mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode drying system comprising: a drying oven configured to dry a solvent in an electrode active material slurry on an electrode sheet in which the electrode active material slurry is applied to a current collector; an air supply member configured to supply air to the drying oven ; and a ventilation member configured to discharge air from the drying oven , wherein at least part of air discharged from the ventilation member is introduced into the air supply member again; wherein the air supply member and the ventilation member communicate with each other; and wherein the electrode drying system further comprises a drain member provided between the ventilation member and the air supply member , characterized in that the drain member is provided in a drain duct inclined downward from the ventilation member and inclined downward from the air supply member . a drying oven configured to dry a solvent in an electrode active material slurry on an electrode sheet in which the electrode active material slurry is applied to a current collector; an air supply member configured to supply air to the drying oven ; and a ventilation member configured to discharge air from the drying oven , wherein at least part of air discharged from the ventilation member is introduced into the air supply member again; wherein the air supply member and the ventilation member communicate with each other; and wherein the electrode drying system further comprises a drain member provided between the ventilation member and the air supply member ,
Kitchen equipment arrangement comprising a glass ceramic worktop , at least one energy transmission element for cooking, in particular a heating element which is arranged below the worktop and/or a communication element for exchanging data, in particular having an apparatus which is arranged on or in the environment of the glass ceramic worktop , wherein the surface of the worktop is more than 1.25 m 2 , and wherein the worktop is produced from a substrate comprising lithium, aluminium and silicon with keatite as a main crystal phase, and wherein a first freely selectable region of the worktop has a colour impression in the L*-a*-b* colour spectrum according to L 1 *, a 1 *, b 1 and a second freely selectable region has a colour impression in the L*-a*-b* colour spectrum according to L 2 *, a 2 *, b 2 , aracterised in that the colour impression difference ΔE in the L*-a*-b* colour spectrum between the first and the second region (2, 2'; 3, 3') of the worktop according to the formula ΔE L 1 ∗ − L 2 ∗ 2 + a 1 ∗ − a 2 ∗ 2 + b 1 ∗ − b 2 ∗ 2 is less than 2.0, preferably less than 1.0.
A process for whitening and removing stains from fabric comprising: the steps of: (a) contacting a soiled item with an aqueous pre-soak solution comprising a composition comprising (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (b) laundering the treated item with a conventional aqueous detergent; wherein said suspension is accomplished by a receptacle and strainer disposed therein. the steps of: (a) contacting a soiled item with an aqueous pre-soak solution comprising a composition comprising (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (b) laundering the treated item with a conventional aqueous detergent; (a) contacting a soiled item with an aqueous pre-soak solution comprising a composition comprising (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (b) laundering the treated item with a conventional aqueous detergent; wherein said suspension is accomplished by a receptacle and strainer disposed therein.
People conveyor comprising: a truss extending between two landing portions ; a band of conveyance elements forming a closed loop extending in a conveyance direction between the two landing portions ; a drive machine configured for driving the band of conveyance elements ; characterized in that the people conveyor further comprises: at least two magneto-inductive sensors mounted to the truss and configured for detecting the position and/or the orientation of the drive machine with respect to the truss . a truss extending between two landing portions ; a band of conveyance elements forming a closed loop extending in a conveyance direction between the two landing portions ; a drive machine configured for driving the band of conveyance elements ; characterized in that the people conveyor further comprises: at least two magneto-inductive sensors mounted to the truss and configured for detecting the position and/or the orientation of the drive machine with respect to the truss .
Rod insertion instrument for inserting a connecting rod into tulips of adjacent pedicle screws as part of a dorsal spine stabilisation, with a holding head arranged at the distal end of the rod insertion instrument to which the connecting rod can be detachably fastened, in particular with fastening means , and a handling section connected thereto, which is formed by two levers connected to the holding head , in particular integrally or rigidly, characterised in that the levers extend away fork-shaped from the holding head and are spaced apart from one another in such a way that when the connecting rod is inserted into the tulips , the pedicle screws and the connection sleeves mounted thereon for provisional fixation of the tulips can be received between them.
