mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: (a) providing a sample comprising a set of double-stranded polynucleotide molecules, each double-stranded polynucleotide molecule including first and second complementary strands; (b) tagging said double-stranded polynucleotide molecules with a set of duplex tags, wherein each duplex tag differently tags said first and second complementary strands of a double-stranded polynucleotide molecule in said set; (c) sequencing at least some of said tagged strands to produce a set of sequence reads; (d) reducing and/or tracking redundancy in said set of sequence reads; (e) sorting sequence reads into paired reads and unpaired reads, wherein (i) each paired read corresponds to sequence reads generated from a first tagged strand and a second differently tagged complementary strand derived from a double-stranded polynucleotide molecule in said set, and (ii) each unpaired read represents a first tagged strand having no second differently tagged complementary strand derived from a double-stranded polynucleotide molecule represented among said sequence reads in said set of sequence reads; (f) determining quantitative measures of (i) said paired reads and (ii) said unpaired reads that map to each of one or more genetic loci; and (g) estimating with a programmed computer processor a quantitative measure of total double-stranded polynucleotide molecules in said set that map to each of said one or more genetic loci based on said quantitative measure of paired reads and unpaired reads mapping to each locus. (a) providing a sample comprising a set of double-stranded polynucleotide molecules, each double-stranded polynucleotide molecule including first and second complementary strands; (b) tagging said double-stranded polynucleotide molecules with a set of duplex tags, wherein each duplex tag differently tags said first and second complementary strands of a double-stranded polynucleotide molecule in said set; (c) sequencing at least some of said tagged strands to produce a set of sequence reads; (d) reducing and/or tracking redundancy in said set of sequence reads; (e) sorting sequence reads into paired reads and unpaired reads, wherein (i) each paired read corresponds to sequence reads generated from a first tagged strand and a second differently tagged complementary strand derived from a double-stranded polynucleotide molecule in said set, and (ii) each unpaired read represents a first tagged strand having no second differently tagged complementary strand derived from a double-stranded polynucleotide molecule represented among said sequence reads in said set of sequence reads; (f) determining quantitative measures of (i) said paired reads and (ii) said unpaired reads that map to each of one or more genetic loci; and (g) estimating with a programmed computer processor a quantitative measure of total double-stranded polynucleotide molecules in said set that map to each of said one or more genetic loci based on said quantitative measure of paired reads and unpaired reads mapping to each locus.
Biodegradable container for horticulture having a troncoconical structure and characterized by being comprised of three components: - vegetable fibers with a lignin content between 60 and 85% (w/w) deriving from fresh grape stalks; - mixtures of amylose and amylopectin corresponding to a starch content between 60 and 80% (w/w) and deriving from industrial processing residues of potatoes, sweet potatoes, carrots, maniocs or mixtures thereof; - hydrophobic extracts containing between 10 and 20% (w/v) of simple lipids, waxes and terpenes, deriving from forestry by-products; according to a proportion which may vary between 6.0:6.0:1.0 and 7.5:4.4:1.1. - vegetable fibers with a lignin content between 60 and 85% (w/w) deriving from fresh grape stalks; - mixtures of amylose and amylopectin corresponding to a starch content between 60 and 80% (w/w) and deriving from industrial processing residues of potatoes, sweet potatoes, carrots, maniocs or mixtures thereof; - hydrophobic extracts containing between 10 and 20% (w/v) of simple lipids, waxes and terpenes, deriving from forestry by-products;
Heating device for heating a fluid , in particular water, having at least one fluid-guiding unit for predefining a flow direction of the fluid , and having at least one heating unit , in particular a heating coil unit, for transferring heat to the fluid , and having at least one fixing unit , in particular clamping unit, for fixing the heating unit within the fluid-guiding unit , wherein the at least one fixing unit is arranged at a bend , for deflecting the fluid , of the fluid-guiding unit , characterized in that the fluid-guiding unit does not have a fixing unit in at least one bend-free portion of the fluid-guiding unit , the at least one heating unit being arranged in said bend-free portion, along a continuous section which corresponds at least substantially to a maximum extent of the bend-free portion .
