mhurhangee/ep-ind-claims huggingface dataset:
A medical device system for measuring blood pressure, the system comprising: a pressure sensing guidewire including a pressure sensor and a first optical fiber extending proximally from the pressure sensor; and an optical connector cable including a distal connector capable of being coupled to the guidewire; wherein the optical connector cable includes a second optical fiber that is capable of optically communicating with the first optical fiber; characterised in that the system further comprises a coupler disposed within the distal connector and disposed between the first optical fiber and the second optical fiber, wherein the coupler is a deformable disc or cylinder; and in that the system is configured such that the proximal end of the guidewire can be advanced into the distal connector until the first optical fiber presses against the coupler. a pressure sensing guidewire including a pressure sensor and a first optical fiber extending proximally from the pressure sensor; and an optical connector cable including a distal connector capable of being coupled to the guidewire; wherein the optical connector cable includes a second optical fiber that is capable of optically communicating with the first optical fiber; characterised in that the system further comprises a coupler disposed within the distal connector and disposed between the first optical fiber and the second optical fiber, wherein the coupler is a deformable disc or cylinder; and in that the system is configured such that the proximal end of the guidewire can be advanced into the distal connector until the first optical fiber presses against the coupler.
Quick coupling fitting comprising a first connector and a second connector, said first connector comprises a first thread that is screwed with a second thread of the second connector, said second connector penetrates said first connector co-axially along a longitudinal axis and frontally allowing a fluid to pass through the quick coupling fitting from a hose to another hose when said quick coupling fitting is in a fully screwed position, said first connector comprises an external casing and said second connector comprising an external body, said first connector comprises at least one guide track being integral with said external casing and being disposed along said longitudinal axis, a sliding ring slidably mounted in axle with the external casing and suitable for sliding along said at least one guide track, a screwing ring screwed with said external casing and suitable for passing from a loosened position which allows said sliding ring to axially slide along said at least one guide track, said sliding ring comprises at least one tooth which extends from an annular end of the sliding ring facing towards said second connector, said second connector comprises a locking ring axially mounted with said external body, said locking ring is rotatably mounted with said external body and said locking ring rotates about said longitudinal axis, said locking ring comprises at least one housing which extends from an annular end of the locking ring facing towards said first connector, said at least one tooth is into abutment with said at least one housing in the fully screwed position of the quick coupling fitting, characterized in that the first connector and the second connector are connected to hoses at their ends, and said screwing ring is screwed in contrast with said sliding ring, said screwing ring pushing said sliding ring which slides along the guide track and said sliding ring pushing said at least one tooth of the sliding ring into said at least one housing of the locking ring.
A device for punching a sheet-metal part positioned on a drawing press including a lower frame and an upper frame movable towards the lower frame, and also several punch holders each carrying a punch, each of said punch holders being mounted slidably with respect to the lower frame owing to complementary guide means including a part integral with the punch holder and a part integral with the lower frame, each of the punch holders being able to slide between an inactive position and a working position with respect to the sheet-metal part, the sliding of each punch holder being controlled by the displacement of the upper frame towards the lower frame, characterized in that the part of said guide means integral with the lower frame is movable between an active position in which said part of the guide means is engaged with respect to said part of the guide means integral with the punch holder and an inactive position in which said parts (5, 6) are free with respect to one another.
Hairstyling device of the hair-straightener type comprising: - two arms (2, 3) mounted on a hinge, of which at least one arm comprises a housing representing a proximal end forming a grip area and a distal end integrating a heating plate, said arms (2, 3) being configured to form a crimping element enabling the heating plate to style hair; - at least one accessory (9a, 9b, 9c) detachably assembled on said arm and featuring a base configured to slide along a groove of the arm, the groove being configured to house and support said base; - characterised in that the device comprises a thermal insulation means forming a bearing surface configured to cover at least partially the distal end of said housing, and in that said accessory (9a, 9b, 9c) comprises a connection means securing said thermal insulation means to the base. - two arms (2, 3) mounted on a hinge, of which at least one arm comprises a housing representing a proximal end forming a grip area and a distal end integrating a heating plate, said arms (2, 3) being configured to form a crimping element enabling the heating plate to style hair; - at least one accessory (9a, 9b, 9c) detachably assembled on said arm and featuring a base configured to slide along a groove of the arm, the groove being configured to house and support said base; - characterised in that the device comprises a thermal insulation means forming a bearing surface configured to cover at least partially the distal end of said housing, and in that said accessory (9a, 9b, 9c) comprises a connection means securing said thermal insulation means to the base.