A method for preparing liposomes of retinaldehyde that contain, at least partially retinaldehyde as an active agent, at a concentration of 0.01 % to 1 % characterised in that it comprises the following steps: - The active agent, retinaldehyde is solubilised in a compatible solvent along with the lipids where the concentration of lecithin of the lipids may vary from 46 mg/mL to 184 mg/mL. - The polyoxyethylene 20 sorbitan monolaurate in a concentration from 12.5 mg/mL to 50 mg/mL is added to this mixture. - The mixture is added to an aqueous phase, distilled water or saline in the reaction equipment and is homogenised for 30 minutes at a temperature below 35°C and under vacuum. - The product obtained can be used directly or mixed at a ratio of 3:1 or 1:1 with distilled water or saline and a preservative agent. - The resulting solution is filtered through a filter of 0.2 microns. - The active agent, retinaldehyde is solubilised in a compatible solvent along with the lipids where the concentration of lecithin of the lipids may vary from 46 mg/mL to 184 mg/mL. - The polyoxyethylene 20 sorbitan monolaurate in a concentration from 12.5 mg/mL to 50 mg/mL is added to this mixture. - The mixture is added to an aqueous phase, distilled water or saline in the reaction equipment and is homogenised for 30 minutes at a temperature below 35°C and under vacuum. - The product obtained can be used directly or mixed at a ratio of 3:1 or 1:1 with distilled water or saline and a preservative agent. - The resulting solution is filtered through a filter of 0.2 microns.
A computer-implemented method, comprising: computing an optimization factor for a plurality of chunks of source data by: generating a representative bitrate-quality curve that is associated with encoding a representative chunk included in the plurality of chunks, the representative chunk and a representative encoding bitrate being selected based on a cumulative distribution function of encoded bit rates of encoded versions of the plurality of chunks and a predetermined percentile; computing a tangent to the representative curve corresponding to the representative encoding bitrate; and setting the optimization factor equal to a slope of the tangent; generating a logarithmic curve based on a plurality of bitrate-quality points , wherein each point specifies a different visual quality level and a corresponding encoding bitrate for encoding a respective chunk included in the plurality of chunks of source data; computing an encoding bitrate for encoding each respective chunk based on the generated logarithmic curve and the computed optimization factor; and causing each respective chunk to be encoded at the respective encoding bitrate. computing an optimization factor for a plurality of chunks of source data by: generating a representative bitrate-quality curve that is associated with encoding a representative chunk included in the plurality of chunks, the representative chunk and a representative encoding bitrate being selected based on a cumulative distribution function of encoded bit rates of encoded versions of the plurality of chunks and a predetermined percentile; computing a tangent to the representative curve corresponding to the representative encoding bitrate; and setting the optimization factor equal to a slope of the tangent; generating a logarithmic curve based on a plurality of bitrate-quality points , wherein each point specifies a different visual quality level and a corresponding encoding bitrate for encoding a respective chunk included in the plurality of chunks of source data; computing an encoding bitrate for encoding each respective chunk based on the generated logarithmic curve and the computed optimization factor; and causing each respective chunk to be encoded at the respective encoding bitrate.
A slide fastener comprising: a first fastener stringer which comprises a fixing pin ; a second fastener stringer which comprises an insertion pin ; a slider which couples or separates the first and second fastener stringers , and a row of fastener elements formed on the second fastener stringer , wherein the fastener elements are configured to be inserted into the slider when the fixing pin and the insertion pin are coupled in the vertical direction, wherein a first fastening member is provided on the fixing pin , and a second fastening member is provided on the insertion pin and coupled to the first fastening member with directionality, wherein a guide protrusion is formed on one of the first fastening member and the second fastening member , and a guide groove , which corresponds to the guide protrusion , is formed in the other of the first fastening member and the second fastening member , which does not have the guide protrusion , and the second fastener stringer separated from the slider is inserted into the slider when the first fastener stringer and the second fastener stringer are coupled in a vertical direction, characterized by the guide groove being divided into a first section , a second section , which is wider than the first section , and an inclined surface between the first section and the second section . a first fastener stringer which comprises a fixing pin ; a second fastener stringer which comprises an insertion pin ; a slider which couples or separates the first and second fastener stringers , and a row of fastener elements formed on the second fastener stringer , wherein the fastener elements are configured to be inserted into the slider when the fixing pin and the insertion pin are coupled in the vertical direction, wherein a first fastening member is provided on the fixing pin , and a second fastening member is provided on the insertion pin and coupled to the first fastening member with directionality, wherein a guide protrusion is formed on one of the first fastening member and the second fastening member , and a guide groove , which corresponds to the guide protrusion , is formed in the other of the first fastening member and the second fastening member , which does not have the guide protrusion , and the second fastener stringer separated from the slider is inserted into the slider when the first fastener stringer and the second fastener stringer are coupled in a vertical direction, characterized by the guide groove being divided into a first section , a second section , which is wider than the first section , and an inclined surface between the first section and the second section .