A motorcycle comprising: a frame ; an engine mounted on the frame ; a front steered wheel ; a rear driving wheel ; a fairing at least partially surrounding the engine and the frame and having a bottom extending under the engine from a front area of the motorcycle toward the rear driving wheel ; and a rear fork hinged to the frame about an axis (A) parallel to a rotation axis of the rear driving wheel and comprising two arms for supporting the rear driving wheel , connected to each other by a joining structure having a rear surface facing the rear driving wheel ; characterized in that a first portion of the rear surface of the joining structure and a rear portion of the fairing , which extends from the bottom toward the rear fork , together form a diffusion channel for an air flow between the rear fork and the rear driving wheel , generated by the forward movement of the motorcycle . a frame ; an engine mounted on the frame ; a front steered wheel ; a rear driving wheel ; a fairing at least partially surrounding the engine and the frame and having a bottom extending under the engine from a front area of the motorcycle toward the rear driving wheel ; and a rear fork hinged to the frame about an axis (A) parallel to a rotation axis of the rear driving wheel and comprising two arms for supporting the rear driving wheel , connected to each other by a joining structure having a rear surface facing the rear driving wheel ;
A method comprising: capturing a plurality of images via an image sensor , wherein the image sensor comprises a plurality of sensor elements, the sensor elements configured to represent respective pixels in the captured plurality of images; wherein the plurality of images are captured with different respective values for at least one property of an optical element , wherein the optical element is coupled to the image sensor; combining the plurality of images into an aggregate image; based on the aggregate image , determining a condition of a particular sensor element of the plurality of sensor elements; mapping the determined condition of the particular sensor element in a sensor element condition map and associating the sensor element condition map with a time; and adjusting, in a payload image , a value of a particular pixel that is associated with the particular sensor element, wherein adjusting the value of the particular pixel is based on the sensor element condition map and a historical record of a plurality of further sensor element condition maps associated with a corresponding plurality of different times. capturing a plurality of images via an image sensor , wherein the image sensor comprises a plurality of sensor elements, the sensor elements configured to represent respective pixels in the captured plurality of images; wherein the plurality of images are captured with different respective values for at least one property of an optical element , wherein the optical element is coupled to the image sensor; combining the plurality of images into an aggregate image; based on the aggregate image , determining a condition of a particular sensor element of the plurality of sensor elements; mapping the determined condition of the particular sensor element in a sensor element condition map and associating the sensor element condition map with a time; and adjusting, in a payload image , a value of a particular pixel that is associated with the particular sensor element, wherein adjusting the value of the particular pixel is based on the sensor element condition map and a historical record of a plurality of further sensor element condition maps associated with a corresponding plurality of different times.
A method for producing a metal nitride and metal carbide, the method comprising: i) contacting at least one metal oxide comprising at least one first metal M 1 with a cyanometallate comprising at least one second metal M 2 to form a reaction mixture, wherein the cyanometallate comprises a dicyanometallate, a tetracyanometallate, a hexacyanometallate, and/or an octacyanometallate; and, ii) subjecting the reaction mixture to a temperature of at least 300°C for a reaction period. i) contacting at least one metal oxide comprising at least one first metal M 1 with a cyanometallate comprising at least one second metal M 2 to form a reaction mixture, wherein the cyanometallate comprises a dicyanometallate, a tetracyanometallate, a hexacyanometallate, and/or an octacyanometallate; and, ii) subjecting the reaction mixture to a temperature of at least 300°C for a reaction period.
A printing apparatus comprising: printing means arranged to perform printing on a sheet; first conveyance means configured to convey the sheet to the printing means with nipping the sheet; second conveyance means provided on a downstream side of the printing means in a conveyance direction of the sheet and configured to convey the sheet with nipping the sheet, the sheet being conveyed by the first conveyance means; third conveyance means provided on a downstream side of the second conveyance means in the conveyance direction and configured to convey the sheet with nipping the sheet; cutting means configured to cut the sheet; and switching means (DU1) configured to switch a nip state of the second conveyance means and a released state in which the nip state is released, characterized in that the cutting means is arranged at a position between the printing means and the second conveyance means in a conveyance path of the sheet, and the switching means (DU1) switches the nip state and the released state in accordance with a length of the sheet from a cut position on the sheet by the cutting means to a leading end of the sheet. printing means arranged to perform printing on a sheet; first conveyance means configured to convey the sheet to the printing means with nipping the sheet; second conveyance means provided on a downstream side of the printing means in a conveyance direction of the sheet and configured to convey the sheet with nipping the sheet, the sheet being conveyed by the first conveyance means; third conveyance means provided on a downstream side of the second conveyance means in the conveyance direction and configured to convey the sheet with nipping the sheet; cutting means configured to cut the sheet; and switching means (DU1) configured to switch a nip state of the second conveyance means and a released state in which the nip state is released, characterized in that the cutting means is arranged at a position between the printing means and the second conveyance means in a conveyance path of the sheet, and the switching means (DU1) switches the nip state and the released state in accordance with a length of the sheet from a cut position on the sheet by the cutting means to a leading end of the sheet.
