mhurhangee/patent-ind-claim-en huggingface dataset:
A method for storing a medium, in particular a gas, into a pressure storage device , in which the operating pressure, up to which the medium may be stored in the pressure storage device, is determined in the form of a dynamic operating pressure (P dyn ) dependent on the temperature, wherein the dynamic operating pressure (P dyn ) is a variable operating pressure, characterized in that the dynamic operating pressure (P dyn ) is determined on the basis of specified defined dynamic reference temperature values (T ref ), which are assigned to determined points of time, which change in their height at the determined points of time and to which suitable operating pressure values are associated, that the dynamic operating pressure (P dyn ) is changed and/or adjusted and/or adapted at the determined points of time on the basis of the dynamic reference temperature values (T ref ), and that, after the dynamic operating pressure (P dyn ) has been determined, the medium is stored in the pressure storage device maximally up to the dynamic operating pressure (P dyn ).
Method for programming a non-volatile resistive memory comprising a plurality of non-volatile resistive memory cells, each memory cell being able to switch in a reversible manner between: - a first programming state, called "low resistance state", in which the memory cell has an electrical resistance value (R) lower than a first resistance threshold (TH opt ); and - a second programming state, called "high resistance state", in which the memory cell has an electrical resistance value (R) greater than the first resistance threshold (TH opt ); the programming method being characterised in that it comprises a step of determining the first resistance threshold (TH opt ) carried out periodically, the determination step comprising: - a first writing step intended to place a first group of memory cells in the low resistance state, a first number of memory cells of the first group not actually being placed in the low resistance state after the first programming step; and - a second erasing step intended to place a second group of memory cells in the high resistance state, a second number of memory cells of the second group not actually being placed in the high resistance state after the second programming step; the first resistance threshold (TH opt ) being determined so as to minimise a number of programming errors equal to the sum of the first number of memory cells and the second number of memory cells. - a first programming state, called "low resistance state", in which the memory cell has an electrical resistance value (R) lower than a first resistance threshold (TH opt ); and - a second programming state, called "high resistance state", in which the memory cell has an electrical resistance value (R) greater than the first resistance threshold (TH opt ); - a first writing step intended to place a first group of memory cells in the low resistance state, a first number of memory cells of the first group not actually being placed in the low resistance state after the first programming step; and - a second erasing step intended to place a second group of memory cells in the high resistance state, a second number of memory cells of the second group not actually being placed in the high resistance state after the second programming step;
A method of sequencing a target sequence of a target double-stranded nucleic acid immobilized to a surface, comprising (a) contacting the target double-stranded nucleic acid with a Cas9 protein and a guide ribonucleic acid (gRNA) sequence having a portion complementary to the target double-stranded nucleic acid, wherein the gRNA and the Cas9 protein co-localize to the target double-stranded nucleic acid to form a gRNA/Cas9 complex, and wherein the Cas9 protein is a Cas9 nickase which nicks one strand of the target double-stranded nucleic acid to generate a nick site having a 3' end; (b) with a strand of the target double-stranded nucleic acid serving as a template, using a polymerase to extend the 3' end at the nick site to incorporate a plurality of nucleotides into a growing chain complementary to the strand; and (c) optically detecting the plurality of nucleotides incorporated by the polymerase, thereby sequencing the target sequence of the target double-stranded nucleic acid. (a) contacting the target double-stranded nucleic acid with a Cas9 protein and a guide ribonucleic acid (gRNA) sequence having a portion complementary to the target double-stranded nucleic acid, wherein the gRNA and the Cas9 protein co-localize to the target double-stranded nucleic acid to form a gRNA/Cas9 complex, and wherein the Cas9 protein is a Cas9 nickase which nicks one strand of the target double-stranded nucleic acid to generate a nick site having a 3' end; (b) with a strand of the target double-stranded nucleic acid serving as a template, using a polymerase to extend the 3' end at the nick site to incorporate a plurality of nucleotides into a growing chain complementary to the strand; and (c) optically detecting the plurality of nucleotides incorporated by the polymerase, thereby sequencing the target sequence of the target double-stranded nucleic acid.
