mhurhangee/patent-ind-claim-en huggingface dataset:
An actuation mechanism for applying a mechanical diode clutch, comprising: a capsule including a cylindrical body defining an interior chamber , the cylindrical body defining a first opening at a first end and a second opening at a second end thereof; characterized in that the actuation mechanism further comprises a pin having a body and a radially-extending arm , the pin being retained within the interior chamber of the capsule ; an apply spring coupled at one end to the pin ; and a return spring being retained within the interior chamber of the capsule , the return spring being disposed between the pin on one end and the cylindrical body on the opposite end thereof; wherein, both the apply spring and the return spring contact the pin ; wherein, the pin is movable along a substantially linear axis between an apply position and an unapply position; wherein, the return spring substantially surrounds the apply spring ; wherein, the apply spring is a coil spring and the return spring is a conical spring. a capsule including a cylindrical body defining an interior chamber , the cylindrical body defining a first opening at a first end and a second opening at a second end thereof; characterized in that the actuation mechanism further comprises a pin having a body and a radially-extending arm , the pin being retained within the interior chamber of the capsule ; an apply spring coupled at one end to the pin ; and a return spring being retained within the interior chamber of the capsule , the return spring being disposed between the pin on one end and the cylindrical body on the opposite end thereof; wherein, both the apply spring and the return spring contact the pin ; wherein, the pin is movable along a substantially linear axis between an apply position and an unapply position; wherein, the return spring substantially surrounds the apply spring ; wherein, the apply spring is a coil spring and the return spring is a conical spring.
A system, comprising: a catheter having a distal end assembly with at least a first electrode and a second electrode disposed on the distal end assembly ; a processor , which is configured to: receive one or more position signals indicative of (i) a first position of the first electrode coupled to a catheter inserted into a patient organ and (ii) a second position of the second electrode coupled to the catheter; calculate, based on the position signals, a distance between the first and second electrodes; and produce: (i) a first indication, in response to finding that the calculated distance is larger than a first threshold, (ii) a second indication, in response to finding that the calculated distance is smaller than the first threshold and larger than a second threshold, and (iii) a third indication, in response to finding that the calculated distance is smaller than the second threshold; and a display , which is configured to present: (i) a first symbol , in response to receiving the first indication, (ii) a second symbol , in response to receiving the second indication, and (iii) a third symbol , in response to receiving the third indication. a catheter having a distal end assembly with at least a first electrode and a second electrode disposed on the distal end assembly ; a processor , which is configured to: receive one or more position signals indicative of (i) a first position of the first electrode coupled to a catheter inserted into a patient organ and (ii) a second position of the second electrode coupled to the catheter; calculate, based on the position signals, a distance between the first and second electrodes; and produce: (i) a first indication, in response to finding that the calculated distance is larger than a first threshold, (ii) a second indication, in response to finding that the calculated distance is smaller than the first threshold and larger than a second threshold, and (iii) a third indication, in response to finding that the calculated distance is smaller than the second threshold; and receive one or more position signals indicative of (i) a first position of the first electrode coupled to a catheter inserted into a patient organ and (ii) a second position of the second electrode coupled to the catheter; calculate, based on the position signals, a distance between the first and second electrodes; and produce: (i) a first indication, in response to finding that the calculated distance is larger than a first threshold, (ii) a second indication, in response to finding that the calculated distance is smaller than the first threshold and larger than a second threshold, and (iii) a third indication, in response to finding that the calculated distance is smaller than the second threshold; and a display , which is configured to present: (i) a first symbol , in response to receiving the first indication, (ii) a second symbol , in response to receiving the second indication, and (iii) a third symbol , in response to receiving the third indication.