A delivery system, comprising: a cannula comprising: an elongate tubular member having a lengthwise axis and a circumferential wall extending between a proximal end and a distal end and defining an interior lumen; the elongate tubular member having an intermediate axial portion extending between a proximal axial portion that includes the proximal end and a distal axial portion that includes the distal end; a pattern of openings in the circumferential wall of the elongate tubular member, the pattern of openings comprising a plurality of openings arranged in an interrupted spiral that extends circumferentially along the intermediate axial portion of the elongate tubular member; wherein the proximal axial portion and the distal axial portion are free of the pattern of openings and comprise an uninterrupted circumferential wall; and wherein the proximal portion is longer than the distal portion; an intraluminal medical device disposed on the elongate tubular member; and an elongate outer tubular member defining an outer tubular member lumen; wherein the cannula is disposed within the outer tubular member lumen such that the intraluminal medical device is circumferentially disposed about the cannula and within the outer tubular member lumen. an elongate tubular member having a lengthwise axis and a circumferential wall extending between a proximal end and a distal end and defining an interior lumen; the elongate tubular member having an intermediate axial portion extending between a proximal axial portion that includes the proximal end and a distal axial portion that includes the distal end; a pattern of openings in the circumferential wall of the elongate tubular member, the pattern of openings comprising a plurality of openings arranged in an interrupted spiral that extends circumferentially along the intermediate axial portion of the elongate tubular member; wherein the proximal axial portion and the distal axial portion are free of the pattern of openings and comprise an uninterrupted circumferential wall; and wherein the proximal portion is longer than the distal portion; an intraluminal medical device disposed on the elongate tubular member; and an elongate outer tubular member defining an outer tubular member lumen; wherein the cannula is disposed within the outer tubular member lumen such that the intraluminal medical device is circumferentially disposed about the cannula and within the outer tubular member lumen.
A motion assistance apparatus comprising: a first fixing member configured to attach to a first portion of a user; a second fixing member configured to attach to a second portion of the user; a driving source attached to the first fixing member ; a power transmitting device configured to transmit power from the driving source to the second fixing member ; and a controller configured to control the transmission of the power by the driving source , wherein at least one of the first fixing member and the second fixing member comprises: a first fixing portion and a second fixing portion , the first fixing portion configured to fasten and separate from the second fixing portion , wherein the motion assistance apparatus is characterized by a sensor configured to sense one or more fastened or separated states of respectively the one or more of the first fixing member and the second fixing member , wherein the controller is configured to control the transmission of the power by the driving source based on the sensed fasted or separated state from the sensor . a first fixing member configured to attach to a first portion of a user; a second fixing member configured to attach to a second portion of the user; a driving source attached to the first fixing member ; a power transmitting device configured to transmit power from the driving source to the second fixing member ; and a controller configured to control the transmission of the power by the driving source , wherein at least one of the first fixing member and the second fixing member comprises: a first fixing portion and a second fixing portion , the first fixing portion configured to fasten and separate from the second fixing portion , wherein the motion assistance apparatus is characterized by a sensor configured to sense one or more fastened or separated states of respectively the one or more of the first fixing member and the second fixing member , wherein the controller is configured to control the transmission of the power by the driving source based on the sensed fasted or separated state from the sensor . a first fixing portion and a second fixing portion , the first fixing portion configured to fasten and separate from the second fixing portion , wherein the motion assistance apparatus is characterized by a sensor configured to sense one or more fastened or separated states of respectively the one or more of the first fixing member and the second fixing member , wherein the controller is configured to control the transmission of the power by the driving source based on the sensed fasted or separated state from the sensor .