A long range coil and power source for a magnetic field generator comprising: a driver circuit having an input electrically coupled to a controller, said driver circuit generating an electric current in response to electrical signals from the controller; and a coil comprising a core and a conductive wire wound about said core characterized in that said conductive wire is wound about said core in a basketweave pattern, wherein a first end and a second end of the conductive wire are electrically coupled to an output of said driver circuit for receiving said electric current to create a magnetic field; a first end cap formed from a non-conductive material covering a first end of the coil and a second end cap formed from a non-conductive material covering a second end of the coil ; wherein each end cap is provided with a plurality of anchor points such that the conductive wire is wound about the anchor points alternating between anchor points on the first end cap and anchor points on the second end cap such that the alternating anchor points are radially offset from one another and the wire is wound about the core in a single direction. a driver circuit having an input electrically coupled to a controller, said driver circuit generating an electric current in response to electrical signals from the controller; and a coil comprising a core and a conductive wire wound about said core characterized in that said conductive wire is wound about said core in a basketweave pattern, wherein a first end and a second end of the conductive wire are electrically coupled to an output of said driver circuit for receiving said electric current to create a magnetic field; a first end cap formed from a non-conductive material covering a first end of the coil and a second end cap formed from a non-conductive material covering a second end of the coil ; wherein each end cap is provided with a plurality of anchor points such that the conductive wire is wound about the anchor points alternating between anchor points on the first end cap and anchor points on the second end cap such that the alternating anchor points are radially offset from one another and the wire is wound about the core in a single direction.
A method for shape sensing with optical fiber, comprising: collecting shape data from an optical fiber shape sensing device ; performing a test on the shape data to determine data positions that exceed an acceptable threshold based on geometrical expectations of the shape data; rejecting the shape data corresponding to the data positions that exceed the acceptable threshold; and rendering acceptable shape data to provide a stable shape sensing data set. collecting shape data from an optical fiber shape sensing device ; performing a test on the shape data to determine data positions that exceed an acceptable threshold based on geometrical expectations of the shape data; rejecting the shape data corresponding to the data positions that exceed the acceptable threshold; and rendering acceptable shape data to provide a stable shape sensing data set.
A motorcycle having a fuel supply device , comprising: a single main frame extending rearward from a head pipe ; a fuel tank supported on the main frame ; an internal combustion engine run on fuel from the fuel tank ; a fuel injection device attached to the internal combustion engine ; and a fuel supply portion having a fuel pump by which the fuel in the fuel tank is supplied to the fuel injection device via a fuel pipe which connects the fuel tank and the fuel pump , wherein the fuel pump is provided on an outside of the fuel tank and is disposed so as to be overlapped on the main frame when viewed sideways of the motorcycle; characterised in that : the fuel pump is attached to the single main frame in such a manner that an axial line (A) in a direction in which to connect the fuel pipe is aligned along the main frame ; and in that an ignition coil for a sparking plug of the internal combustion engine is provided on an opposite side to the fuel supply portion in a vehicle width direction. a single main frame extending rearward from a head pipe ; a fuel tank supported on the main frame ; an internal combustion engine run on fuel from the fuel tank ; a fuel injection device attached to the internal combustion engine ; and a fuel supply portion having a fuel pump by which the fuel in the fuel tank is supplied to the fuel injection device via a fuel pipe which connects the fuel tank and the fuel pump , wherein the fuel pump is provided on an outside of the fuel tank and is disposed so as to be overlapped on the main frame when viewed sideways of the motorcycle; characterised in that : the fuel pump is attached to the single main frame in such a manner that an axial line (A) in a direction in which to connect the fuel pipe is aligned along the main frame ; and in that an ignition coil for a sparking plug of the internal combustion engine is provided on an opposite side to the fuel supply portion in a vehicle width direction. the fuel pump is attached to the single main frame in such a manner that an axial line (A) in a direction in which to connect the fuel pipe is aligned along the main frame ; and in that an ignition coil for a sparking plug of the internal combustion engine is provided on an opposite side to the fuel supply portion in a vehicle width direction.
