mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical joint comprising: a first conductive component ; a second conductive component spaced apart from said first conductive component ; and a thermal cooling interface for electrically coupling said first conductive component to said second conductive component , said thermal cooling interface comprising: a base plate coupled to the first conductive component wherein said thermal cooling interface is positioned between the first and second conductive components and wherein the first conductive component , said thermal cooling interface , and the second conductive component are electrically coupled in series; characterized in that the thermal cooling interface further comprises: a plurality of walls , each wall of the plurality of walls extending orthogonally from said base plate towards the second conductive component and connected thereto, said plurality of walls , the base plate , and the second conductive component cooperatively defining a plurality of enclosed cooling channels therebetween to channel air therethrough to facilitate cooling the first and second conductive components . a first conductive component ; a second conductive component spaced apart from said first conductive component ; and a thermal cooling interface for electrically coupling said first conductive component to said second conductive component , said thermal cooling interface comprising: a base plate coupled to the first conductive component wherein said thermal cooling interface is positioned between the first and second conductive components and wherein the first conductive component , said thermal cooling interface , and the second conductive component are electrically coupled in series; characterized in that the thermal cooling interface further comprises: a plurality of walls , each wall of the plurality of walls extending orthogonally from said base plate towards the second conductive component and connected thereto, said plurality of walls , the base plate , and the second conductive component cooperatively defining a plurality of enclosed cooling channels therebetween to channel air therethrough to facilitate cooling the first and second conductive components . a base plate coupled to the first conductive component wherein said thermal cooling interface is positioned between the first and second conductive components and wherein the first conductive component , said thermal cooling interface , and the second conductive component are electrically coupled in series; characterized in that the thermal cooling interface further comprises: a plurality of walls , each wall of the plurality of walls extending orthogonally from said base plate towards the second conductive component and connected thereto, said plurality of walls , the base plate , and the second conductive component cooperatively defining a plurality of enclosed cooling channels therebetween to channel air therethrough to facilitate cooling the first and second conductive components .
A cylinder for holding an article to be worn to assist with printing a graphic onto the article, comprising: an outer surface of the cylinder, the outer surface having a length along a longitudinal direction of the cylinder and the cylinder having a diameter; a first recess disposed in the outer surface of the cylinder; a fluid line for receiving a partial vacuum; a plurality of ports disposed along a bottom surface of the first recess; wherein the fluid line and the plurality of ports are in fluid communication to provide a negative pressure to hold the article in place on the cylinder; and wherein the cylinder is configured to rotate to expose an exterior surface of the article to a printer for printing. an outer surface of the cylinder, the outer surface having a length along a longitudinal direction of the cylinder and the cylinder having a diameter; a first recess disposed in the outer surface of the cylinder; a fluid line for receiving a partial vacuum; a plurality of ports disposed along a bottom surface of the first recess; wherein the fluid line and the plurality of ports are in fluid communication to provide a negative pressure to hold the article in place on the cylinder; and wherein the cylinder is configured to rotate to expose an exterior surface of the article to a printer for printing.
Fastening point in which rails (S1,S2) provided for railways vehicles, said rails each comprising a rail foot (Sfl,Sf2), a rail web standing on the rail foot (Sfl,Sf2) and a rail head borne by the rail web are fastened, comprising: - a firm base (U), - two guide plates , which guide the respective assigned rails (S1,S2) to be fastened on one of its longitudinal sides, and two packing plates (P1,P2,P101-P103'), on each of which one of the guide plates sits, wherein the packing plates (P1,P2,P101- P103') each extend under the rail foot (Sfl,Sf2) of the assigned rail (S1,S2), wherein a bridge plate is arranged between the packing plates (P1,P2,P101-P103'), which bridge plate fills a distance found between the front faces assigned to one another of two packing plates (P1,P2,P101- P103') arranged adjacently to one another, characterised in that the rails (S1,S2) are two rails arranged adjacently to one another which, in plane view, enclose an acute angle between them, and in that the bridge plate is arranged between a packing plate (P1;P102,P102') which is assigned to the one rail (S1,S2) and a packing plate (P2;P103,P103') which is assigned to the other rail (S1,S2). - a firm base (U), - two guide plates , which guide the respective assigned rails (S1,S2) to be fastened on one of its longitudinal sides,
An electronic cryptographic device (100; 200), comprising - a cache memory configured to cache a further memory , the cache memory being an SRAM memory configurable as a cache or as a directly addressable memory, the cache memory being configured as a directly addressable memory upon power-up of the device, the cache memory comprising a PUF content upon power-up, the cryptographic device being configured to derive a cryptographic key from the PUF content, and to configure the cache memory as a cache, - a mask storage configured for storing a mask, - a mask generator configured to generate the mask and to store the mask in the mask storage, - a cache write mechanism configured to write a content of the further memory in the cache memory masked with the mask stored in the mask storage, - a cache read mechanism configured to read a content of the cache memory unmasked with the mask stored in the mask storage. - a cache memory configured to cache a further memory , the cache memory being an SRAM memory configurable as a cache or as a directly addressable memory, the cache memory being configured as a directly addressable memory upon power-up of the device, the cache memory comprising a PUF content upon power-up, the cryptographic device being configured to derive a cryptographic key from the PUF content, and to configure the cache memory as a cache, - a mask storage configured for storing a mask, - a mask generator configured to generate the mask and to store the mask in the mask storage, - a cache write mechanism configured to write a content of the further memory in the cache memory masked with the mask stored in the mask storage, - a cache read mechanism configured to read a content of the cache memory unmasked with the mask stored in the mask storage.