Pressure-tight hose and fitting assembly (1; 1'; 1"; 1'"; 1""), designed for connecting an apparatus to a supply network, comprising: a flexible hose comprising at least one inner layer made of thermoplastic material and at least one textile or metallic reinforcing layer on the outside of said inner layer ; a fitting made of thermoplastic material and comprising an attachment lug introduced inside an attachment end of said flexible hose , said fitting defining internally a fluid path between a first opening and a second opening at the end of said attachment lug ; a weld between said attachment lug and the inner layer of said flexible hose at said attachment end , which weld locally defines a fluid seal; and an annular fixing member coupled with interference fit on the outside of the attachment end of said flexible hose , said fixing member (15; 15'; 15"; 15"'; 15"") exerting a clamping pressure on said attachment end ; wherein said weld is a spin weld; wherein said reinforcing layer is a braided, spiralled, meshed, netted or otherwise formed layer made from one or more yarns or wires, characterized in that said inner layer is a corrugated hose.
A display device having a capacitive touch panel in front of an image display unit , the touch panel detecting a capacitance change, the display device comprising: a control unit that sets a threshold to be compared to a variation of a capacitance detected by the touch panel to determine whether the touch panel is operated; and a switch that causes the control unit to detect that the display device is held by an operator, wherein the control unit sets the threshold to a different value according to a detection result using the switch , and wherein the control unit sets a threshold for a case where it is detected by the switch that the operator holds the display device to a value lower than a threshold for a case where it is not detected that the operator holds the display device. a control unit that sets a threshold to be compared to a variation of a capacitance detected by the touch panel to determine whether the touch panel is operated; and a switch that causes the control unit to detect that the display device is held by an operator, wherein the control unit sets the threshold to a different value according to a detection result using the switch , and wherein the control unit sets a threshold for a case where it is detected by the switch that the operator holds the display device to a value lower than a threshold for a case where it is not detected that the operator holds the display device.
A computer-implemented method of providing a pathway through a luminal network of a patient, the computer-implemented method comprising: displaying a three-dimensional map of the luminal network; identifying a target on said map; determining a pathway from an entry point to the target; displaying the pathway in the three-dimensional map of the luminal network; detecting at least two luminal intersections; and assigning and displaying waypoints in the tree-dimensional map of the luminal network along the pathway at a point spaced apart from the at least two luminal intersections for use as navigational guidance along the pathway. displaying a three-dimensional map of the luminal network; identifying a target on said map; determining a pathway from an entry point to the target; displaying the pathway in the three-dimensional map of the luminal network; detecting at least two luminal intersections; and assigning and displaying waypoints in the tree-dimensional map of the luminal network along the pathway at a point spaced apart from the at least two luminal intersections for use as navigational guidance along the pathway.
A plaster profile (11', 11", 11′′′), in particular an edge profile, comprising an elongated profile body which is provided for fastening to a wall section to be plastered and which has a closed edge section , preferably a continuously closed edge section , that has an areal strip which is bent over along a corner edge and which is at least regionally configured for an application of a plaster layer , wherein a film which can be plastered over is applied, in particular adhesively bonded, to the edge section , wherein the edge section is rounded, characterized in that the film which can be plastered over is not applied directly to the edge section , but to a plastic head which is in turn attached to the edge section . wherein a film which can be plastered over is applied, in particular adhesively bonded, to the edge section , wherein the edge section is rounded, characterized in that the film which can be plastered over is not applied directly to the edge section , but to a plastic head which is in turn attached to the edge section .
Rubber composition based on at least a reinforcing filler, a crosslinking system, a plasticizing system and an elastomer matrix comprising at least one modified diene elastomer comprising within its structure at least one alkoxysilane group, which is optionally partially or totally hydrolysed to silanol, bonded to the elastomer by the silicon atom, the alkoxysilane group optionally bearing another function bonded to the silicon atom directly or by means of a spacer group, which modified diene elastomer is such that the diene elastomer has a polydispersity index of at least 1.1 and at most 1.6 before modification, and has a Mooney viscosity ranging from 50 to 80 and a glass transition temperature (Tg) of less than or equal to -60°C, and greater than or equal to -110°C.
A braking system for a railroad car including a gauge-adjustable device being able to change positions of wheels at both sides through an unlocking rail and a braking system using pneumatic pressure, characterized in that the braking system comprises first and second distribution valves that are different types, and is configured to be able to selectively supply and discharge a braking pneumatic pressure to the first or second distribution valve in accordance with the kind of a gauge of a railroad on which the railroad car is driven.
