mhurhangee/patent-ind-claim-en huggingface dataset:
Machine for mounting and/or removing tyres on/from rims of wheels for vehicles comprising a framework , means for dragging a wheel in rotation around a first rotation axis (x-x), said dragging means having a portion for coupling to said framework as well as a portion for working or engaging a rim (W) of a tyred wheel (TW) which projects from said coupling portion in the direction of the front (F) of the machine and away from the rear (R) of the machine, said machine further comprising at least one first arm extending from or supported by said framework and at least one first mounting and/or removal tool supported by said at least one first arm , said at least one first arm being displaceable between at least one first receded or retracted inoperative position, wherein said at least one first tool is in a position closer to the rear (R) of the machine and farther from the front (F) of the machine and at least one second operative position, wherein said at least one first tool is in an advanced position proximal or next to or closer to said front (F) of said machine and farther from said rear (R) of the machine, so that said at least one first tool is designed to act or engage or push on a first side (TW1) of a wheel or better on a first circumferential bead (T1) of a tyre (T) mounted on the means for dragging in rotation which is closer to the coupling portion with respect to a second side (TW2) of the respective wheel (TW) or to a second circumferential bead (T2) of a tyre (T), wherein said first arm and thus said at least one first tool are displaceable between said at least one first inoperative position and said at least one second operative substantially parallel to the rotation axis (x-x) when moving from said at least one first to said at least one second position, wherein said at least one first arm is pivoted or mounted angularly displaceable around a pivoting axis (z-z) with respect to the framework , characterized by the fact that said pivoting axis (z-z) is substantially orthogonal to said first rotation axis (x-x) or to an axis parallel thereto. wherein said first arm and thus said at least one first tool are displaceable between said at least one first inoperative position and said at least one second operative substantially parallel to the rotation axis (x-x) when moving from said at least one first to said at least one second position, wherein said at least one first arm is pivoted or mounted angularly displaceable around a pivoting axis (z-z) with respect to the framework , characterized by the fact that said pivoting axis (z-z) is substantially orthogonal to said first rotation axis (x-x) or to an axis parallel thereto.
A method of operation of a wireless device comprising a first reference crystal oscillator (26-1) that operates at a first reference frequency and a second reference crystal oscillator (26-2) that operates at a second reference frequency that is greater than the first reference frequency, comprising: making a decision to configure a receiver of the wireless device to use the second reference crystal oscillator (26-2); and configuring the receiver of the wireless device to use the second reference crystal oscillator (26-2) in accordance with the decision; characterized in that upon making the decision to configure the receiver of the wireless device to use the second reference crystal oscillator (26-2), causing adaptation of the second reference crystal oscillator (26-2) based on an output of the first reference crystal oscillator (26-1). making a decision to configure a receiver of the wireless device to use the second reference crystal oscillator (26-2); and configuring the receiver of the wireless device to use the second reference crystal oscillator (26-2) in accordance with the decision; characterized in that upon making the decision to configure the receiver of the wireless device to use the second reference crystal oscillator (26-2), causing adaptation of the second reference crystal oscillator (26-2) based on an output of the first reference crystal oscillator (26-1).
An instrument seal , comprising: a single-piece seal body that can be captured between an upper part and a lower part of an instrument guide ; openings in a lower part of the single-piece seal body, each opening being aligned with, and at an oblique angle relative to, a corresponding channel on the instrument guide ; wherein each opening is configured to seal against a respective door in the lower part of the instrument guide and against a respective instrument shaft when the respective instrument shaft is guided by a respective channel and inserted through the respective opening . a single-piece seal body that can be captured between an upper part and a lower part of an instrument guide ; openings in a lower part of the single-piece seal body, each opening being aligned with, and at an oblique angle relative to, a corresponding channel on the instrument guide ; wherein each opening is configured to seal against a respective door in the lower part of the instrument guide and against a respective instrument shaft when the respective instrument shaft is guided by a respective channel and inserted through the respective opening .