Method for producing a composite of fibrous structures and an adhesive tape comprising a final fixing adhesive, comprising the steps of - temporarily fixing the fibrous structures in a mould and also to one another with an adhesive tape; - introducing the final fixing adhesive, with dissolution of the temporary fixing adhesive in the final fixing adhesive; and - curing the final fixing adhesive, where the adhesive tape comprises a temporary fixing adhesive for a first, temporary fixing of two substrates to one another as the preliminary stage to a second, final fixing of the two substrates, the second, final fixing taking place by means of a final fixing adhesive, and this final fixing adhesive absorbing the temporary fixing adhesive in the course of the second, final fixing, and where the temporary fixing adhesive is a non-crosslinked pressure-sensitive adhesive, thus having a gel index of less than 20%, measured by the method described in the disclosure, and it dissolves in the final fixing adhesive in the course of the second, final fixing, characterized in that the temporary fixing adhesive comprises the following: - at least one polymer selected from the group consisting of polyurethanes, nitrile-butadiene rubbers, polyamides, poly(etheretherketone) (PEEK), poly(sulfone) (PSU) and poly(ethersulfone) (PES) - optionally a tackifying resin - at least one reactive resin, the reactive resin comprising at least one epoxy resin based on bisphenol A, bisphenol S, bisphenol F, an epoxy Novolac, an epoxy-cresol Novolac or an epoxidized nitrile rubber, where the temporary fixing adhesive comprises at least 104 parts, preferably at least 120 parts, of reactive resin, more preferably at least 200 parts of reactive resin, more particularly at least 300 parts of the at least one reactive resin, per 100 parts of polymer and tackifying resin, and where the final fixing adhesive is constructed on the basis of at least one epoxy resin, and the temporary fixing adhesive comprises the same class of reactive resin as the reactive resin of the final fixing adhesive. - temporarily fixing the fibrous structures in a mould and also to one another with an adhesive tape; - introducing the final fixing adhesive, with dissolution of the temporary fixing adhesive in the final fixing adhesive; and - curing the final fixing adhesive, - at least one polymer selected from the group consisting of polyurethanes, nitrile-butadiene rubbers, polyamides, poly(etheretherketone) (PEEK), poly(sulfone) (PSU) and poly(ethersulfone) (PES) - optionally a tackifying resin - at least one reactive resin, the reactive resin comprising at least one epoxy resin based on bisphenol A, bisphenol S, bisphenol F, an epoxy Novolac, an epoxy-cresol Novolac or an epoxidized nitrile rubber, where the temporary fixing adhesive comprises at least 104 parts, preferably at least 120 parts, of reactive resin, more preferably at least 200 parts of reactive resin, more particularly at least 300 parts of the at least one reactive resin, per 100 parts of polymer and tackifying resin,
A luminaire controller (100; 500; 800; 900; 1000; 1100) operable for controlling the operation of a luminaire, the luminaire controller (100; 500; 800; 900; 1000; 1100) comprising: a housing (510; 610; 710; 1110); mains input terminals mounted within the housing (510; 610; 710; 1110); a power switch module mounted within the housing (510; 610; 710; 1110) and connected to a mains supply ; a central processing module mounted within the housing (510; 610; 710; 1110); and a communications module mounted within the housing (510; 610; 710; 1110); wherein the luminaire controller (100; 500; 800; 900; 1000; 1100) further comprises a dimming interface mounted within the housing (510; 610; 710; 1110) and controllable by the central processing module , and a sensor module mounted in the housing (510; 610; 710; 1110) and providing control signals to the central processing module in accordance with ambient conditions; characterized in that the luminaire controller is mountable on a '0-10V'-type receptacle provided on the luminaire or on a DALI-type receptacle provided on the luminaire, and in that the dimming interface comprises at least one additional connector for connection with the luminaire. a housing (510; 610; 710; 1110); mains input terminals mounted within the housing (510; 610; 710; 1110); a power switch module mounted within the housing (510; 610; 710; 1110) and connected to a mains supply ; a central processing module mounted within the housing (510; 610; 710; 1110); and a communications module mounted within the housing (510; 610; 710; 1110); wherein the luminaire controller (100; 500; 800; 900; 1000; 1100) further comprises a dimming interface mounted within the housing (510; 610; 710; 1110) and controllable by the central processing module , and a sensor module mounted in the housing (510; 610; 710; 1110) and providing control signals to the central processing module in accordance with ambient conditions; characterized in that the luminaire controller is mountable on a '0-10V'-type receptacle provided on the luminaire or on a DALI-type receptacle provided on the luminaire, and in that the dimming interface comprises at least one additional connector for connection with the luminaire.
