mhurhangee/patent-ind-claim-en huggingface dataset:
An optical communication cross-connection device for exchanging an OTN signal through optical communications, comprising: a plurality of OTN signal processing units (100/300) for asynchronously conducting OTN signal processing; and a space switch connected between the plurality of OTN signal processing units, for conducting bidirectional signal exchange for the OTN signal, wherein a first OTN signal processing unit and a second OTN signal processing unit that conduct signal transmission among the plurality of OTN signal processing units subject the OTN signal to skew processing on one side and deskew processing corresponding to the skew processing on another side between the first OTN signal processing unit and the second OTN signal processing unit or between a communicating end-side of one of the first OTN signal processing unit and the second OTN signal processing unit and a communicating end-side OTN signal processing unit of another optical communication cross-connection device of a communication counterpart destination with respect to the optical communication cross-connection device, and share a clock for the signal transmission therebetween. a plurality of OTN signal processing units (100/300) for asynchronously conducting OTN signal processing; and a space switch connected between the plurality of OTN signal processing units, for conducting bidirectional signal exchange for the OTN signal, wherein a first OTN signal processing unit and a second OTN signal processing unit that conduct signal transmission among the plurality of OTN signal processing units subject the OTN signal to skew processing on one side and deskew processing corresponding to the skew processing on another side between the first OTN signal processing unit and the second OTN signal processing unit or between a communicating end-side of one of the first OTN signal processing unit and the second OTN signal processing unit and a communicating end-side OTN signal processing unit of another optical communication cross-connection device of a communication counterpart destination with respect to the optical communication cross-connection device, and share a clock for the signal transmission therebetween.
A lithium-ion battery comprising a positive electrode plate, a negative electrode plate, a separator and an electrolyte, the positive electrode plate comprising a positive current collector and a positive film, the positive film being provided on at least one surface of the positive current collector and comprising a positive active material, the negative electrode plate comprising a negative current collector and a negative film, the negative film being provided on at least one surface of the negative current collector and comprising a negative active material; wherein the positive active material comprises a layered lithium-containing compound; the negative active material comprises graphite; the positive film and the negative film satisfy a relationship 0.3≤(OI c ×PD c )/(OI a ×PD a )≤20.0; the OI value of the positive film represented by OI c is 10~70; OI c represents an OI value of the positive film, and OI c =C 003 /C 110 , C 003 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the positive electrode plate, C 110 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the positive electrode plate; PD c represents a pressing density of the positive film with a unit of g/dm 3 ; OI a represents an OI value of the negative film, and OI a =C 004 /C 110 , C 004 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the negative electrode plate, C 110 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the negative electrode plate; PDa represents a pressing density of the negative film with a unit of g/dm 3 . the positive active material comprises a layered lithium-containing compound; the negative active material comprises graphite; the positive film and the negative film satisfy a relationship 0.3≤(OI c ×PD c )/(OI a ×PD a )≤20.0; the OI value of the positive film represented by OI c is 10~70; OI c represents an OI value of the positive film, and OI c =C 003 /C 110 , C 003 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the positive electrode plate, C 110 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the positive electrode plate; PD c represents a pressing density of the positive film with a unit of g/dm 3 ; OI a represents an OI value of the negative film, and OI a =C 004 /C 110 , C 004 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the negative electrode plate, C 110 represents characteristic diffraction peak area of crystal plane in X-ray diffraction pattern measured according to the description of the negative electrode plate; PDa represents a pressing density of the negative film with a unit of g/dm 3 .
Mask (M) for digital operation and printing, comprising the following layers: • a porous structural support layer ; • a cover layer ; • a mask material placed in between the structural layer and the cover layer characterized in that the mask material can be positioned relatively in between the layers and thus constituting a reconfigurable mask. • a porous structural support layer ; • a cover layer ; • a mask material placed in between the structural layer and the cover layer
A method performed by a wireless device for controlling power for an uplink, UL, control channel, the method comprising: receiving a first transmit power control, TPC, command; receiving a second TPC command; and determining a power for an UL control channel transmission based on at least the first TPC command, the second TPC command, and a current UL control channel power adjustment state; and transmitting information via the UL control channel according to the determined power; wherein the TPC commands are received in a downlink, DL, control information, DCI, message associated with DL data transmissions occurring at different time intervals; characterized by that wherein determining a power for an UL control channel transmission based on at least the first TPC command, the second TPC command, and a current UL control channel power adjustment state comprises choosing only one of all received TPC commands associated with the UL control channel to update the current UL control channel power adjustment state. receiving a first transmit power control, TPC, command; receiving a second TPC command; and determining a power for an UL control channel transmission based on at least the first TPC command, the second TPC command, and a current UL control channel power adjustment state; and transmitting information via the UL control channel according to the determined power; wherein the TPC commands are received in a downlink, DL, control information, DCI, message associated with DL data transmissions occurring at different time intervals; characterized by that wherein determining a power for an UL control channel transmission based on at least the first TPC command, the second TPC command, and a current UL control channel power adjustment state comprises choosing only one of all received TPC commands associated with the UL control channel to update the current UL control channel power adjustment state.