Non-therapeutic use of a disinfectant cleaner composition for inactivating and/or reducing viruses on a hard and/or soft surface, wherein the viruses are selected from Adenovirus or Simianvirus 40, the composition comprising: a) at least one quaternary ammonium chloride of N-alkyl dimethyl benzyl ammonium chloride, wherein said alkyl has from 8 to 18 carbon atoms b) at least one bis(3-aminopropyl) alkylamine, wherein said alkyl has from 6 to 18 carbon atoms; wherein the weight-% ratio of a) a quaternary ammonium chloride of N-alkyl dimethyl benzyl ammonium chloride, wherein said alkyl has from 8 to 18 carbon atoms to b) bis(3-aminopropyl) alkylamine, wherein said alkyl has from 6 to 18 carbon atoms, is in the range of > 0.1 : 1 to < 1 : 1. a) at least one quaternary ammonium chloride of N-alkyl dimethyl benzyl ammonium chloride, wherein said alkyl has from 8 to 18 carbon atoms b) at least one bis(3-aminopropyl) alkylamine, wherein said alkyl has from 6 to 18 carbon atoms;
A demand target display device comprising: a dual-purpose scale for indicating time and electrical energy consumption; a time indication unit for indicating time via the dual-purpose scale; an electrical energy consumption acquisition unit for acquiring electrical energy consumed up to the current time within a predetermined time segment for a given target demand value, the predetermined time segment including the current time; a goal achievement indication unit for indicating the relationship between electrical energy consumption within a predetermined time segment recorded via the electrical energy consumption acquisition unit and a target demand value set for such predetermined time segment; an AC signal acquisition unit for acquiring AC signals based on the AC waveform of AC power from a power supply line; a time information generation unit for generating time information based on the acquired AC signals; a transmission unit for transmitting the generated time information via radio waves at least within a housing of the demand target display device; a reception unit for receiving the transmitted time information via radio waves within the housing; and a time indication unit control unit for controlling the time indication unit via the received time information. a dual-purpose scale for indicating time and electrical energy consumption; a time indication unit for indicating time via the dual-purpose scale; an electrical energy consumption acquisition unit for acquiring electrical energy consumed up to the current time within a predetermined time segment for a given target demand value, the predetermined time segment including the current time; a goal achievement indication unit for indicating the relationship between electrical energy consumption within a predetermined time segment recorded via the electrical energy consumption acquisition unit and a target demand value set for such predetermined time segment; an AC signal acquisition unit for acquiring AC signals based on the AC waveform of AC power from a power supply line; a time information generation unit for generating time information based on the acquired AC signals; a transmission unit for transmitting the generated time information via radio waves at least within a housing of the demand target display device; a reception unit for receiving the transmitted time information via radio waves within the housing; and a time indication unit control unit for controlling the time indication unit via the received time information.
An Angptl4 polypeptide derivative having decreased LPL inhibitory activity and increased resistance to cleavage, wherein the Angptl4 polypeptide has at least 95% sequence homology with SEQ ID NO: 9; and wherein positions 39-40 are DK and positions 161-164 are AAVV; positions 39-40 are DA and positions 161-164 are GVVA; positions 39-40 are KE and positions 161-164 are SGGG; or positions 39-40 are AE and positions 161-164 are VAVA. positions 39-40 are DK and positions 161-164 are AAVV; positions 39-40 are DA and positions 161-164 are GVVA; positions 39-40 are KE and positions 161-164 are SGGG; or positions 39-40 are AE and positions 161-164 are VAVA.
A lubricating and cooling device for a bearing of a turbomachine, wherein the lubricating and cooling device is at least partially annular about an axis (X-X) of the lubricating and cooling device, characterised in that the lubricating and cooling device comprises: a first duct which is configured to be in thermal contact with an outer ring of the bearing by at least partially surrounding the outer ring , wherein the first duct comprises a discharge outlet , a second duct which is tilted with respect to the first duct and which is fluidly connected to the first duct , wherein the second duct comprises a lubricating outlet , wherein the first duct is configured to circulate lubricant to the discharge outlet of the lubricant to cool the outer ring , wherein the discharge outlet is configured to discharge lubricant out of the lubricating and cooling device in an opposite direction (Y 4 -Y 4 , Y 5 -Y 5 ) to the direction towards the bearing , wherein the second duct is configured to eject lubricant out of the lubricating and cooling device through the lubricating outlet to the bearing in order to lubricate the bearing . a first duct which is configured to be in thermal contact with an outer ring of the bearing by at least partially surrounding the outer ring , wherein the first duct comprises a discharge outlet , a second duct which is tilted with respect to the first duct and which is fluidly connected to the first duct , wherein the second duct comprises a lubricating outlet ,
Holding device (1") for fastening an insulation to a V-band clamp or to another connecting device for pipe ends to be connected, comprising fastener elements , it being possible for the outer and/or inner circumference of the holding device (1") to be decreased by way of interaction of the fastener elements , and comprising a flexible belt portion , it being possible for the belt portion to be laid as part of an outer shell or in the manner of an outer shell around an insulation , the belt portion being connected indirectly or directly to a cover for receiving a protrusion or fastener of a V-band clamp or another connecting device for pipe ends , characterized in that the two fastener elements are connected to one another by way of a screw connection, a screw being received by way of a thread-bearing screw end in a screw counter-receptacle , and it being possible for the screw to be screwed into the screw counter-receptacle in order to decrease the outer and/or inner circumference of the holding device (1"), the screw being received or being received pivotably by way of its screw end in the rotatable screw counter-receptacle , and being hooked by way of a free end which has a screw head into a hook-in bearing , the rotatable screw counter-receptacle being assigned to the belt portion , and the hook-in bearing being assigned to the cover .