A machine direction oriented multilayer facestock for labels, the facestock comprising a core layer having a first surface and a second surface, a first skin layer adjoined to the first surface of the core layer and a second skin layer adjoined to the second surface of the core layer, wherein the first skin layer is configured to be in contact with the print layer, and the second skin layer is configured to be in contact with the adhesive layer, and wherein the thickness of the first skin layer is 20 to 50 % of the thickness of the second skin layer, which thickness of the second skin layer is between 1 and 10 microns, and wherein the core layer includes propylene homopolymer between 40 and 90 %.
A natural gas recovery system for a liquefied natural gas supply system configured to be mounted on a vehicle, such supply system comprising a first tank, configured to store liquefied natural gas, a liquid phase and a gaseous phase of said natural gas coexisting in the first tank, the recovery system of natural gas comprising a second tank intended to store compressed natural gas, a compressor, adapted to compress in said second tank an excess of gaseous phase of said first tank, wherein said compressor has an inlet operatively connected with said first tank and an outlet operatively connected with said second tank and wherein the system further comprises connection means suitable to connect respective openings of said first and second tanks towards an injection device of a natural gas supply system fuelling an internal combustion engine of the vehicle, said first tank further comprises a first safety valve adapted to place in communication said first tank with the environment, when a pressure inside said first tank exceeds a first predefined pressure threshold and wherein said first safety valve is connected to said first tank and physically separated with respect to the fluid interconnection between said first and second tank. the recovery system of natural gas comprising a second tank intended to store compressed natural gas, a compressor, adapted to compress in said second tank an excess of gaseous phase of said first tank, wherein said compressor has an inlet operatively connected with said first tank and an outlet operatively connected with said second tank and wherein the system further comprises connection means suitable to connect respective openings of said first and second tanks towards an injection device of a natural gas supply system fuelling an internal combustion engine of the vehicle, said first tank further comprises a first safety valve adapted to place in communication said first tank with the environment, when a pressure inside said first tank exceeds a first predefined pressure threshold and wherein said first safety valve is connected to said first tank and physically separated with respect to the fluid interconnection between said first and second tank.
A fixed bed decolorization process for polyunsaturated fatty acid, the fixed bed decolorization process comprising: 1) filling a fixed-bed filler in a decolorization fixed bed, and rinsing the decolorization fixed bed with a dissolving solvent; and then rinsing the decolorization fixed bed with a polyunsaturated fatty acid feedstock or a polyunsaturated fatty acid solution for 1-2 times to obtain a stable decolorization fixed bed; wherein the polyunsaturated fatty acid solution includes the polyunsaturated fatty acid feedstock and the dissolving solvent; 2) mixing the polyunsaturated fatty acid feedstock or the polyunsaturated fatty acid solution with the dissolving solvent together to obtain a mixture; and 3) passing the mixture through an inlet of the decolorization fixed bed to feed, passing the mixture through an outlet of the decolorization fixed bed to discharge, a temperature of the decolorization fixed-bed is 0°C∼150°C, to obtain a decolorized solution; and then recycle solvent from the decolorized solution under reduced pressures or normal pressures, to obtain a decolorized polyunsaturated fatty acid product; wherein the polyunsaturated fatty acid feedstock is selected from the group consisting of free type polyunsaturated fatty acid, methyl ester type polyunsaturated fatty acid, ethyl ester type polyunsaturated fatty acid and glyceride type unsaturated fatty acid; the fixed-bed filler is selected from the group consisting of carclazyte, and silica gel; the dissolving solvent is selected from the group consisting of esters solvent, alcoholes solvent and ketones solvent. 1) filling a fixed-bed filler in a decolorization fixed bed, and rinsing the decolorization fixed bed with a dissolving solvent; and then rinsing the decolorization fixed bed with a polyunsaturated fatty acid feedstock or a polyunsaturated fatty acid solution for 1-2 times to obtain a stable decolorization fixed bed; wherein the polyunsaturated fatty acid solution includes the polyunsaturated fatty acid feedstock and the dissolving solvent; 2) mixing the polyunsaturated fatty acid feedstock or the polyunsaturated fatty acid solution with the dissolving solvent together to obtain a mixture; and 3) passing the mixture through an inlet of the decolorization fixed bed to feed, passing the mixture through an outlet of the decolorization fixed bed to discharge, a temperature of the decolorization fixed-bed is 0°C∼150°C, to obtain a decolorized solution; and then recycle solvent from the decolorized solution under reduced pressures or normal pressures, to obtain a decolorized polyunsaturated fatty acid product;
Umbrella with an umbrella handle and a canopy disposed thereon and extending substantially perpendicular to the umbrella handle, wherein a fan is disposed in the area of the umbrella handle and moves air in the direction of the canopy, wherein the canopy is made substantially of a flexible shell forming a gas-tight air chamber, to which air can be applied by means of the fan, characterized in that the canopy having ventilation nozzles on its side facing in the direction to the umbrella handle.