A downhole expansion apparatus comprising: an expandable element having a monolithic wall structure circumscribing a longitudinal axis (A-A) and enclosing a space for receiving a pressurised fluid for use in inflating the expandable element between a non-expanded configuration and an expanded configuration; the wall structure being formed by additive manufacturing to have an initial non-expanded profile in which a perimeter length of the wall structure is greater than an outer gauge perimeter of the wall structure, the outer gauge perimeter defined by an outer envelope of the wall structure, wherein expansion during inflation is achieved by reforming the initial non-expanded profile of the wall structure to increase the outer gauge perimeter. an expandable element having a monolithic wall structure circumscribing a longitudinal axis (A-A) and enclosing a space for receiving a pressurised fluid for use in inflating the expandable element between a non-expanded configuration and an expanded configuration; the wall structure being formed by additive manufacturing to have an initial non-expanded profile in which a perimeter length of the wall structure is greater than an outer gauge perimeter of the wall structure, the outer gauge perimeter defined by an outer envelope of the wall structure, wherein expansion during inflation is achieved by reforming the initial non-expanded profile of the wall structure to increase the outer gauge perimeter.
A modular cutterbar assembly operably coupleable to a work machine , comprising: a disk hub assembly , at least one module ; a first end cap , a second end cap coupled to the at least one module , the second end cap having an upper surface defined between a first end and a second end; an inner cavity defined in the first end of the second end cap , the inner cavity configured to enclose a drive transfer mechanism; an aperture defined in the upper surface ; and a coupler arm integrally formed with the second end of the second end cap , the coupler arm configured to be coupleable to the work machine , characterized in that a first joint is positioned outside of the aperture relative to the coupler arm by integrally forming the second end cap with the aperture , wherein, the aperture is positioned so a portion of the second end cap completely surrounds, and provides a mounting location for a corresponding disk hub assembly . a disk hub assembly , at least one module ; a first end cap , a second end cap coupled to the at least one module , the second end cap having an upper surface defined between a first end and a second end; an inner cavity defined in the first end of the second end cap , the inner cavity configured to enclose a drive transfer mechanism; an aperture defined in the upper surface ; and a coupler arm integrally formed with the second end of the second end cap , the coupler arm configured to be coupleable to the work machine , characterized in that a first joint is positioned outside of the aperture relative to the coupler arm by integrally forming the second end cap with the aperture , wherein, the aperture is positioned so a portion of the second end cap completely surrounds, and provides a mounting location for a corresponding disk hub assembly .
A method for preparing a sequencing library from a test sample comprising RNA, the method comprising the steps: (a) purifying RNA sequences from a test sample; (b) synthesizing first complementary DNA (cDNA) strands based on the RNA sequences and C-tailing 3 '-end of cDNA strand; (c) annealing a complementary template switching oligonucleotide to the C-tail of the cDNA and ligating the complementary template switching oligonucleotide to the 5'-ends of the RNA sequences to produce RNA templates; and (d) synthesizing a plurality of cDNA strands from the RNA templates using a strand-displacement reverse transcriptase. (a) purifying RNA sequences from a test sample; (b) synthesizing first complementary DNA (cDNA) strands based on the RNA sequences and C-tailing 3 '-end of cDNA strand; (c) annealing a complementary template switching oligonucleotide to the C-tail of the cDNA and ligating the complementary template switching oligonucleotide to the 5'-ends of the RNA sequences to produce RNA templates; and (d) synthesizing a plurality of cDNA strands from the RNA templates using a strand-displacement reverse transcriptase.