A transmitter for communicating data using at least two separate RF channels, the transmitter comprising: - a data stream partitioner configured to partition a data stream of data to be communicated into two or more stream partitions, - two or more modulators configured to each receive a stream partition and to generate modulated data from the received stream partition, - cell exchange circuitry configured to operate in different modes including a channel bonding mode and to assign, in the channel bonding mode, the modulated data generated by the two or more modulators from the received stream partitions to different RF channels for transmission so that on each RF channel modulated data from different stream partitions are transmitted, by applying a matrix V(even) for multiplication with an input vector of two symbols or cells of even index from two different stream partitions after modulation and a matrix V(odd) for multiplication with an input vector of two symbols or cells of odd index from two different stream partitions after modulation, wherein V even = 1 0 0 1 and V odd = 0 1 1 0 . - a data stream partitioner configured to partition a data stream of data to be communicated into two or more stream partitions, - two or more modulators configured to each receive a stream partition and to generate modulated data from the received stream partition, - cell exchange circuitry configured to operate in different modes including a channel bonding mode and to assign, in the channel bonding mode, the modulated data generated by the two or more modulators from the received stream partitions to different RF channels for transmission so that on each RF channel modulated data from different stream partitions are transmitted, by applying a matrix V(even) for multiplication with an input vector of two symbols or cells of even index from two different stream partitions after modulation and a matrix V(odd) for multiplication with an input vector of two symbols or cells of odd index from two different stream partitions after modulation, wherein V even = 1 0 0 1 and V odd = 0 1 1 0 .
A smoking article comprising: a tobacco rod comprising a charge of tobacco material circumscribed by a wrapper ; a filter arranged downstream of the tobacco rod ; a hollow tube defining an inner cavity and attaching the filter to the tobacco rod; wherein an affixing portion of the tobacco rod is received within the inner cavity and secured to the hollow tube by means of a thermally deactivatable adhesive provided on an outer surface of the wrapper or on an inner surface of the hollow tube or on both such that, upon deactivation of the adhesive , at least a portion of the tobacco rod becomes slidable within the hollow tube in relation to the filter , wherein the length of the affixing portion of the tobacco rod is at least about 1 millimetre. a tobacco rod comprising a charge of tobacco material circumscribed by a wrapper ; a filter arranged downstream of the tobacco rod ; a hollow tube defining an inner cavity and attaching the filter to the tobacco rod; wherein an affixing portion of the tobacco rod is received within the inner cavity and secured to the hollow tube by means of a thermally deactivatable adhesive provided on an outer surface of the wrapper or on an inner surface of the hollow tube or on both such that, upon deactivation of the adhesive , at least a portion of the tobacco rod becomes slidable within the hollow tube in relation to the filter , wherein the length of the affixing portion of the tobacco rod is at least about 1 millimetre.