A drainage device for kitchen and bath facilities, said drainage device comprising: a drainage mechanism (B) and an operating mechanism (A), said drainage mechanism (B) is configured to be placed on a lower outlet of a basin (C), said drainage mechanism (B) comprising: a downspout body (B1) provided with a hinged linkage unit operable to move an upper portion of the linkage in a vertical direction and a guide unit for guiding vertical movement; a pipe cover (B2) connected with an upper portion (B3) of the linkage unit; and a coupling member which is led out from a sidewall of the downspout body, wherein one end of the coupling member is connected with the linkage unit, and the other end of the coupling member is connected with an operating mechanism (A) which is adapted to operate the linkage unit; wherein the linkage unit comprises a lower rocking rod (B62), a middle linking rod (B61) hingedly connected with the lower rocking rod (B62), and a lifting rod (B3) guided by the guide unit, wherein the coupling member is connected with the lower rocking rod (B62), and a lower frame (B63) is provided in the downspout body (B1), wherein a lower end of the lower rocking rod (B62) is hingedly connected with the lower frame (B63); wherein the coupling member comprises a coupling wire (B71) made of steel and a coupling base (B72), wherein the coupling base (B72) is connected with the lower rocking rod (B62), characterized in that a first coupling ball (B73) is provided on one end of the coupling wire and rotatably stuck in the coupling base (B72). a downspout body (B1) provided with a hinged linkage unit operable to move an upper portion of the linkage in a vertical direction and a guide unit for guiding vertical movement; a pipe cover (B2) connected with an upper portion (B3) of the linkage unit; and a coupling member which is led out from a sidewall of the downspout body, wherein one end of the coupling member is connected with the linkage unit, and the other end of the coupling member is connected with an operating mechanism (A) which is adapted to operate the linkage unit; wherein the linkage unit comprises a lower rocking rod (B62), a middle linking rod (B61) hingedly connected with the lower rocking rod (B62), and a lifting rod (B3) guided by the guide unit, wherein the coupling member is connected with the lower rocking rod (B62), and a lower frame (B63) is provided in the downspout body (B1), wherein a lower end of the lower rocking rod (B62) is hingedly connected with the lower frame (B63); wherein the coupling member comprises a coupling wire (B71) made of steel and a coupling base (B72), wherein the coupling base (B72) is connected with the lower rocking rod (B62), characterized in that a first coupling ball (B73) is provided on one end of the coupling wire and rotatably stuck in the coupling base (B72).
An electrical cable assembly comprising first and second electrical cables , each cable comprising a plurality of conductor sets extending along a length (L) of the cable assembly and being spaced apart from each other along a width (W) of the cable assembly , the first electrical cable comprising at least first and second conductor sets each comprising at least two insulated conductors , each conductor set in the second electrical cable comprising at least one insulated conductor , each conductor set in the first and second electrical cable comprising: first and second carrier films disposed on opposite first and second sides of the electrical cable , the first and second carrier films including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second carrier films in combination substantially surround each conductor set , and the pinched portions of the first and second carrier films in combination form pinched portions of the cable on each side of each conductor set ; and an adhesive layer bonding the first and second carrier films in the pinched portions of the cable ; wherein the first and second electrical cables are arranged such that each conductor set of each cable is disposed within a pinched portion of the other cable , and wherein at least one of the first and second electrical cables includes a slot (115a-115d, 125a,-125d) in the pinched portion of the cable that extends through the cable , the slot (115a-115d, 125a,-125d) having a slot width that is not greater than a width of the pinched portion and a slot length that is less than the length of the cable , the slot (115a-115d, 125a,-125d) being sufficiently wide to allow an insulated conductor of a conductor set of the other cable that is disposed in the pinched portion to at least partially penetrate the slot (115a-115d, 125a,-125d). first and second carrier films disposed on opposite first and second sides of the electrical cable , the first and second carrier films including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second carrier films in combination substantially surround each conductor set , and the pinched portions of the first and second carrier films in combination form pinched portions of the cable on each side of each conductor set ; and an adhesive layer bonding the first and second carrier films in the pinched portions of the cable ;
An element for sealing, baffling and/or reinforcing a cavity (C) in a structure of manufacture such as the cavity of a vehicle, comprising: - at least one carrier element , - at least one expandable element , supported by said carrier element , said expandable element comprising a material expandable by heat, humidity, and/or radiation, wherein said expandable material contains a chemical blowing agent for causing an expansion of said expandable material , characterised in that a plurality of microscopic gas bubbles is furthermore contained in said expandable material such that more than 1%, preferably more than 10% of the volume of the expandable material is substituted by gas, wherein said microscopic gas bubbles have a diameter of between 1 and 100 micrometres. - at least one carrier element , - at least one expandable element , supported by said carrier element , said expandable element comprising a material expandable by heat, humidity, and/or radiation, wherein said expandable material contains a chemical blowing agent for causing an expansion of said expandable material ,