting tube and is held under spring load by a circumferential.annular spring under permanent pre-load, wherein the sealing plate comprises, on an outer peripheral surface, an outer rim for engaging around the outer tube while abutting against the outer tube, wherein the front cover comprises an attachment cap extending in a closure plane and arranged transversely to a longitudinal axis of the telescopic tube in the installation position, and an outer peripheral edge extending outwardly and transversely rearwardly from the closure plane for externally enclosing the outer tube , and a receiving space for the sealing portion and the annular spring formed forwardly out of the closure plane, wherein the front cover is further configured to guide the lift tube . wherein the seal has a sealing section with a sealing lip which slides on the outside of the lifting tube and is held under spring load by a circumferential.annular spring under permanent pre-load, wherein the sealing plate comprises, on an outer peripheral surface, an outer rim for engaging around the outer tube while abutting against the outer tube, wherein the front cover comprises an attachment cap extending in a closure plane and arranged transversely to a longitudinal axis of the telescopic tube in the installation position, and an outer peripheral edge extending outwardly and transversely rearwardly from the closure plane for externally enclosing the outer tube , and a receiving space for the sealing portion and the annular spring formed forwardly out of the closure plane, wherein the front cover is further configured to guide the lift tube .
A method for spectral estimation of the clutter of a haline liquid medium received by an oceanographic radar, such as a lake, a river, a sea or an ocean, from an antenna array including at least three antennas, including the following steps: - a first step of forming at least two antenna sub-arrays from the antenna array, each of the sub-arrays including at least one antenna less than the antenna array; - a second step of calculating a beam in one direction for each antenna sub-array, from a beamforming-type beam forming technique; - a third step of locating the azimuth of all sources comprised within the beam from the data of the beam coming from each of the sub-arrays, the azimuth of the source is located by a so-called MUSIC, multiple signal classification, algorithm; - a fourth step of estimating the energy of each of the located sources; the method being characterised in that it contains - a fifth step of selecting a source, called preferred source, among several sources according to a predetermined criterion when the beam includes several sources, the predetermined criterion being the highest energy when several sources have the same direction. - a first step of forming at least two antenna sub-arrays from the antenna array, each of the sub-arrays including at least one antenna less than the antenna array; - a second step of calculating a beam in one direction for each antenna sub-array, from a beamforming-type beam forming technique; - a third step of locating the azimuth of all sources comprised within the beam from the data of the beam coming from each of the sub-arrays, the azimuth of the source is located by a so-called MUSIC, multiple signal classification, algorithm; - a fourth step of estimating the energy of each of the located sources; - a fifth step of selecting a source, called preferred source, among several sources according to a predetermined criterion when the beam includes several sources, the predetermined criterion being the highest energy when several sources have the same direction.
Device for determining a spindle status of a spindle of a machine tool , having a sensing means which is used to sense sensor data of the spindle , a processing unit, which is embodied so that it analyses the sensed sensor data by means of artificial intelligence and determines a spindle status herefrom, and an output means for outputting the determined spindle status, characterised in that the sensing means is embodied so as to sense continuous sensor data and the device is embodied to subdivide this by means of a defined time frame of a determined length, the processing unit is embodied to calculate at least one defined feature of the sensor data by means of the defined time frame using artificial intelligence and to determine the determined spindle status using an ensemble of regularised decision trees stored in the processing unit on the basis of the at least one feature, the determined spindle status characterises a load of the spindle . a sensing means which is used to sense sensor data of the spindle , a processing unit, which is embodied so that it analyses the sensed sensor data by means of artificial intelligence and determines a spindle status herefrom, and an output means for outputting the determined spindle status, characterised in that the sensing means is embodied so as to sense continuous sensor data and the device is embodied to subdivide this by means of a defined time frame of a determined length, the processing unit is embodied to calculate at least one defined feature of the sensor data by means of the defined time frame using artificial intelligence and to determine the determined spindle status using an ensemble of regularised decision trees stored in the processing unit on the basis of the at least one feature, the determined spindle status characterises a load of the spindle .
A method comprising: (a) combining a polynucleotide and an amplification reagent mixture at a first temperature to form a reaction mixture, wherein (i) the amplification reagent mixture comprises a pH sensitive chelating agent, divalent ions, a nicking endonuclease, a DNA or RNA polymerase, and a temperature sensitive buffer and (ii) the divalent ions are reversibly bound to the pH sensitive chelating agent in solution at the first temperature such that amplification of the polynucleotide does not occur, and (b) adjusting the pH of the reaction mixture by changing the temperature of the reaction mixture from the first temperature to a second temperature to release the reversibly bound divalent ions, thereby initiating amplification of the polynucleotide; wherein the first temperature is between 10°C and 30°C and the second temperature is between 40°C and 70°C. (a) combining a polynucleotide and an amplification reagent mixture at a first temperature to form a reaction mixture, wherein (i) the amplification reagent mixture comprises a pH sensitive chelating agent, divalent ions, a nicking endonuclease, a DNA or RNA polymerase, and a temperature sensitive buffer and (ii) the divalent ions are reversibly bound to the pH sensitive chelating agent in solution at the first temperature such that amplification of the polynucleotide does not occur, and (i) the amplification reagent mixture comprises a pH sensitive chelating agent, divalent ions, a nicking endonuclease, a DNA or RNA polymerase, and a temperature sensitive buffer and (ii) the divalent ions are reversibly bound to the pH sensitive chelating agent in solution at the first temperature such that amplification of the polynucleotide does not occur, and (b) adjusting the pH of the reaction mixture by changing the temperature of the reaction mixture from the first temperature to a second temperature to release the reversibly bound divalent ions, thereby initiating amplification of the polynucleotide; wherein the first temperature is between 10°C and 30°C and the second temperature is between 40°C and 70°C.
A cosmetic container including an impregnation member having a surface intaglio-patterned by laser beam machining, wherein an intaglio-pattern part having an intaglio pattern and maintaining an open cell structure is formed, the intaglio pattern being formed as the surface of the impregnation member is burned by a laser, and the impregnation member having the intaglio-pattern part formed on the surface thereof is impregnated with cosmetic material.
A computer-implemented method for evaluating a level of noise in a biosignal, the method comprising: use of a processor for receiving a time signal representative of a biological activity, the time signal comprising a biological activity component and a noise component; use of the processor for determining a modulation spectrum for the time signal, characterized in that the modulation spectrum represents a signal frequency as a function of a modulation frequency; and the method further comprising: use of the processor for determining, from the modulation spectrum, a first amount of modulation energy corresponding to the biological activity component and a second amount of modulation energy corresponding to the noise component use of the processor for determining an indication of the level of noise using the first and second amounts of modulation energy; and use of the processor for outputting the indication of the level of noise. use of a processor for receiving a time signal representative of a biological activity, the time signal comprising a biological activity component and a noise component; use of the processor for determining a modulation spectrum for the time signal, characterized in that the modulation spectrum represents a signal frequency as a function of a modulation frequency; and the method further comprising: use of the processor for determining, from the modulation spectrum, a first amount of modulation energy corresponding to the biological activity component and a second amount of modulation energy corresponding to the noise component use of the processor for determining an indication of the level of noise using the first and second amounts of modulation energy; and use of the processor for outputting the indication of the level of noise. use of the processor for determining, from the modulation spectrum, a first amount of modulation energy corresponding to the biological activity component and a second amount of modulation energy corresponding to the noise component use of the processor for determining an indication of the level of noise using the first and second amounts of modulation energy; and use of the processor for outputting the indication of the level of noise.