An x-ray machine cable comprising: an inner semiconducting layer; a high-voltage insulator; an outer semiconducting layer; a shielding layer; and a sheath on an outer periphery of a cable core portion, wherein the high-voltage insulator is formed of an insulating composition containing 0.5 to 5 parts by mass of an inorganic filler of fumed silica and 100 parts by mass of an olefin-based polymer comprising ethylene-propylene-diene copolymer, and the fumed silica has an average dispersed-particle diameter of 10 nm to 0.9 μm, wherein the average dispersed-particle diameter is determined by forming the insulating composition, sectioning the composition by ultramicrotome under freezing conditions, dyeing the sectioned insulating composition with a metal oxide, forming ultra thin pieces of the dyed insulating composition, observing the ultra thin pieces under a transmission electron microscope to determine diameters of particles and calculating the average value of the particle diameters, wherein the cable has an outside diameter of 14 mm or less and passes an insulation breakdown test comprising applying an AC voltage of 53kV for 200 hours. an inner semiconducting layer; a high-voltage insulator; an outer semiconducting layer; a shielding layer; and a sheath on an outer periphery of a cable core portion, wherein the high-voltage insulator is formed of an insulating composition containing 0.5 to 5 parts by mass of an inorganic filler of fumed silica and 100 parts by mass of an olefin-based polymer comprising ethylene-propylene-diene copolymer, and the fumed silica has an average dispersed-particle diameter of 10 nm to 0.9 μm, wherein the average dispersed-particle diameter is determined by forming the insulating composition, sectioning the composition by ultramicrotome under freezing conditions, dyeing the sectioned insulating composition with a metal oxide, forming ultra thin pieces of the dyed insulating composition, observing the ultra thin pieces under a transmission electron microscope to determine diameters of particles and calculating the average value of the particle diameters, wherein the cable has an outside diameter of 14 mm or less and passes an insulation breakdown test comprising applying an AC voltage of 53kV for 200 hours.
A food package comprising: (a) a support member comprising a multilayer film comprising: (i) at least one starch layer comprising a modified starch and a water soluble polymer selected from the group consisting of polyvinyl acetate, polyvinyl alcohol or mixtures thereof; and (ii) at least one other layer having a water vapour permeability coefficient less than 1 g.mm/m2.24hr.atm measured at 38°C and 90% relative humidity as measured using ASTM F 1249-01, said at least one other layer comprising a polyolefin, polyethylene terephthalate, polyvinyl chloride and polyvinyl dichloride or mixtures thereof; and wherein the total thickness of the at least one starch layer is greater than 30% of the total thickness of the multilayer film and wherein the modified starch has a degree of substitution less than 1.5; and (b) a lidding film wherein the lidding film is sealed to the support member such that a food product is enclosed thereby. (a) a support member comprising a multilayer film comprising: (i) at least one starch layer comprising a modified starch and a water soluble polymer selected from the group consisting of polyvinyl acetate, polyvinyl alcohol or mixtures thereof; and (ii) at least one other layer having a water vapour permeability coefficient less than 1 g.mm/m2.24hr.atm measured at 38°C and 90% relative humidity as measured using ASTM F 1249-01, said at least one other layer comprising a polyolefin, polyethylene terephthalate, polyvinyl chloride and polyvinyl dichloride or mixtures thereof; and wherein the total thickness of the at least one starch layer is greater than 30% of the total thickness of the multilayer film and wherein the modified starch has a degree of substitution less than 1.5; and (i) at least one starch layer comprising a modified starch and a water soluble polymer selected from the group consisting of polyvinyl acetate, polyvinyl alcohol or mixtures thereof; and (ii) at least one other layer having a water vapour permeability coefficient less than 1 g.mm/m2.24hr.atm measured at 38°C and 90% relative humidity as measured using ASTM F 1249-01, said at least one other layer comprising a polyolefin, polyethylene terephthalate, polyvinyl chloride and polyvinyl dichloride or mixtures thereof; and (b) a lidding film wherein the lidding film is sealed to the support member such that a food product is enclosed thereby.
