mhurhangee/ep-ind-claims huggingface dataset:
A removable implantable non-indwelling valve for short time replacement, for taking over the function of and/or for temporary support of a native valve in a heart, said valve configured for being positioned through said native valve upon implantation, said valve comprising: an at least partially collapsible and/or at least partially expandable tube; and a flange positioned at an inlet side of said tube for temporary securing the non-indwelling valve at the native valve, wherein said valve is a one-way valve, characterized by a flexible inner sleeve attached to said inlet side of said tube only and positioned inside said tube and where the valve closes by the flexible inner sleeve contracting together. an at least partially collapsible and/or at least partially expandable tube; and a flange positioned at an inlet side of said tube for temporary securing the non-indwelling valve at the native valve, wherein said valve is a one-way valve, characterized by a flexible inner sleeve attached to said inlet side of said tube only and positioned inside said tube and where the valve closes by the flexible inner sleeve contracting together.
A transmitter configured to manipulate an input data stream to properly format an output data stream for transmission over a channel disposed on a backplane at a baud rate of 10.3125 GHz or above; perform an auto-negotiation process with a receiving entity to determine a forward error correction, FEC, scheme to be used by a FEC encoder based on at least one of a signal-to-noise ratio, SNR, supported by the channel and a desired latency; and perform the auto-negotiation process with the receiving entity to establish a master-slave relationship such that the transmitter and the receiving entity transmit data to each other based on a common clock; the transmitter comprising: a scrambler configured to remove sequences of digital zero or digital one values from the input data stream to provide a scrambled data stream; the FEC encoder configured to generate and append redundant symbols to the scrambled data stream to provide a FEC encoded data stream, wherein the redundant symbols allow the receiving entity to detect and correct for errors that occur during transmission of the FEC encoded data stream; a line code encoder configured to modulate the FEC encoded data stream using a pulse amplitude modulation, PAM, scheme having an order M greater than two to provide a modulated data stream; a pre-coder configured to perform channel pre-equalization and power limiting on the modulated data stream to provide a pre-coded data stream; and a TX linear filter configured to adjust the pre-coded data stream to compensate for high-frequency attenuation of the channel to provide the output data stream. manipulate an input data stream to properly format an output data stream for transmission over a channel disposed on a backplane at a baud rate of 10.3125 GHz or above; perform an auto-negotiation process with a receiving entity to determine a forward error correction, FEC, scheme to be used by a FEC encoder based on at least one of a signal-to-noise ratio, SNR, supported by the channel and a desired latency; and perform the auto-negotiation process with the receiving entity to establish a master-slave relationship such that the transmitter and the receiving entity transmit data to each other based on a common clock; a scrambler configured to remove sequences of digital zero or digital one values from the input data stream to provide a scrambled data stream; the FEC encoder configured to generate and append redundant symbols to the scrambled data stream to provide a FEC encoded data stream, wherein the redundant symbols allow the receiving entity to detect and correct for errors that occur during transmission of the FEC encoded data stream; a line code encoder configured to modulate the FEC encoded data stream using a pulse amplitude modulation, PAM, scheme having an order M greater than two to provide a modulated data stream; a pre-coder configured to perform channel pre-equalization and power limiting on the modulated data stream to provide a pre-coded data stream; and a TX linear filter configured to adjust the pre-coded data stream to compensate for high-frequency attenuation of the channel to provide the output data stream.
A fitting for coupling a duct ring of a ducted-rotor aircraft to a stator, the fitting comprising: a body that defines: a first attachment interface configured to couple to the structure of the duct ring; a second attachment interface configured to couple to the stator; and a third attachment interface that is configured to at least partially receive a spindle that is rotatably couplable to a fuselage of the aircraft. a first attachment interface configured to couple to the structure of the duct ring; a second attachment interface configured to couple to the stator; and a third attachment interface that is configured to at least partially receive a spindle that is rotatably couplable to a fuselage of the aircraft.