An MCT4 antisense oligonucleotide (ASO), wherein the oligonucleotide has a sequence selected from the following: (a) TCCCATGGCCAGGAGGGTTG (SEQ ID NO:1); (b) GTCCCGGAAGACGCTCAGGT (SEQ ID NO:2); (c) AAGGACGCAGCCACCATGCC (SEQ ID NO:3); (d) TTGGCGTAGCTCACCACGAA (SEQ ID NO:4); (e) AGATGCAGAAGACCACGAGG (SEQ ID NO:5); (f) CCACTCTGGAATGACACGGT (SEQ ID NO:6); (g) GTAGGAGAAGCCAGTGATGAC (SEQ ID NO:7); (h) AGCATGGCCAGCAGGATGGA (SEQ ID NO:8); (i) GGCTGGAAGTTGAGTGCCAA (SEQ ID NO:9); (j) CATGCCGTAGGAGATGCCAA (SEQ ID NO:10); (k) CTCAGGCTGTGGCTCTTTGG (SEQ ID NO:11); TAGCGGTTCAGCATGATGA (SEQ ID NO:12); (m) AGCACGGCCCAGCCCCAGCC (SEQ ID NO:13); (n) GAGCTCCTTGAAGAAGACACT (SEQ ID NO:14); (o) CAGGATGGAGGAGATCCAGG (SEQ ID NO:15); (p) AGACCCCCCACAAGCATGAC (SEQ ID NO:16); (q) GAAGTTGAGTGCCAAACCCAA (SEQ ID NO:17); (r) CCCGTTGGCCATGGGGCGCC (SEQ ID NO:18); (s) GCCAGCCCGTTGGCCATGGG (SEQ ID NO:19); (t) AGGAAGACAGGGCTACCTGC (SEQ ID NO:20); (u) GCACACAGGAAGACAGGGCT (SEQ ID NO:21); (v) CAGGGCACACAGGAAGACAG (SEQ ID NO:22); (w) CAGCAGTTGAGCAGCAGGCC (SEQ ID NO:23); (x) ATGGCCAGGAGGGTTG (SEQ ID NO:46); (y) CATGGCCAGGAGGGTT (SEQ ID NO:47); (z) CCATGGCCAGGAGGGT (SEQ ID NO:48); and (aa) CCCATGGCCAGGAGGG (SEQ ID NO:49). (a) TCCCATGGCCAGGAGGGTTG (SEQ ID NO:1); (b) GTCCCGGAAGACGCTCAGGT (SEQ ID NO:2); (c) AAGGACGCAGCCACCATGCC (SEQ ID NO:3); (d) TTGGCGTAGCTCACCACGAA (SEQ ID NO:4); (e) AGATGCAGAAGACCACGAGG (SEQ ID NO:5); (f) CCACTCTGGAATGACACGGT (SEQ ID NO:6); (g) GTAGGAGAAGCCAGTGATGAC (SEQ ID NO:7); (h) AGCATGGCCAGCAGGATGGA (SEQ ID NO:8); (i) GGCTGGAAGTTGAGTGCCAA (SEQ ID NO:9); (j) CATGCCGTAGGAGATGCCAA (SEQ ID NO:10); (k) CTCAGGCTGTGGCTCTTTGG (SEQ ID NO:11); TAGCGGTTCAGCATGATGA (SEQ ID NO:12); (m) AGCACGGCCCAGCCCCAGCC (SEQ ID NO:13); (n) GAGCTCCTTGAAGAAGACACT (SEQ ID NO:14); (o) CAGGATGGAGGAGATCCAGG (SEQ ID NO:15); (p) AGACCCCCCACAAGCATGAC (SEQ ID NO:16); (q) GAAGTTGAGTGCCAAACCCAA (SEQ ID NO:17); (r) CCCGTTGGCCATGGGGCGCC (SEQ ID NO:18); (s) GCCAGCCCGTTGGCCATGGG (SEQ ID NO:19); (t) AGGAAGACAGGGCTACCTGC (SEQ ID NO:20); (u) GCACACAGGAAGACAGGGCT (SEQ ID NO:21); (v) CAGGGCACACAGGAAGACAG (SEQ ID NO:22); (w) CAGCAGTTGAGCAGCAGGCC (SEQ ID NO:23); (x) ATGGCCAGGAGGGTTG (SEQ ID NO:46); (y) CATGGCCAGGAGGGTT (SEQ ID NO:47); (z) CCATGGCCAGGAGGGT (SEQ ID NO:48); and (aa) CCCATGGCCAGGAGGG (SEQ ID NO:49).
A middle-supported boiler construction comprising a boiler pressure body having a bottom and a roof at a height H from the bottom and at least four planar watertube walls forming a polygonal horizontal cross section with at least four corner sections , and a rigid support steel structure , the boiler pressure body being supported to the rigid support steel structure at a height between the bottom and roof, characterized in that a vertical corner column is attached exteriorly to a respective corner section wherein each of the vertical corner columns is hanging from at least one horizontal auxiliary support beam supported by two adjacent beams of horizontal main support beams at a height region between the bottom and roof, and the supporting of the boiler pressure body is provided by supporting each of the vertical corner columns to the rigid support steel structure at a height from 0.1 H to 0.9 H from the bottom so as to balance vertical loads of the boiler pressure body.
A method for automatically identifying anatomical regions in medical images, the method comprising: generating a signature of an exposed subject , wherein the signature comprises a water equivalent diameter distribution generated from one or more images of the exposed subject; identifying a best matching atlas element from an atlas , wherein the atlas includes a group of atlas elements, each atlas element includes landmarks associated with a set of image data and a signature associated with the set of image data, the signature of the best matching atlas element matches the signature of the exposed subject the best among the atlas; and projecting landmarks of the best matching atlas element onto an image of the exposed subject to generate projected landmarks for the image of the exposed subject. generating a signature of an exposed subject , wherein the signature comprises a water equivalent diameter distribution generated from one or more images of the exposed subject; identifying a best matching atlas element from an atlas , wherein the atlas includes a group of atlas elements, each atlas element includes landmarks associated with a set of image data and a signature associated with the set of image data, the signature of the best matching atlas element matches the signature of the exposed subject the best among the atlas; and projecting landmarks of the best matching atlas element onto an image of the exposed subject to generate projected landmarks for the image of the exposed subject.