A vacuum cleaner, comprising: a housing , comprising an upper end surface ; a motor unit , disposed inside the housing and configured to produce a suction force; a dust cup , disposed on the housing and configured to collect particles that are sucked in, the dust cup comprising a suction port ; a battery , configured to supply power for the vacuum cleaner; a handle , located on the housing ; and a suction pipe unit having a storage state, in the storage state, the suction pipe unit extends from the suction port on one side of the dust cup over the handle and extends along a length direction of the handle to the other side of the dust cup , wherein the motor unit and the dust cup are arranged along an axial direction of the motor unit , and the battery is disposed on one side of the housing . a housing , comprising an upper end surface ; a motor unit , disposed inside the housing and configured to produce a suction force; a dust cup , disposed on the housing and configured to collect particles that are sucked in, the dust cup comprising a suction port ; a battery , configured to supply power for the vacuum cleaner; a handle , located on the housing ; and a suction pipe unit having a storage state, in the storage state, the suction pipe unit extends from the suction port on one side of the dust cup over the handle and extends along a length direction of the handle to the other side of the dust cup , wherein the motor unit and the dust cup are arranged along an axial direction of the motor unit , and the battery is disposed on one side of the housing .
A method of detecting and responding to a change of channels at a media presentation device , the method comprising: while the media presentation device is presenting media content that was determined to be of a first channel, detecting a threshold mismatch between (i) a query fingerprint stream representing the media content being presented by the media presentation device and (ii) a reference fingerprint stream representing media content of the first channel; and responsive to detecting the threshold mismatch, discontinuing a channel-specific action that is being taken with respect to presentation of the media content by the media presentation device , wherein the media content being presented by the media presentation device was determined to be of the first channel by comparing the query fingerprint stream with the reference fingerprint stream using a first fingerprint comparison interval defining a first rate at which fingerprint comparison is done and, based on the comparing, detecting a match between the query fingerprint stream and the reference fingerprint stream, wherein detecting the threshold mismatch is done by comparing the query fingerprint stream with the reference fingerprint stream using a second fingerprint comparison interval defining a second rate at which fingerprint comparison is done, the second fingerprint comparison interval being shorter than the first fingerprint comparison interval, and wherein the threshold mismatch indicates a likelihood that the media content being presented by the media presentation device is no longer of the first channel. while the media presentation device is presenting media content that was determined to be of a first channel, detecting a threshold mismatch between (i) a query fingerprint stream representing the media content being presented by the media presentation device and (ii) a reference fingerprint stream representing media content of the first channel; and responsive to detecting the threshold mismatch, discontinuing a channel-specific action that is being taken with respect to presentation of the media content by the media presentation device , wherein the media content being presented by the media presentation device was determined to be of the first channel by comparing the query fingerprint stream with the reference fingerprint stream using a first fingerprint comparison interval defining a first rate at which fingerprint comparison is done and, based on the comparing, detecting a match between the query fingerprint stream and the reference fingerprint stream, wherein detecting the threshold mismatch is done by comparing the query fingerprint stream with the reference fingerprint stream using a second fingerprint comparison interval defining a second rate at which fingerprint comparison is done, the second fingerprint comparison interval being shorter than the first fingerprint comparison interval, and wherein the threshold mismatch indicates a likelihood that the media content being presented by the media presentation device is no longer of the first channel.