A wearable article continuous in a longitudinal direction and a transverse direction comprising a front elastic belt region, a back elastic belt region, a crotch region, a waist opening, and a pair of leg openings; the crotch region extending longitudinally between the front elastic belt region and the back elastic belt region; the front and back elastic belt (84, 86) regions each comprising a laminate, the laminate comprising an inner sheet, an outer sheet, an elastic member running in the transverse direction, an elastic bonding which continuously bonds the elastic member for at least about 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts (84, 86), wherein at least the outer sheet comprises a first repeating pattern of apertures wherein each aperture has an aspect ratio of no more than about 3, preferably no more than about 2.5, a transverse dimension APT of at least about 0.4mm, and a longitudinal dimension APL, wherein APT is at least about 10% greater than APL, the first repeating pattern of apertures spaced apart from each other with a longitudinal pitch DF2 of no more than about 5mm, and spaced apart from each other with a transverse pitch DF1, wherein APL is not larger than 50% of DF2, preferably APL is from about 12% to about 30% of DF2, and wherein the first repeating pattern of apertures have a Longitudinal Orientation, according to the measurements herein. the front and back elastic belt (84, 86) regions each comprising a laminate, the laminate comprising an inner sheet, an outer sheet, an elastic member running in the transverse direction, an elastic bonding which continuously bonds the elastic member for at least about 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts (84, 86), wherein at least the outer sheet comprises a first repeating pattern of apertures wherein each aperture has an aspect ratio of no more than about 3, preferably no more than about 2.5, a transverse dimension APT of at least about 0.4mm, and a longitudinal dimension APL, wherein APT is at least about 10% greater than APL, the first repeating pattern of apertures spaced apart from each other with a longitudinal pitch DF2 of no more than about 5mm, and spaced apart from each other with a transverse pitch DF1, wherein APL is not larger than 50% of DF2, preferably APL is from about 12% to about 30% of DF2, and wherein the first repeating pattern of apertures have a Longitudinal Orientation, according to the measurements herein.
A download booth comprising a local file server operatively connected to a removable disk drive containing, in use, multimedia content, the local file server further comprising a network interface operatively connected to a plurality of wireless access points (416, 422) and a connection manager,wherein the connection manager is configured to authenticate incoming connection requests from a plurality of wireless devices and upon authentication, to temporarily connect each authenticated wireless device to its own access point connection for the duration of a connection session characterised in that: the local file server comprises a connection table containing data relating to concurrent and/or historic connection sessions; and in that the connection manager is configured to queue connection requests (518, 524) when the number of concurrent connection requests (518, 524) exceeds the number of available access points, the connection manager being configured to queue further connection requests (518, 524) dynamically whereby the connection manager populates the connection table with the further connection requests (518, 524): the connection requests containing data indicating the size of a file to be downloaded from the download booth, and wherein the connection manager is configured to prioritise the connection requests (518, 524) according to an estimated aggregated end time (530, 532, 540, 542) for completing the download of the connection requests (518, 524). the local file server comprises a connection table containing data relating to concurrent and/or historic connection sessions; and in that the connection manager is configured to queue connection requests (518, 524) when the number of concurrent connection requests (518, 524) exceeds the number of available access points, the connection manager being configured to queue further connection requests (518, 524) dynamically whereby the connection manager populates the connection table with the further connection requests (518, 524): the connection requests containing data indicating the size of a file to be downloaded from the download booth, and wherein the connection manager is configured to prioritise the connection requests (518, 524) according to an estimated aggregated end time (530, 532, 540, 542) for completing the download of the connection requests (518, 524).
Room air cleaning device for cleaning room air, with a) a plasma generator for generating a non-thermal plasma for treating the room air to be purified with the non-thermal plasma, b) a blower for blowing the room air to be cleaned through the room air cleaning device, and c) a tubular element, the room air to be cleaned entering axially into the tubular element, characterized in that d) the room air to be cleaned leaves the tubular element radially through the air-permeable wall of the tubular element, and e) the plasma generator is arranged in the wall of the tubular element. a) a plasma generator for generating a non-thermal plasma for treating the room air to be purified with the non-thermal plasma, b) a blower for blowing the room air to be cleaned through the room air cleaning device, and c) a tubular element, the room air to be cleaned entering axially into the tubular element, d) the room air to be cleaned leaves the tubular element radially through the air-permeable wall of the tubular element, and e) the plasma generator is arranged in the wall of the tubular element.
A system for testing a circuit, comprising: scan chains comprising scan cells, the scan chains configured, in a test mode, to shift in test patterns (240, 250), apply the test patterns (240, 250) to the circuit, capture test responses of the circuit, and shift out the test responses; a controller comprising storage circuitry, the controller configured to generate a bit-inverting signal based on child test pattern information stored in the storage circuitry; and bit-inverting circuitry coupled to the controller, the bit-inverting circuitry configured to invert bits of a parent test pattern associated with a plurality of shift clock cycles (251, 252, 253) based on the bit-inverting signal to generate a child test pattern during a shift operation, wherein the plurality of shift clock cycles (251, 252, 253) for bit inverting occur every m shift clock cycles, and the child test pattern information comprises information of m and start location of the plurality of shift clock cycles (251, 252, 253) in the shift operation. scan chains comprising scan cells, the scan chains configured, in a test mode, to shift in test patterns (240, 250), apply the test patterns (240, 250) to the circuit, capture test responses of the circuit, and shift out the test responses; a controller comprising storage circuitry, the controller configured to generate a bit-inverting signal based on child test pattern information stored in the storage circuitry; and bit-inverting circuitry coupled to the controller, the bit-inverting circuitry configured to invert bits of a parent test pattern associated with a plurality of shift clock cycles (251, 252, 253) based on the bit-inverting signal to generate a child test pattern during a shift operation, wherein the plurality of shift clock cycles (251, 252, 253) for bit inverting occur every m shift clock cycles, and the child test pattern information comprises information of m and start location of the plurality of shift clock cycles (251, 252, 253) in the shift operation.