A method for producing hydrogen fluoride (HF) comprising the step of (a) reacting calcium fluoride (CaF 2 ) and sulfuric acid (H 2 SO 4 ), the method comprising mixing and reacting CaF 2 and sulfuric acid such that the mixture comprising CaF 2 particles and H 2 SO 4 substantially maintains a form of particulate to obtain HF while supplying H 2 SO 4 to the CaF 2 particles at a flow rate of 0.002-0.07 mol/min relative to 1 mol of CaF 2 to such an amount that the molar ratio of H 2 SO 4 /CaF 2 is 0.9-1.1. (a) reacting calcium fluoride (CaF 2 ) and sulfuric acid (H 2 SO 4 ), the method comprising mixing and reacting CaF 2 and sulfuric acid such that the mixture comprising CaF 2 particles and H 2 SO 4 substantially maintains a form of particulate to obtain HF while supplying H 2 SO 4 to the CaF 2 particles at a flow rate of 0.002-0.07 mol/min relative to 1 mol of CaF 2 to such an amount that the molar ratio of H 2 SO 4 /CaF 2 is 0.9-1.1.
A peritoneal dialysis system comprising: a pump housing ; a cylinder in pneumatic communication with the pump housing; a piston including a piston head slideably sealed within the cylinder; a linear actuator in mechanical communication with the piston; a pressure sensor positioned and arranged to sense a pressure within the pump housing caused by movement of the piston within the cylinder; a fluid inlet valve ; a fluid outlet valve ; a fluid pump chamber including a flexible membrane moved by the pressure within the pump housing when the fluid pump chamber is sealed to the pump housing; a fluid inlet line and a fluid outlet line in fluid communication with the fluid pump chamber ; and a control unit configured to cause (i) the fluid inlet valve and the fluid outlet valve to occlude the fluid inlet line and the fluid outlet line , respectively, while the linear actuator moves the piston to create a positive pressure within the pump housing , the positive pressure measured by the pressure sensor , and (ii) the fluid inlet valve to occlude the fluid inlet line and the fluid outlet valve to open the fluid outlet line , while the linear actuator moves the piston so as to maintain the positive pressure within the pump housing while fluid is pumped out of the fluid pump chamber via the opened fluid outlet line . a pump housing ; a cylinder in pneumatic communication with the pump housing; a piston including a piston head slideably sealed within the cylinder; a linear actuator in mechanical communication with the piston; a pressure sensor positioned and arranged to sense a pressure within the pump housing caused by movement of the piston within the cylinder; a fluid inlet valve ; a fluid outlet valve ; a fluid pump chamber including a flexible membrane moved by the pressure within the pump housing when the fluid pump chamber is sealed to the pump housing; a fluid inlet line and a fluid outlet line in fluid communication with the fluid pump chamber ; and a control unit configured to cause (i) the fluid inlet valve and the fluid outlet valve to occlude the fluid inlet line and the fluid outlet line , respectively, while the linear actuator moves the piston to create a positive pressure within the pump housing , the positive pressure measured by the pressure sensor , and (ii) the fluid inlet valve to occlude the fluid inlet line and the fluid outlet valve to open the fluid outlet line , while the linear actuator moves the piston so as to maintain the positive pressure within the pump housing while fluid is pumped out of the fluid pump chamber via the opened fluid outlet line .