A catheter blood pump, the catheter blood pump including a plurality of fixed-diameter tubes that are inserted into a patient's vascular system, the catheter blood pump comprising: a fixed-diameter impeller having a first diameter; a drive cable operatively coupled to a motor at a proximal end thereof, and operatively coupled to the fixed-diameter impeller at a distal end thereof; a sheath, wherein the sheath has a second diameter, which is the outer diameter thereof and the largest diameter of any of the plurality of fixed-diameter tubes, and wherein the first diameter is at least as large as the second diameter; and an impeller housing having: (a) a collapsed state wherein the impeller housing resides with the sheath, and (b) an expanded state wherein the impeller housing is external to the sheath and has an inner diameter greater than the first diameter. a fixed-diameter impeller having a first diameter; a drive cable operatively coupled to a motor at a proximal end thereof, and operatively coupled to the fixed-diameter impeller at a distal end thereof; a sheath, wherein the sheath has a second diameter, which is the outer diameter thereof and the largest diameter of any of the plurality of fixed-diameter tubes, and wherein the first diameter is at least as large as the second diameter; and an impeller housing having: (a) a collapsed state wherein the impeller housing resides with the sheath, and (b) an expanded state wherein the impeller housing is external to the sheath and has an inner diameter greater than the first diameter. (a) a collapsed state wherein the impeller housing resides with the sheath, and (b) an expanded state wherein the impeller housing is external to the sheath and has an inner diameter greater than the first diameter.
A method of making an article of footwear , comprising: positioning a sheet of upper material within a chamber , the sheet dividing the chamber into a first compartment on a first side of the sheet and a second compartment on a second side of the sheet ; applying an environmental pressure differential across the sheet of upper material to conform the sheet of upper material to a first portion of a footwear last and a second portion of the footwear last, thereby forming a first upper portion and a second upper portion of the article of footwear, wherein the first portion of the footwear last and the second portion of the footwear last are in the first compartment ; joining the first upper portion and the second upper portion to form an upper of the article of footwear ; and assembling the article of footwear including fixedly attaching the upper of the article of footwear to a sole structure. positioning a sheet of upper material within a chamber , the sheet dividing the chamber into a first compartment on a first side of the sheet and a second compartment on a second side of the sheet ; applying an environmental pressure differential across the sheet of upper material to conform the sheet of upper material to a first portion of a footwear last and a second portion of the footwear last, thereby forming a first upper portion and a second upper portion of the article of footwear, wherein the first portion of the footwear last and the second portion of the footwear last are in the first compartment ; joining the first upper portion and the second upper portion to form an upper of the article of footwear ; and assembling the article of footwear including fixedly attaching the upper of the article of footwear to a sole structure.
Biomedical device for carrying out an arterial catheterization comprising a catheter assembly , a Seldinger assembly , an outer sheath assembly configured to contain thereinside both said catheter assembly and said Seldinger assembly when the device is assembled before its use, at least a cannula-needle integral to the Seldinger assembly , valve means to avoid blood backflow and safety means for needle clamping , protection means for the needle , said catheter assembly comprising a thin tube , a nearly cylindrically shaped end provided with a couple of side wings , an inner cavity obtained in said end , said device being characterized in that said valve means and said safety means are located inside said outer sheath assembly in the inner cavity obtained in said cylindrical end of the catheter assembly .