An aluminum alloy comprising the following composition: Cu: 0.01 wt. % - 0.30 wt. %, Fe: 0.05 wt. % -0.40 wt. %, Mg: 0.05 wt. % -0.8 wt. %, Mn: 0.001 wt. % -2.0 wt. %, Si: 0.05 wt. % -0.25 wt. %, Ti: 0.001 wt. % -0.20 wt. %, Zn: 0.001 wt. % - 0.20 wt. %, Cr: 0 wt. % - 0.05 wt. %, Pb: 0 wt. % -0.005 wt. %, Ca: 0 wt. % -0.03 wt. %, Cd: 0 wt. % -0.004 wt. %, Li: 0 wt. % -0.0001 wt. %, Na: 0 wt. % -0.0005 wt. %, other elements up to 0.03 wt. % individually and up to 0.10 % total, and the remainder Al.
A universal leak detection method for detecting both small and large leaks, the method comprising the steps of: injecting smoke and a detectable gas into a fluid system to pressurize the fluid system, the smoke and detectable gas both being capable of passing through a large leak in the fluid system, and the smoke being inhibited from passing through a small leak in the fluid system and the detectable gas being capable of passing through a small leak in the fluid system; characterized in that the method further comprises detecting a leak by detecting the smoke and the detectable gas, wherein detection of smoke is indicative of the fluid system having a large leak and detection of detectable gas without smoke is indicative of the fluid system having a small leak; wherein the gas detecting step includes the use of a gas detector for detection of the detectable gas. injecting smoke and a detectable gas into a fluid system to pressurize the fluid system, the smoke and detectable gas both being capable of passing through a large leak in the fluid system, and the smoke being inhibited from passing through a small leak in the fluid system and the detectable gas being capable of passing through a small leak in the fluid system; characterized in that the method further comprises detecting a leak by detecting the smoke and the detectable gas, wherein detection of smoke is indicative of the fluid system having a large leak and detection of detectable gas without smoke is indicative of the fluid system having a small leak; wherein the gas detecting step includes the use of a gas detector for detection of the detectable gas.
A protective cover comprising a plurality of essentially L-shaped protective cover segments, which each have a covering leg and a supporting leg, which are arranged in relation to one another in such a manner that they can be moved telescopically against one another, the covering legs of adjacent protective cover segments respectively coming to rest on each other, thus forming an essentially completely closed surface, and comprising at least one flexible belt-shaped or web-shaped connecting element, which connects the supporting legs of the protective cover segments like an accordion in the manner of a bellows, wherein the connecting element comprises at least one edge facing toward the covering leg and at least one edge facing away from the covering leg, wherein at least one elastic restoring element acts on the respective supporting leg in such a manner that a torque is generated and transferred to the supporting leg when the protective cover is telescopically extended, characterised in that the elastic restoring element is an integral component of the connecting element in that the connecting element has flexural rigidity and is connected to the supporting leg in a planar manner along a height portion (h) of the supporting leg wherein the height portion (h) is arranged closer to the edge of the connecting element that faces away from the covering leg than to the edge of the connecting element that faces toward the covering leg. wherein at least one elastic restoring element acts on the respective supporting leg in such a manner that a torque is generated and transferred to the supporting leg when the protective cover is telescopically extended, characterised in that the elastic restoring element is an integral component of the connecting element in that the connecting element has flexural rigidity and is connected to the supporting leg in a planar manner along a height portion (h) of the supporting leg wherein the height portion (h) is arranged closer to the edge of the connecting element that faces away from the covering leg than to the edge of the connecting element that faces toward the covering leg.
A power conversion device for a railway vehicle to supply power to an electric traction motor for driving the railway vehicle, wherein: a power unit, a filter reactor, and a brake resistor are arranged in a storage as devices forming the power conversion device, the power unit contains a semiconductor element and is configured to exert torque control of the traction motor; characterized in that: the power conversion device is suitable for rigging below a floor of the vehicle; the power unit is configured to exert torque control of the traction motor by inversion of DC power to three-phase AC power and conversion of three-phase AC power to DC power; and the storage forms a wind tunnel where a cooling wind flows, and the power unit, the filter reactor, and the brake resistor are arranged in series from a windward side of the cooling wind, in an increasing order of a tolerance value obtained by subtracting a temperature of a device after a temperature rise due to heat generation from a heat resistant temperature of the device. a power unit, a filter reactor, and a brake resistor are arranged in a storage as devices forming the power conversion device, the power unit contains a semiconductor element and is configured to exert torque control of the traction motor; characterized in that: the power conversion device is suitable for rigging below a floor of the vehicle; the power unit is configured to exert torque control of the traction motor by inversion of DC power to three-phase AC power and conversion of three-phase AC power to DC power; and the storage forms a wind tunnel where a cooling wind flows, and the power unit, the filter reactor, and the brake resistor are arranged in series from a windward side of the cooling wind, in an increasing order of a tolerance value obtained by subtracting a temperature of a device after a temperature rise due to heat generation from a heat resistant temperature of the device. the power conversion device is suitable for rigging below a floor of the vehicle; the power unit is configured to exert torque control of the traction motor by inversion of DC power to three-phase AC power and conversion of three-phase AC power to DC power; and the storage forms a wind tunnel where a cooling wind flows, and the power unit, the filter reactor, and the brake resistor are arranged in series from a windward side of the cooling wind, in an increasing order of a tolerance value obtained by subtracting a temperature of a device after a temperature rise due to heat generation from a heat resistant temperature of the device.