Device for post-treating a metal strip, wherein the pickled metal strip coming from a pickling zone is moved in continuous operation through a rinsing zone in which residues of a pickling agent adhering to the surface of the metal strip are removed by spraying on a rinsing agent, wherein the rinsing zone is configured, in the event of an interruption in the continuous operation (strip at a standstill) or of a sharply reduced speed of the strip, to interrupt the spraying-on of the rinsing fluid zone-wise or completely, wherein by means of a unit for generating a liquid mist provided in the rinsing zone the surface of the metal strip can be moistened, wherein the rinsing zone is composed of a plurality of rinsing stages arranged in succession, wherein the unit is provided at least in one of the rinsing stages, characterised in that the unit is arranged on the side walls of said at least one rinsing stage. wherein the rinsing zone is configured, in the event of an interruption in the continuous operation (strip at a standstill) or of a sharply reduced speed of the strip, to interrupt the spraying-on of the rinsing fluid zone-wise or completely, wherein by means of a unit for generating a liquid mist provided in the rinsing zone the surface of the metal strip can be moistened, wherein the rinsing zone is composed of a plurality of rinsing stages arranged in succession, wherein the unit is provided at least in one of the rinsing stages, characterised in that the unit is arranged on the side walls of said at least one rinsing stage.
Method for manufacturing coated panels of the type which comprises at least a substrate and a top layer, provided on this substrate, with a motif, wherein the method for realizing the top layer comprises at least two steps, namely, a first step in which a synthetic material layer is provided on the substrate, and a second step in which a relief is provided on the surface of said synthetic material layer, such that in the finally formed coated panel said synthetic material layer extends over substantially the entire surface of said substrate, wherein material of said synthetic material layer remains present in the deeper structural relief parts of said top layer, characterized in that said relief shows a pattern of recesses and/or protrusions, wherein said pattern is at least partially determined by means of a light-projection technique which projects an image onto said synthetic material layer or which comprises a moving light beam with which a surface of said synthetic material layer can be scanned point by point, wherein the projected light hardens portions of said synthetic material layer, whereas unexposed portions of said synthetic material layer are removed and form recesses between the hardened portions.
An active vibration control device configured to control the position of a body, the device comprising: at least one sensor configured to provide input signals corresponding to movement of the body in at least one direction; a rotary motor configured to control the position of the body, and a linkage comprising at least two pivotably-joined links (150, 180) connecting the rotary motor to the body, the linkage configured to convert rotary motion output from the motor into a linear motion of the body, a controller which, based on the input signals from the at least one sensor, provides control signals to the rotary motor which acts through the linkage to position the body in the at least one direction, characterized in that the linkage is arranged as a Hoeken's linkage. at least one sensor configured to provide input signals corresponding to movement of the body in at least one direction; a rotary motor configured to control the position of the body, and a linkage comprising at least two pivotably-joined links (150, 180) connecting the rotary motor to the body, the linkage configured to convert rotary motion output from the motor into a linear motion of the body, a controller which, based on the input signals from the at least one sensor, provides control signals to the rotary motor which acts through the linkage to position the body in the at least one direction,
A process for characterizing a copolymer of ethylene and vinyl acetate using a differential calorimetry analysis technique, characterized in that said process comprises the steps consisting in: - subjecting a sample of said EVA copolymer to a heat treatment, by temperature increases and decreases at constant rate, between a lower limit temperature of -80°C and an upper limit temperature of 120°C, preferably between -70°C and 100°C, to obtain a thermogram, - on the thermogram obtained, detecting a temperature zone corresponding to a crystallization temperature zone, - characterizing the crystallization temperature zone, presented in the form of a crystallization peak, said peak being determined by a maximum temperature (Tc) of said peak, a start temperature (Td) of said peak, a temperature of crossing (Tt) of two straight lines tangent to the descending slope of said peak and a shape factor of said peak, - comparing said crystallization temperature zone with a corresponding crystallization temperature zone on reference thermograms, or with a corresponding temperature zone of crystallization temperatures on thermograms of other samples, - as a function of the result of the comparison, determining one or more characteristic values of said sample of EVA copolymer, one of which is a degree of crosslinking of said sample and one is a vinyl acetate content of said sample. - subjecting a sample of said EVA copolymer to a heat treatment, by temperature increases and decreases at constant rate, between a lower limit temperature of -80°C and an upper limit temperature of 120°C, preferably between -70°C and 100°C, to obtain a thermogram, - on the thermogram obtained, detecting a temperature zone corresponding to a crystallization temperature zone, - characterizing the crystallization temperature zone, presented in the form of a crystallization peak, said peak being determined by a maximum temperature (Tc) of said peak, a start temperature (Td) of said peak, a temperature of crossing (Tt) of two straight lines tangent to the descending slope of said peak and a shape factor of said peak, - comparing said crystallization temperature zone with a corresponding crystallization temperature zone on reference thermograms, or with a corresponding temperature zone of crystallization temperatures on thermograms of other samples, - as a function of the result of the comparison, determining one or more characteristic values of said sample of EVA copolymer, one of which is a degree of crosslinking of said sample and one is a vinyl acetate content of said sample.