A piping structure comprising: a first pipe including a first pipe main body that forms a part of a flow path therein and a first flange that projects from the first pipe main body to an outer peripheral side; a second pipe including a second pipe main body that forms a part of the flow path therein and a second flange that projects from the second pipe main body to an outer peripheral side and faces the first flange ; a bellows disposed to surround an entire circumference between the first flange and the second flange ; and an excitation force reducing portion disposed to separate the flow path and the bellows in a space between the first flange and the second flange , and formed of a stretchable porous material, wherein a first end of the excitation force reducing portion is fixed to the first flange and a second end of the excitation force reducing portion is fixed to the second flange , characterized in that the excitation force reducing portion is disposed inside the bellows in a radial direction at a distance from the bellows and has an annular shape that surrounds the flow path, an outer peripheral portion of the excitation force reducing portion is separated radially inside from an entire inner peripheral surface of the bellows in a gas flow direction, which is a direction in which the gas flows inside the piping structure , and a space having an annular shape is formed over an entire area between the excitation force reducing portion and the bellows in the gas flow direction. a first pipe including a first pipe main body that forms a part of a flow path therein and a first flange that projects from the first pipe main body to an outer peripheral side; a second pipe including a second pipe main body that forms a part of the flow path therein and a second flange that projects from the second pipe main body to an outer peripheral side and faces the first flange ; a bellows disposed to surround an entire circumference between the first flange and the second flange ; and an excitation force reducing portion disposed to separate the flow path and the bellows in a space between the first flange and the second flange , and formed of a stretchable porous material, wherein a first end of the excitation force reducing portion is fixed to the first flange and a second end of the excitation force reducing portion is fixed to the second flange , characterized in that the excitation force reducing portion is disposed inside the bellows in a radial direction at a distance from the bellows and has an annular shape that surrounds the flow path, an outer peripheral portion of the excitation force reducing portion is separated radially inside from an entire inner peripheral surface of the bellows in a gas flow direction, which is a direction in which the gas flows inside the piping structure , and a space having an annular shape is formed over an entire area between the excitation force reducing portion and the bellows in the gas flow direction.
An aqueous ink, for ink jet recording, comprising a pigment and a urethane resin, wherein the urethane resin comprises units respectively derived from a polyisocyanate, a polyol having no acid group, a polyol having acid group and a primary monoalcohol; the urethane resin has an acid value based on the unit present at a molecular terminal of the urethane resin and derived from the polyol having acid group of 20 mgKOH/g or less; and a rate (mol%) of the urethane bond formed by units derived from the polyisocyanate and the primary monoalcohol accounting for the total of the urethane bond and the urea bond in the urethane resin is 10 mol% or more to 15 mol% or less. the urethane resin comprises units respectively derived from a polyisocyanate, a polyol having no acid group, a polyol having acid group and a primary monoalcohol; the urethane resin has an acid value based on the unit present at a molecular terminal of the urethane resin and derived from the polyol having acid group of 20 mgKOH/g or less; and a rate (mol%) of the urethane bond formed by units derived from the polyisocyanate and the primary monoalcohol accounting for the total of the urethane bond and the urea bond in the urethane resin is 10 mol% or more to 15 mol% or less.
A flame-resistant spun yarn comprising: 50 to 95 parts by weight of a sulfonated polyoxadiazole based staple fiber comprising repeat units of Formula (I) and one or both of Formula (II) and (IIa): wherein Formula (I) is present at 5 molar % to 50 molar %, based on the total amount of sulfonated naphthalene polyoxadiazole based staple fiber, and wherein Q is H or SO 3 M, and M is one or more cations; and 5 to 50 parts by weight of a textile staple fiber having limiting oxygen index of 24 or greater and a tenacity of 2 grams per denier or greater, based on the total amount of the polymeric fiber and the textile fiber in the yarn. wherein Formula (I) is present at 5 molar % to 50 molar %, based on the total amount of sulfonated naphthalene polyoxadiazole based staple fiber, and wherein Q is H or SO 3 M, and M is one or more cations; and 5 to 50 parts by weight of a textile staple fiber having limiting oxygen index of 24 or greater and a tenacity of 2 grams per denier or greater, based on the total amount of the polymeric fiber and the textile fiber in the yarn.
