mhurhangee/ep-ind-claims huggingface dataset:
Wound rotor comprising a structure defining a circumferential alternation of teeth and notches, each tooth receiving a longitudinal winding intended to generate a rotor pole; each winding defining, at each longitudinal end (30, 30') of the rotor, a projecting winding head, said rotor also comprising a shaft passing through said structure along a longitudinal direction, said rotor being able to be cooled by a cooling liquid sprayed onto said winding heads, said rotor further comprising at least one ring (10, 10') for mechanically holding said rotor windings, which ring is installed at a longitudinal end (30, 30') of the rotor so as to define a central opening (101, 101') that opens onto the winding heads, said ring (10, 10') having at least one drainage duct (11, 11') that is suitable for draining said cooling liquid sprayed into the central opening (101, 101') onto said winding heads, characterized in that said drainage duct (11, 11') consists of an orifice (11, 11') passing radially through said ring (10, 10'), and the longitudinal end of said ring has, in a direction oriented away from the orifice (11, 11'), a constant reduction in its external diameter.
A wash-off label comprising layers in the following order: a print layer, a face film layer, a primer layer and an adhesive layer, - wherein the wash-off label is removable from a surface of an item labelled, - wherein the face film layer comprises thermoplastic polymer, and - wherein the primer layer is preferably at least one of the following: thermal wax, cellulose derivative, dextrin, casein, polyvinyl alcohol, polyacrylate with high carboxylic acid content and ethylene acrylic acid, and the primer layer is configured to detach the adhesive layer from the face film layer through dissolving or dispersing the primer layer between the adhesive layer and the face film layer, when the label is exposed to a washing liquid comprising caustic soda and having temperature in the range of 60-90 °C for equal or less than 5 minutes, and - the adhesive layer comprises removable pressure sensitive adhesive, which exhibits tackiness, which is arranged to be inactivated or deadened, when the label is exposed to the washing liquid, so as to enable detachment of the label from the surface of the item labelled, wherein - an amount of the primer layer is between 0.5 and 4 g/m 2, and - an amount of the adhesive layer is between 5 and 20 g/m 2. - wherein the wash-off label is removable from a surface of an item labelled, - wherein the face film layer comprises thermoplastic polymer, and - wherein the primer layer is preferably at least one of the following: thermal wax, cellulose derivative, dextrin, casein, polyvinyl alcohol, polyacrylate with high carboxylic acid content and ethylene acrylic acid, and the primer layer is configured to detach the adhesive layer from the face film layer through dissolving or dispersing the primer layer between the adhesive layer and the face film layer, when the label is exposed to a washing liquid comprising caustic soda and having temperature in the range of 60-90 °C for equal or less than 5 minutes, and - the adhesive layer comprises removable pressure sensitive adhesive, which exhibits tackiness, which is arranged to be inactivated or deadened, when the label is exposed to the washing liquid, so as to enable detachment of the label from the surface of the item labelled, - an amount of the primer layer is between 0.5 and 4 g/m 2, and - an amount of the adhesive layer is between 5 and 20 g/m 2.
A stock supply station for use in an insulated glass unit component production line, comprising: a) a plurality of rotatable sheet stock coils, wherein the sheet stock coils are supported on individual coil support shafts so as to be individually rotatable about a common axis, the coil support shafts extending through and supporting the sheet stock coils; b) an indexing mechanism coupled to the sheet stock coils for indexing a selected one of the sheet stock coils at an uncoiling position (P U); and c) an uncoiling mechanism for selectively uncoiling sheet stock from a sheet stock coil indexed to the uncoiling position (P U) to thereby provide sheet stock to a downstream processing station, wherein the uncoiling mechanism is positioned to individually drive each of the rotatable sheet stock coils when positioned at the uncoiling position (P U) to individually uncoil the sheet stock from the sheet stock coil as said sheet stock coil rotates about the common axis. a) a plurality of rotatable sheet stock coils, wherein the sheet stock coils are supported on individual coil support shafts so as to be individually rotatable about a common axis, the coil support shafts extending through and supporting the sheet stock coils; b) an indexing mechanism coupled to the sheet stock coils for indexing a selected one of the sheet stock coils at an uncoiling position (P U); and c) an uncoiling mechanism for selectively uncoiling sheet stock from a sheet stock coil indexed to the uncoiling position (P U) to thereby provide sheet stock to a downstream processing station, wherein the uncoiling mechanism is positioned to individually drive each of the rotatable sheet stock coils when positioned at the uncoiling position (P U) to individually uncoil the sheet stock from the sheet stock coil as said sheet stock coil rotates about the common axis.