A method for transmitting a synchronization broadcast transmission, comprising: determining a plurality of candidate transmission location corresponding to at least one synchronization signal /physical broadcast channel block, SSB, to be transmitted, wherein a number of the plurality of candidate transmission locations is greater than a number of SSBs in one time interval; generating synchronization broadcast transmission comprising the at least one SSB; and transmitting the generated synchronization broadcast transmission at an idle transmission location of the plurality of candidate transmission locations in a beam sweeping manner; wherein the synchronization broadcast transmission further comprises at least one SSB identifier of the at least one SSB; the at least one SSB identifier is carried in the at least one SSB; and a maximum value of the at least one SSB identifier corresponds to the number of SSBs in the time interval, or the maximum value of the at least one SSB identifier corresponds to the number of the plurality of candidate transmission locations; and wherein the at least one SSB identifier is transmitted through both a demodulation reference signal, DMRS, sequence in a physical broadcast channel, PBCH, in the at least one SSB and data bits in the PBCH. determining a plurality of candidate transmission location corresponding to at least one synchronization signal /physical broadcast channel block, SSB, to be transmitted, wherein a number of the plurality of candidate transmission locations is greater than a number of SSBs in one time interval; generating synchronization broadcast transmission comprising the at least one SSB; and transmitting the generated synchronization broadcast transmission at an idle transmission location of the plurality of candidate transmission locations in a beam sweeping manner; wherein the synchronization broadcast transmission further comprises at least one SSB identifier of the at least one SSB; the at least one SSB identifier is carried in the at least one SSB; and a maximum value of the at least one SSB identifier corresponds to the number of SSBs in the time interval, or the maximum value of the at least one SSB identifier corresponds to the number of the plurality of candidate transmission locations; and wherein the at least one SSB identifier is transmitted through both a demodulation reference signal, DMRS, sequence in a physical broadcast channel, PBCH, in the at least one SSB and data bits in the PBCH.
An optical lens assembly , comprising: an optical lens; and a Pancharatnam Berry Phase ("PBP") element coupled to the optical lens, and configured to provide chromatic aberration correction for the optical lens, wherein an Abbe number of the PBP element and an Abbe number of the optical lens have opposite signs; characterized in that the optical lens further includes: a first optical element ; a second optical element coupled to the first optical element; a linear polarizer disposed at a surface of the second optical element; and a quarter-wave plate optically coupled to the linear polarizer, wherein the linear polarizer is disposed between the second optical element and the quarter-wave plate, and the quarter-wave plate is disposed between the linear polarizer and the PBP element. an optical lens; and a Pancharatnam Berry Phase ("PBP") element coupled to the optical lens, and configured to provide chromatic aberration correction for the optical lens, wherein an Abbe number of the PBP element and an Abbe number of the optical lens have opposite signs; characterized in that the optical lens further includes: a first optical element ; a second optical element coupled to the first optical element; a linear polarizer disposed at a surface of the second optical element; and a quarter-wave plate optically coupled to the linear polarizer, wherein the linear polarizer is disposed between the second optical element and the quarter-wave plate, and the quarter-wave plate is disposed between the linear polarizer and the PBP element. a first optical element ; a second optical element coupled to the first optical element; a linear polarizer disposed at a surface of the second optical element; and a quarter-wave plate optically coupled to the linear polarizer, wherein the linear polarizer is disposed between the second optical element and the quarter-wave plate, and the quarter-wave plate is disposed between the linear polarizer and the PBP element.
A fill adapter for delivery of a medical liquid to a container , the fill adapter characterized in comprising: a body having a distal end , a proximal end , and a central bore extending between the distal end and the proximal end along a longitudinal axis, the central bore having an angled portion at the proximal end of the body such that a diameter of the central portion increases at the angled portion in a direction from the distal end to the proximal end ; and a flow controller comprising a curved distal surface disposed within the central bore at a distal end of the angled portion such that a gap is formed between an outer surface of the flow controller and an inner surface of the central bore , wherein at least a portion of the flow controller is connected to the inner surface of the central bore by one or more spokes having a first end connected to the inner surface of the central bore and a second end connected to the flow controller , and wherein the flow controller directs liquid flowing through the central bore to flow through the gap and along the angled portion of the central bore and down an inner sidewall of the container under a Coand effect. a body having a distal end , a proximal end , and a central bore extending between the distal end and the proximal end along a longitudinal axis, the central bore having an angled portion at the proximal end of the body such that a diameter of the central portion increases at the angled portion in a direction from the distal end to the proximal end ; and a flow controller comprising a curved distal surface disposed within the central bore at a distal end of the angled portion such that a gap is formed between an outer surface of the flow controller and an inner surface of the central bore , wherein at least a portion of the flow controller is connected to the inner surface of the central bore by one or more spokes having a first end connected to the inner surface of the central bore and a second end connected to the flow controller , and wherein the flow controller directs liquid flowing through the central bore to flow through the gap and along the angled portion of the central bore and down an inner sidewall of the container under a Coand effect.