A diesel exhaust fluid (DEF) for reducing nitrogen oxides in diesel exhaust streams while also reducing the deposition of urea and/or urea decomposition compounds in diesel exhaust systems of engines that use DEF and require selective catalytic reduction, the DEF comprising: about 15 wt. % to about 40 wt % urea; substantially purified water; and a compound additive that generates water in the diesel exhaust streams at temperatures greater than 100°C, interferes with competing reactions that would otherwise prevent decomposition of urea or produce undesired decomposition deposit compounds including biuret, cyanuric acid, ammelide, ammeline, and melamine, or both generates water and interferes with the competing reactions, characterized in that the compound additive is a sugar. about 15 wt. % to about 40 wt % urea; substantially purified water; and a compound additive that generates water in the diesel exhaust streams at temperatures greater than 100°C, interferes with competing reactions that would otherwise prevent decomposition of urea or produce undesired decomposition deposit compounds including biuret, cyanuric acid, ammelide, ammeline, and melamine, or both generates water and interferes with the competing reactions, characterized in that the compound additive is a sugar.
An active noise-cancelling earphone, comprising: an Eartip configured to be worn at least partially within an external auditory canal, the Eartip including a tip area at an ear end of the Eartip ; a speaker ; a frontal volume adj acent to the speaker in a direction of sound propagation, where the frontal volume couples to the tip area , or the frontal volume couples to a speaker channel that in turn couples to the tip area ; and a microphone of an active noise cancelling circuit that is configured to output to the speaker , characterised in a tube , being a connecting acoustic channel, coupling the tip area to an additional volume defined within the earphone and providing for a low-pass characteristic and improving the operational stability of the ANC system. an Eartip configured to be worn at least partially within an external auditory canal, the Eartip including a tip area at an ear end of the Eartip ; a speaker ; a frontal volume adj acent to the speaker in a direction of sound propagation, where the frontal volume couples to the tip area , or the frontal volume couples to a speaker channel that in turn couples to the tip area ; and a microphone of an active noise cancelling circuit that is configured to output to the speaker , characterised in a tube , being a connecting acoustic channel, coupling the tip area to an additional volume defined within the earphone and providing for a low-pass characteristic and improving the operational stability of the ANC system.
A wearable sensor enclosure comprising: a proximal component configured to be attached to an item or a wearer; and a distal component configured to be attached to the proximal component, wherein the distal component comprises: a perimeter in a first plane and an outer lip running along the perimeter, and a surface within the perimeter and coupled to the outer lip at a transition section that has a concave curved shape, wherein the surface protrudes away from the first plane to form an internal cavity between the proximal component and the distal component. a proximal component configured to be attached to an item or a wearer; and a distal component configured to be attached to the proximal component, wherein the distal component comprises: a perimeter in a first plane and an outer lip running along the perimeter, and a surface within the perimeter and coupled to the outer lip at a transition section that has a concave curved shape, a perimeter in a first plane and an outer lip running along the perimeter, and a surface within the perimeter and coupled to the outer lip at a transition section that has a concave curved shape, wherein the surface protrudes away from the first plane to form an internal cavity between the proximal component and the distal component.
A rocket-based armament launchable from a tubular launcher that comprises - an effective payload ; and a rocket motor that is structurally connected to the effective payload and is adapted from the time of its ignition to propel the effective payload ; and a pyrotechnic assembly that has been adapted, once actuated, to eject the rocket motor and said effective payload from said tubular launcher and to ignite said rocket motor ; and wherein said rocket armament is characterized in that - said armament also comprises - a. a gas dispersion assembly , which when said rocket armament is not encased in the tubular launcher , prevents the ignition of said rocket motor even if said pyrotechnic assembly is actuated; and b. a cutting and separation assembly that is actuated by the pressure of said rocket motor gases for mechanically cutting the structural connection between the rocket motor and the effective payload and separate them during their flight. a rocket motor that is structurally connected to the effective payload and is adapted from the time of its ignition to propel the effective payload ; and a pyrotechnic assembly that has been adapted, once actuated, to eject the rocket motor and said effective payload from said tubular launcher and to ignite said rocket motor ; and wherein said rocket armament is characterized in that - said armament also comprises - a. a gas dispersion assembly , which when said rocket armament is not encased in the tubular launcher , prevents the ignition of said rocket motor even if said pyrotechnic assembly is actuated; and b. a cutting and separation assembly that is actuated by the pressure of said rocket motor gases for mechanically cutting the structural connection between the rocket motor and the effective payload and separate them during their flight. a. a gas dispersion assembly , which when said rocket armament is not encased in the tubular launcher , prevents the ignition of said rocket motor even if said pyrotechnic assembly is actuated; and b. a cutting and separation assembly that is actuated by the pressure of said rocket motor gases for mechanically cutting the structural connection between the rocket motor and the effective payload and separate them during their flight.