An electromagnetic flowmeter assembly comprising: a magnetic flowmeter configured to couple to a process pipe at a coupling point and measure a flowrate of a flow of process fluid, the magnetic flowmeter having flowmeter electronics , a liner, and a pair of electrodes coupled to the flowmeter electronics and being disposed to measure an electrical characteristic of the process fluid flowing through the liner; and a conductive polymer reference connection spaced from the pair of electrodes and configured to contact the process fluid, the conductive polymer reference connection being coupled to the flowmeter electronics ; wherein the conductive polymer reference connection comprises a conductive polymer section molded into the liner of the magnetic flowmeter; and wherein the conductive polymer reference connection comprises a ring. a magnetic flowmeter configured to couple to a process pipe at a coupling point and measure a flowrate of a flow of process fluid, the magnetic flowmeter having flowmeter electronics , a liner, and a pair of electrodes coupled to the flowmeter electronics and being disposed to measure an electrical characteristic of the process fluid flowing through the liner; and a conductive polymer reference connection spaced from the pair of electrodes and configured to contact the process fluid, the conductive polymer reference connection being coupled to the flowmeter electronics ; wherein the conductive polymer reference connection comprises a conductive polymer section molded into the liner of the magnetic flowmeter; and wherein the conductive polymer reference connection comprises a ring.
A battery cell , comprising: an electrode main body , in which a positive electrode and a negative electrode, in which an electrode mixture is coated on at least one surface of a metallic current collector, and a separation film interposed between the positive electrode and the negative electrode are wound together; a metal can , which accommodates the electrode main body together with an electrolyte solution; and a sealing tape , which is attached to an exterior surface of the electrode main body so as to fix a distal end portion of the wound electrode main body , and includes a heat conductive material accelerating heat conduction between the electrode main body and the metal can , wherein: the sealing tape includes: a first conductive layer including the heat conductive material; and a second conductive layer , which includes an adhesive and bonds the first conductive layer to the exterior surface of the electrode main body , and wherein: the second conductive layer includes heat conductive pigment particles dispersed within the adhesive . an electrode main body , in which a positive electrode and a negative electrode, in which an electrode mixture is coated on at least one surface of a metallic current collector, and a separation film interposed between the positive electrode and the negative electrode are wound together; a metal can , which accommodates the electrode main body together with an electrolyte solution; and a sealing tape , which is attached to an exterior surface of the electrode main body so as to fix a distal end portion of the wound electrode main body , and includes a heat conductive material accelerating heat conduction between the electrode main body and the metal can , wherein: the sealing tape includes: a first conductive layer including the heat conductive material; and a second conductive layer , which includes an adhesive and bonds the first conductive layer to the exterior surface of the electrode main body , and wherein: the second conductive layer includes heat conductive pigment particles dispersed within the adhesive . a first conductive layer including the heat conductive material; and a second conductive layer , which includes an adhesive and bonds the first conductive layer to the exterior surface of the electrode main body , and wherein: the second conductive layer includes heat conductive pigment particles dispersed within the adhesive .
A magnetic structure for a magnetic tunnel junction device, the magnetic structure comprising: a free layer , a tunnel barrier layer , a reference layer , a hard magnetic layer , and an inter-layer stack arranged between the hard magnetic layer and the reference layer , the inter-layer stack including a first ferromagnetic sub-layer , a second ferromagnetic sub-layer and a non-magnetic spacer sub-layer , wherein the non-magnetic spacer sub-layer is arranged in contact with and between the first ferromagnetic sub-layer and the second ferromagnetic sub-layer , wherein a magnetization direction of the reference layer is fixed by the hard magnetic layer and the inter-layer stack , characterised in that the non-magnetic spacer sub-layer is adapted to provide a ferromagnetic coupling of a magnetization of the first ferromagnetic sub-layer and a magnetization of the second ferromagnetic sub-layer . a free layer , a tunnel barrier layer , a reference layer , a hard magnetic layer , and an inter-layer stack arranged between the hard magnetic layer and the reference layer , the inter-layer stack including a first ferromagnetic sub-layer , a second ferromagnetic sub-layer and a non-magnetic spacer sub-layer , wherein the non-magnetic spacer sub-layer is arranged in contact with and between the first ferromagnetic sub-layer and the second ferromagnetic sub-layer , wherein a magnetization direction of the reference layer is fixed by the hard magnetic layer and the inter-layer stack , characterised in that the non-magnetic spacer sub-layer is adapted to provide a ferromagnetic coupling of a magnetization of the first ferromagnetic sub-layer and a magnetization of the second ferromagnetic sub-layer .