Semiconductor switching arrangement , having - at least two half-bridge modules that each have an AC voltage connection , a negative DC voltage connection and a positive DC voltage connection , wherein each half-bridge module has two opposing longitudinal surfaces which extend substantially parallel to a connection from one of the DC voltage connections to the alternating voltage connection , and two opposing lateral surfaces, of which one is closer to the AC voltage connection and forms an AC voltage surface ; - a positive DC voltage busbar , a negative DC voltage busbar and at least one AC voltage busbar , wherein the AC voltage connections are electrically interconnected by means of the AC voltage busbar , wherein at least in the region of the AC voltage connections , the positive DC voltage busbar and the negative DC voltage busbar extend over an area containing the AC voltage busbar , wherein two of the at least two half-bridge modules are arranged adjacently such that the AC voltage surfaces are arranged spatially adjacently in relation to one other, oppose their respective AC voltage surface and the AC voltage connections form the innermost connections, wherein the AC voltage busbar forms a busbar arranged closest to the half-bridge modules and the positive and the negative DC voltage busbar form the busbar which is second closest to or furthest from the half-bridge module as a function of the arrangement of the DC voltage connections of the half-bridge module relative to the AC voltage connections , and wherein the AC voltage busbar and the positive and the negative DC voltage busbar for the connection with the respective connections of the half-bridge module are arranged in a penetration-free manner in relation to one another. - at least two half-bridge modules that each have an AC voltage connection , a negative DC voltage connection and a positive DC voltage connection , wherein each half-bridge module has two opposing longitudinal surfaces which extend substantially parallel to a connection from one of the DC voltage connections to the alternating voltage connection , and two opposing lateral surfaces, of which one is closer to the AC voltage connection and forms an AC voltage surface ; - a positive DC voltage busbar , a negative DC voltage busbar and at least one AC voltage busbar ,
A method of managing a plurality of photovoltaic devices (10; 100; 200), each photovoltaic device having one top electrode, one bottom electrode and a pn-junction semiconductor body between the top electrode and the bottom electrode, whereby the top electrode serves for both conducting the DC current generated by photovoltaic device, and applying a voltage pulse, wherein a polarity of an electric field generated across the semiconductor body which results from the voltage pulse has the same direction as a polarity of the electrodes, comprising: applying, through a voltage application means comprising one single output terminal connected to all photovoltaic devices (10; 100; 200) in parallel, a first component of a voltage signal to each of the photovoltaic devices (10; 100; 200), the first component including the voltage pulse and comprising an on state for generating the electric field ; and applying a second component of the voltage signal to the photovoltaic devices (10; 100; 200), the second component comprising an off cycle between adjacent first components. applying, through a voltage application means comprising one single output terminal connected to all photovoltaic devices (10; 100; 200) in parallel, a first component of a voltage signal to each of the photovoltaic devices (10; 100; 200), the first component including the voltage pulse and comprising an on state for generating the electric field ; and applying a second component of the voltage signal to the photovoltaic devices (10; 100; 200), the second component comprising an off cycle between adjacent first components.
A method comprising: forming a first thermally conductive layer on an outer surface of a semiconductor package , wherein forming the first thermally conductive layer comprises: depositing a first material on the outer surface of the semiconductor package ; and depositing a second material on the first material after depositing the first material , wherein the first material comprises at least one of the following: boron nitride, aluminium oxide, silicon carbide, silicon dioxide, or a ceramic material including an oxide or nitride combination. depositing a first material on the outer surface of the semiconductor package ; and depositing a second material on the first material after depositing the first material , boron nitride, aluminium oxide, silicon carbide, silicon dioxide, or a ceramic material including an oxide or nitride combination.