An isolated crystalline form of N-[4-(2,4-difluorophenoxy)-3-(6-methyl-7-oxo-6,7-dihydro-1H-pyrrolo[2,3-c]pyridin-4-yl)phenyl]ethanesulfonamide, wherein the crystalline form has a powder X-ray diffraction pattern comprising three or more 2θ peak values ± 0.2 selected from the group consisting of: 6.2°, 9.0°, 12.3°, 12.6°, 15.6°, 22.1°, 25.6°, 26.3°, 27.0°, and 27.3°.
Twin tyre anti-skid chain, comprising a continuous chain mesh that extends over the treads of the two tyres when assembled on the twin tyre and comprises a structure of pentagons and hexagons, a side of the pentagon or hexagon forming a track line that extends in the circumferential direction, characterised in that the pentagons or hexagons succeed one another in the circumferential direction and alternatingly extend from the track line on the tread of one tyre over the tread of the other tyre at least as far as the tyre shoulder of the other tyre.
A Type II CRISPR-Cas9-associated split-nexus polynucleotide composition comprising: a first Type II CRISPR-Cas9-associated split-nexus polynucleotide comprising a 5' end and a 3' end (sn1-casPN) comprising, in the 5' to 3' direction, a first stem element nucleotide sequence I and a nexus stem element nucleotide sequence I; a second Type II CRISPR-Cas9-associated split-nexus polynucleotide comprising a 5' end and a 3' end (sn2-casPN) comprising, in the 5' to 3' direction, a nexus stem element nucleotide sequence II, wherein the nexus stem element nucleotide sequence I of the sn1-casPN and the nexus stem element nucleotide sequence II of the sn2-casPN are capable of forming a nexus stem element by base-pair hydrogen bonding between the nexus stem element nucleotide sequence I and the nexus stem element nucleotide sequence II; and a third Type II CRISPR-Cas9-associated split-nexus polynucleotide comprising a 5' end and a 3' end (sn3-casPN) comprising, in the 5' to 3' direction, a nucleic acid target binding sequence and a first stem element nucleotide sequence II, wherein the first stem element nucleotide sequence I of the sn1-casPN and the first stem element nucleotide sequence II of the sn3-casPN are capable of forming a first stem element by base-pair hydrogen bonding between the first stem element nucleotide sequence I and the first stem element nucleotide sequence II. a first Type II CRISPR-Cas9-associated split-nexus polynucleotide comprising a 5' end and a 3' end (sn1-casPN) comprising, in the 5' to 3' direction, a first stem element nucleotide sequence I and a nexus stem element nucleotide sequence I; a second Type II CRISPR-Cas9-associated split-nexus polynucleotide comprising a 5' end and a 3' end (sn2-casPN) comprising, in the 5' to 3' direction, a nexus stem element nucleotide sequence II, wherein the nexus stem element nucleotide sequence I of the sn1-casPN and the nexus stem element nucleotide sequence II of the sn2-casPN are capable of forming a nexus stem element by base-pair hydrogen bonding between the nexus stem element nucleotide sequence I and the nexus stem element nucleotide sequence II; and a third Type II CRISPR-Cas9-associated split-nexus polynucleotide comprising a 5' end and a 3' end (sn3-casPN) comprising, in the 5' to 3' direction, a nucleic acid target binding sequence and a first stem element nucleotide sequence II, wherein the first stem element nucleotide sequence I of the sn1-casPN and the first stem element nucleotide sequence II of the sn3-casPN are capable of forming a first stem element by base-pair hydrogen bonding between the first stem element nucleotide sequence I and the first stem element nucleotide sequence II.
Worktable that, specially applicable to facilitate cutting pieces of porcelain or other materials, and configured by a base board of rectangular plan that is supported on fixed legs or height-regulable legs, where at least, a first supporting board is coupled to that base board that is laterally hinged to one of its sides with capability to be downwards folded is characterized in that the hinged connection of the supporting board with respect to the base board has cushioning means that allow that the supporting board returns to its horizontal position and coplanar to the base board when pressure is no longer exercised.