A mucosal adhesive pharmaceutical film comprising: a mucoadhesive layer comprising about 0.05% to about 0.5% w/w isotretinoin or a pharmaceutically acceptable salt thereof, and a mucoadhesive, hydrophilic biocompatible polymer; and optionally an occlusive backing layer. a mucoadhesive layer comprising about 0.05% to about 0.5% w/w isotretinoin or a pharmaceutically acceptable salt thereof, and a mucoadhesive, hydrophilic biocompatible polymer; and optionally an occlusive backing layer.
A fluid collection device, comprising: a fluid impermeable barrier defining a chamber, an opening, and an outlet; a fluid permeable membrane extending across the opening; a fluid receiving portion including a portion of the fluid impermeable barrier that at least partially defines the opening; and a longitudinal portion extending from the fluid receiving portion; wherein the fluid collection device exhibits a maximum length measured from a distal tip of the longitudinal portion to an opposing portion of the fluid receiving portion; wherein the fluid receiving portion exhibits a first maximum width measured perpendicular to the maximum length, and the longitudinal portion exhibits a second maximum width measured parallel to the first maximum width, and wherein the first maximum width is greater than the second maximum width; wherein the opening is for positioning adjacent to the urethral opening of an individual; wherein the longitudinal portion has an oblong form and is for positioning against the perineum of the individual; wherein the fluid receiving portion exhibits a generally triangular shape; wherein the longitudinal portion extends from a vertex of the generally triangular shape; and characterised in that the outlet is in the opposing portion of the fluid receiving portion. a fluid impermeable barrier defining a chamber, an opening, and an outlet; a fluid permeable membrane extending across the opening; a fluid receiving portion including a portion of the fluid impermeable barrier that at least partially defines the opening; and a longitudinal portion extending from the fluid receiving portion; wherein the fluid collection device exhibits a maximum length measured from a distal tip of the longitudinal portion to an opposing portion of the fluid receiving portion; wherein the fluid receiving portion exhibits a first maximum width measured perpendicular to the maximum length, and the longitudinal portion exhibits a second maximum width measured parallel to the first maximum width, and wherein the first maximum width is greater than the second maximum width; wherein the opening is for positioning adjacent to the urethral opening of an individual; wherein the longitudinal portion has an oblong form and is for positioning against the perineum of the individual; wherein the fluid receiving portion exhibits a generally triangular shape; wherein the longitudinal portion extends from a vertex of the generally triangular shape; and characterised in that the outlet is in the opposing portion of the fluid receiving portion.
A crystal comprising human glutaminyl cyclase having a characterised space group of C121 and unit cell dimensions of +/- 5% of a = 82.6 Å, b = 63.9 Å, c = 77.5 Å, α = 90.0o, β = 105.7o and γ = 90.0o.
A semiconductor device comprising: a semiconductor substrate that includes a memory cell array region and a peripheral circuit region; a ferroelectric capacitor formed over the semiconductor substrate in the memory cell array region, with a first area and a first width; and a dummy capacitor formed over the semiconductor substrate in the peripheral circuit region, with a layered structure same as a layer structure of the ferroelectric capacitor, with a second area larger than the first area, and with a second width not larger than the first width, wherein the ferroelectric capacitor has opposing side faces and the first width is the minimum width among distances between the side faces which are opposed, and wherein the dummy capacitor has an outer circumferential edge and includes plural slits, and the second width is the minimum distance between adjacent slits and the minimum distance between the slits and the outer circumferential edge of the dummy capacitor. a semiconductor substrate that includes a memory cell array region and a peripheral circuit region; a ferroelectric capacitor formed over the semiconductor substrate in the memory cell array region, with a first area and a first width; and a dummy capacitor formed over the semiconductor substrate in the peripheral circuit region, with a layered structure same as a layer structure of the ferroelectric capacitor, with a second area larger than the first area, and with a second width not larger than the first width, wherein the ferroelectric capacitor has opposing side faces and the first width is the minimum width among distances between the side faces which are opposed, and wherein the dummy capacitor has an outer circumferential edge and includes plural slits, and the second width is the minimum distance between adjacent slits and the minimum distance between the slits and the outer circumferential edge of the dummy capacitor.