An electrode wire for use in an electric discharge machining apparatus, said electrode wire comprising: a copper bearing core ; a coating disposed on said copper bearing core ; said coating includes a substantially continuous overlayer of zinc or epsilon phase brass; characterised in that : - said coating includes dispersed discrete particles of gamma phase brass alloy; - said overlayer entraps the gamma phase brass alloy particles, thereby filling the discontinuities between the gamma phase brass alloy particles. a copper bearing core ; a coating disposed on said copper bearing core ; said coating includes a substantially continuous overlayer of zinc or epsilon phase brass; - said coating includes dispersed discrete particles of gamma phase brass alloy; - said overlayer entraps the gamma phase brass alloy particles, thereby filling the discontinuities between the gamma phase brass alloy particles.
A method for heating or cooling a carbon containing reducing gas having a carbon monoxide content of at least 0.5 vol %, wherein the gas is heated to a temperature of at least 400 °C or wherein the gas is cooled from a temperature exceeding 400 °C, wherein the gas is passed along a surface of a heating or cooling unit, which heating or cooling unit comprises a heat conductive metal or metal alloy body provided with a protective layer, which protective layer provides said surface, and which protective layer is made from a coating composition comprising - colloidal amorphous silicate; - crystalline oxide particles; - optionally an emissivity agent; and - optionally a stabiliser/binding agent. - colloidal amorphous silicate; - crystalline oxide particles; - optionally an emissivity agent; and - optionally a stabiliser/binding agent.
A garment item integrating at least one bidirectional radio-communication module capable of emitting and receiving signals, at least one force sensor placed on the garment item and capable of detecting an effort applied by a wearer of the garment item on the at least one force sensor , at least one warning device capable of emitting a warning signal at least to said wearer, at least one electric battery , and a reprogrammable and configurable digital processing center which is connected to said at least one radio-communication module , to said at least one force sensor , to said at least one warning device and to said battery , said digital processing center being capable of piloting at least one warning device so as to emit a warning signal (MNC, MRC, MER, MAC, MEE, MRE, MME, MOA, MOT, MAO, MOF) subsequently to the reception of an external signal (MES, MTR, MAR, MAN, MIF) by said at least one radio-communication module or subsequently to the detection of at least one sequence of successive efforts (SHI, SHC) on said at least one force sensor ; wherein the digital processing center is capable of piloting said at least one radio-communication module so as to emit a meaningful signal (MES, MAR), subsequently to the detection of at least one sequence of successive efforts (SHI, SHC, SAR) on said force sensor , and said at least one warning device comprises at least one vibrator type warning device placed inside the garment item in order to emit a vibrational warning signal which can be felt by the wearer; said garment item being characterized in that the digital processing center integrates a first conversion table configured to convert predefined sequences of successive efforts (SHI, SHC, SAR) applied by the wearer on the force sensor into respective meaningful signals (MES, MAR) associated to messages; and in that the digital processing center integrates a second conversion table configured to convert predefined external signals (MES, MTR, MAR, MAN, MIF) into respective emission patterns (MME, MOT, MOA, MAO, MOF) of at least one vibrational warning signal. wherein the digital processing center is capable of piloting said at least one radio-communication module so as to emit a meaningful signal (MES, MAR), subsequently to the detection of at least one sequence of successive efforts (SHI, SHC, SAR) on said force sensor , and said at least one warning device comprises at least one vibrator type warning device placed inside the garment item in order to emit a vibrational warning signal which can be felt by the wearer; said garment item being characterized in that the digital processing center integrates a first conversion table configured to convert predefined sequences of successive efforts (SHI, SHC, SAR) applied by the wearer on the force sensor into respective meaningful signals (MES, MAR) associated to messages; and in that the digital processing center integrates a second conversion table configured to convert predefined external signals (MES, MTR, MAR, MAN, MIF) into respective emission patterns (MME, MOT, MOA, MAO, MOF) of at least one vibrational warning signal.
A stent , the stent comprising: an elongated tubular member comprising at least one knitted filament having a plurality of twisted knit stitches with intermediate rung portions extending between adjacent twisted knit stitches, the elongated tubular member configured to move between a collapsed configuration and an expanded configuration; wherein in the collapsed configuration the plurality of twisted knit stitches have a first profile and in the expanded configuration the plurality of twisted knit stitches have a second profile different from the first profile; wherein a length of the intermediate rung portions in the collapsed configuration is less than a length of the intermediate rung portions in the expanded configuration.