A plant for reducing bitumen fumes comprising: a). an intake system for drawing in the bitumen fumes and mixing those fumes with external air (ambient air) to produce an admixture of external air/bitumen fumes; b). a system for introducing this admixture into a boiler as a primary supply (primary air) so as to maintain the admixture in the boiler for at least two seconds; c). a sensor which is for measuring oxygen and/or carbon monoxide and which is positioned in the discharge chimney of the burnt materials and which is capable of adjusting the proportion between the external air and the bitumen fumes in the admixture. a). an intake system for drawing in the bitumen fumes and mixing those fumes with external air (ambient air) to produce an admixture of external air/bitumen fumes; b). a system for introducing this admixture into a boiler as a primary supply (primary air) so as to maintain the admixture in the boiler for at least two seconds; c). a sensor which is for measuring oxygen and/or carbon monoxide and which is positioned in the discharge chimney of the burnt materials and which is capable of adjusting the proportion between the external air and the bitumen fumes in the admixture.
A device enabled for carrying beverage cans, in that it comprises a body of a laminar nature and with a symmetrical rectangular geometry, having on its surface at least two pairs of incisions without mutual contact defining along their path a plurality of tabs with a folding or bending capacity in relation to the body itself, such that the proportions and the geometry of the incisions are suitable for the tight insertion into each pair of incisions of the upper base or mouth of a beverage can; wherein the body has a plurality of bending lines from the end of at least one incision closest to the edge of the body, and said bending lines directed towards the same closest edge of the same body; characterized in that the body furthermore has added cuts arranged transverse and perpendicular to an axis of symmetry of the same body and arranged between the pairs of incisions.
A composition consisting essentially of: a C10 aliphatic branched chain alcohol ethoxylate having 5 moles ethylene oxide; a straight chain alcohol ethoxylate of the formula where m is between 8 and 14 and n is from 2 to 10; and a builder, wherein the composition effects an increase of at least about 30 % in detergency measured as reflectance at 460 nm of a stained fabric at which the composition has been applied when compared to reflectance observed at 460 nm at the stained fabric prior to application of the composition, and wherein the stained fabric treated at which the composition has been applied exhibits a reflectance at 460 nm that is greater than the reflectance of the stained fabric at which a substantially similar composition has been applied, and wherein the substantially similar composition comprises nonyl phenol ethoxylate. a C10 aliphatic branched chain alcohol ethoxylate having 5 moles ethylene oxide; a straight chain alcohol ethoxylate of the formula where m is between 8 and 14 and n is from 2 to 10; and a builder, wherein the composition effects an increase of at least about 30 % in detergency measured as reflectance at 460 nm of a stained fabric at which the composition has been applied when compared to reflectance observed at 460 nm at the stained fabric prior to application of the composition, and wherein the stained fabric treated at which the composition has been applied exhibits a reflectance at 460 nm that is greater than the reflectance of the stained fabric at which a substantially similar composition has been applied, and wherein the substantially similar composition comprises nonyl phenol ethoxylate.
A dough composition comprising flour, water, fat, and flavorant salt, the dough composition comprising fat particles, the fat particles being anhydrous and comprising solid fat and flavorant salt, the flavorant salt in the fat particles being in particle form and having a bulk density less than 1121.29 kg per cubic meter (70 pounds per cubic foot) or having a mean particle size in a range from 1 to 100 micrometers, wherein the amount of flavorant salt in the fat particles is at least 20 percent of a total amount of flavorant salt in the dough composition.
External timepiece element including a frame made of a first material, said external element further including at least one pressure sensor, characterized in that said pressure sensor is formed of at least one plate, said plate being formed of a binder and of a piezochromic pigment, said piezochromic pigment being selected to react at a specific pressure, so that said pigment changes from a first colour to a second colour when said specific pressure is reached.
Low-pressure circuit for a fuel injection system, in particular a common-rail injection system, comprising a fuel tank and a predelivery pump by way of which fuel can be drawn out of the fuel tank and supplied via a fuel line to a high-pressure pump, wherein the flow-rate and pressure regulation is realized by way of a metering unit arranged outside the high-pressure pump, wherein the metering unit is arranged downstream of the predelivery pump in a flow direction, and a return line branches off from the fuel line upstream of the metering unit in the flow direction, which return line connects the fuel line to the fuel tank, characterized in that the fuel that is metered by way of the metering unit is divided, upstream of the high-pressure pump, into a delivery flow and a lubricating and/or cooling flow, and the lubrication and/or cooling of the high-pressure pump is ensured by way of a throttle which is connected in parallel with respect to an inflow of a pump element of the high-pressure pump.