A warm molding method comprising: attaching a powder consisting of a hydroxy fatty acid salt having an average particle diameter of 50 μm or less on a forming surface of a mold; filling a warm molding raw material powder in a mold, the warm molding raw material powder containing metal as a main component and comprising a lubricant which consists of a hydroxy fatty acid salt having an average particle diameter of from 5 μm to 100 μm in a range of from 0.3 wt% to 2 wt%, and conducting a press-molding of the warm molding raw material powder at 70 to 190 °C. attaching a powder consisting of a hydroxy fatty acid salt having an average particle diameter of 50 μm or less on a forming surface of a mold; filling a warm molding raw material powder in a mold, the warm molding raw material powder containing metal as a main component and comprising a lubricant which consists of a hydroxy fatty acid salt having an average particle diameter of from 5 μm to 100 μm in a range of from 0.3 wt% to 2 wt%, and conducting a press-molding of the warm molding raw material powder at 70 to 190 °C.
A shoe sole arrangement, comprising an outsole with an inner sole surface facing the foot side, which is surrounded by a circumferential sole edge , wherein an internal space is formed in the outsole , in which several elastic damping shells facing upwards towards the foot side are formed as an integral part of the outsole , which are arranged with a shell bottom facing the inner sole surface of the outsole and a shell wall surrounding the shell bottom , wherein at least two oppositely arranged perforations are inserted in the shell wall of one or more damping shells , and wherein the damping shells are connected to the outsole via an additional connector .
An identification decoding method for a digital fingerprint code wherein the digital fingerprint code is an identification code which comprises a set of curves wherein a content (CNT) is embedded by a plurality of N-bit data; wherein each possible value of N-bit data has a thickness (T N,i ) and length (L N,i ); and wherein the plurality of N-bit data comprises a first N-bit data (N 1 ), subsequent by a different second N-bit data (N 2 ) on a curve of the set of curves; and wherein the thickness (T N,i,1 ) of value (v N,1 ) of the first N-bit data (N 1 ) on the curve is different from the thickness (T N,i,2 ) of value (v N,2 ) of the second N-bit data (N 2 ) and/or wherein the length (L N,i,1 ) of value (v N,1 ) of the first N-bit data (N 1 ) on the curve is different from the length (L N,i,2 ) of value (v N,2 ) of the second N-bit data (N 2 ); and wherein the identification decoding method comprises the following steps: - capturing the digital fingerprint code by a digital imaging device; and - determining an image captured curve in the image captured digital fingerprint code; and - determining from a set of two-dimensional points (p k ) on the image captured curve a set of thicknesses (t k ) in the perpendicular direction of the image captured curve; and - determining the plurality of N-bit data from the set of thicknesses (t k ) and the location of the set of two-dimensional points (p k ) on the image captured curve; and wherein each curve of the set of curves from the digital fingerprint code is a bounded, non-intersecting, continuous line. - capturing the digital fingerprint code by a digital imaging device; and - determining an image captured curve in the image captured digital fingerprint code; and - determining from a set of two-dimensional points (p k ) on the image captured curve a set of thicknesses (t k ) in the perpendicular direction of the image captured curve; and - determining the plurality of N-bit data from the set of thicknesses (t k ) and the location of the set of two-dimensional points (p k ) on the image captured curve; and
A method of operating a plasma arc torch comprising redirecting a first portion of a working gas that is used to initiate a pilot arc through passageways to form at least a portion of a shield gas flow rather than venting the first portion of the_working gas to atmosphere, characterized in that the first portion of the working gas flows proximally to initiate the pilot arc, and then flows radially outwards before flowing distally towards a tip of the plasma arch torch to form the portion of the shield gas flow .