Block-type plate heat exchanger comprising a top head , a bottom head , four side panels , and four corner girders , wherein the side panels and the corner girders extend along a longitudinal direction (L) from the bottom head to the top head , wherein each side panel is associated with two corner girders , wherein the top head , the bottom head , the four side panels and the four corner girders are bolted together to form a sealed enclosure for housing a pack of heat exchanging plates, characterised in that at least one of the side panels is divided into at least two separate plates arranged one after another along the longitudinal direction (L), wherein the at least two separate plates include a first separate plate being adapted to be bolted to the top head and a second separate plate being adapted to be bolted to the bottom head , wherein the first separate plate is provided with bolt holes along first, second and third edges and is adapted to be bolted to the top head along a first edge and adapted to be bolted to two associated corner girders along second and third edges of the first separate plate , wherein a fourth edge of the first separate plate is free from bolt holes, and wherein the second separate plate is provided with bolt holes along first, second and third edges and is adapted to be bolted to the bottom head along a first edge and adapted to be bolted to the two associated corner girders along second and third edges of the second separate plate , wherein a fourth edge of the second separate plate is free from bolt holes.
A primer set for a LAMP analysis to detect influenza viruses, wherein the primer set is to detect influenza A or B, wherein the primer set to detect influenza A is a primer set capable of distinguishing and detecting pdm H1N1 subtype of influenza A or a primer set capable of detecting influenza A regardless of subtypes thereof, and wherein the primer set is selected from the group consisting of: an influenza A subtype pdm H1N1-specific primer set consisting of primers having base sequences represented by SEQ numbers 29 to 34, a primer set capable of detecting all subtypes of influenza A consisting of primers having base sequences represented by SEQ numbers 35 to 40, SEQ numbers 41 to 46, or SEQ numbers 46 to 51, and an influenza B-specific primer set consisting of primers having base sequences represented by SEQ numbers 70 to 75. an influenza A subtype pdm H1N1-specific primer set consisting of primers having base sequences represented by SEQ numbers 29 to 34, a primer set capable of detecting all subtypes of influenza A consisting of primers having base sequences represented by SEQ numbers 35 to 40, SEQ numbers 41 to 46, or SEQ numbers 46 to 51, and an influenza B-specific primer set consisting of primers having base sequences represented by SEQ numbers 70 to 75.
A polypeptide, having activity of epimerizing glucuronic acid residues of N-acetyl heparosan to iduronic acid residues and/or activity of epimerizing iduronic acid residues of completely desulfated N-acetylated heparin to glucuronic acid residues, selected from the group consisting of the following (A) to (C): (A) a polypeptide comprising the amino acid sequence (a1) or (a2): (a1) the amino acid sequence defined by amino acid NOs: 1 to 601 in SEQ ID NO: 2, and (a2) the amino acid sequence defined by amino acid NOs: 34 to 601 in SEQ ID NO: 2; (B) a polypeptide comprising the amino acid sequence (a1) but which comprises one or 2 to 60 amino acid residues that are substituted, deleted, inserted, and/or added; or a polypeptide comprising the amino acid sequence (a2) but which comprises one or 2 to 56 amino acid residues that are substituted, deleted, inserted, and/or added; and (C) a polypeptide comprising the amino acid sequence of a fusion polypeptide formed by adding a peptide tag to the polypeptide selected from the group consisting of (A) and (B). (A) a polypeptide comprising the amino acid sequence (a1) or (a2): (a1) the amino acid sequence defined by amino acid NOs: 1 to 601 in SEQ ID NO: 2, and (a2) the amino acid sequence defined by amino acid NOs: 34 to 601 in SEQ ID NO: 2; (a1) the amino acid sequence defined by amino acid NOs: 1 to 601 in SEQ ID NO: 2, and (a2) the amino acid sequence defined by amino acid NOs: 34 to 601 in SEQ ID NO: 2; (B) a polypeptide comprising the amino acid sequence (a1) but which comprises one or 2 to 60 amino acid residues that are substituted, deleted, inserted, and/or added; or a polypeptide comprising the amino acid sequence (a2) but which comprises one or 2 to 56 amino acid residues that are substituted, deleted, inserted, and/or added; and (C) a polypeptide comprising the amino acid sequence of a fusion polypeptide formed by adding a peptide tag to the polypeptide selected from the group consisting of (A) and (B).