A magnetic coupling device comprising: a first core and a second core spaced apart from each other in a first direction; a first coil and a second coil disposed between the first core and the second core in a state of being spaced apart from each other in the first direction; and an electrically conductive core connector(141, 142) electrically connected to the first core and the second core, wherein a spacing distance between the first coil and the second coil in the first direction is 0.025 or less times of a sum of a thickness of the first core in the first direction and a thickness of the second core in the first direction, and wherein the core connector(141, 142) contacts an outer side surface of the first core and an outer side surface of the second core. a first core and a second core spaced apart from each other in a first direction; a first coil and a second coil disposed between the first core and the second core in a state of being spaced apart from each other in the first direction; and an electrically conductive core connector(141, 142) electrically connected to the first core and the second core, wherein a spacing distance between the first coil and the second coil in the first direction is 0.025 or less times of a sum of a thickness of the first core in the first direction and a thickness of the second core in the first direction, and wherein the core connector(141, 142) contacts an outer side surface of the first core and an outer side surface of the second core.
Method for producing a profiled element for sealing a structural joint, comprising the following steps: a) providing a film by means of a feed device which comprises at least one roll, by means of which the film is fed from a film supply to a rotating roller for perforation; b) applying a flowable reaction mixture to an upper face of the film; c) connecting a first side edge region of the film to a second side edge region of the film to create a substantially cylindrical profiled element by means of a welding system; d) foaming the flowable reaction mixture by guiding the resulting tubular profiled element over a reaction path by means of conveyor equipment; e) shaping the desired profile geometry by at least one metal profile, wherein the volume of the flowable reaction mixture to be applied is metered such that, in the fully reacted state, said volume corresponds to the inner volume of the profiled element produced, and wherein the film completely encloses the reaction mixture. a) providing a film by means of a feed device which comprises at least one roll, by means of which the film is fed from a film supply to a rotating roller for perforation; b) applying a flowable reaction mixture to an upper face of the film; c) connecting a first side edge region of the film to a second side edge region of the film to create a substantially cylindrical profiled element by means of a welding system; d) foaming the flowable reaction mixture by guiding the resulting tubular profiled element over a reaction path by means of conveyor equipment; e) shaping the desired profile geometry by at least one metal profile, wherein the volume of the flowable reaction mixture to be applied is metered such that, in the fully reacted state, said volume corresponds to the inner volume of the profiled element produced, and wherein the film completely encloses the reaction mixture.
A valve assembly in a serial turbocharger system, the valve assembly comprising: a housing; an exhaust gas bypass valve; a component that comprises an exhaust opening and a recess; a valve seat for the exhaust bypass valve of the serial turbocharger system wherein the valve seat comprises a base portion and a wall portion that extends axially away from the base portion; and a gasket disposed at least in part of the recess of the component and disposed at least in part between the housing and the component wherein the gasket comprises a planar portion that defines a perimeter and a socket disposed interior to the perimeter, wherein the socket comprises a valve seat surface axially recessed from the planar portion and configured to position the valve seat, wherein the valve seat is positioned in the socket and fixed to the gasket. a housing; an exhaust gas bypass valve; a component that comprises an exhaust opening and a recess; a valve seat for the exhaust bypass valve of the serial turbocharger system wherein the valve seat comprises a base portion and a wall portion that extends axially away from the base portion; and a gasket disposed at least in part of the recess of the component and disposed at least in part between the housing and the component wherein the gasket comprises a planar portion that defines a perimeter and a socket disposed interior to the perimeter, wherein the socket comprises a valve seat surface axially recessed from the planar portion and configured to position the valve seat, wherein the valve seat is positioned in the socket and fixed to the gasket.
A cassette unit for use with an auto-injector having an electrically powered drive unit, said cassette unit comprising: a cassette unit housing defining a cassette unit housing cavity, a rearward entrance to said cavity and a forward needle projection aperture; said cassette unit housing cavity receiving a syringe comprising: a barrel for containing a volume of a liquid drug formulation, said barrel defining a flange at the rear end thereof and a forward shoulder at the forward end thereof; a hollow needle at a front end of said barrel, said hollow needle defining a needle tip for dispensing of said liquid drug formulation; and a plunger that is axially movable within the barrel, characterized by comprising: in capping relationship with said rearward entrance of the cassette unit housing, a cassette unit end-cap, said cassette unit end-cap defining a drive rod-receiving opening for receipt of a drive rod for providing forward axial drive to said plunger; and a biasing element (45; 145; 245) defining a biasing relationship between the cassette unit end-cap and the flange of the syringe, for urging the syringe forwards in relation to the cassette unit end cap. a cassette unit housing defining a cassette unit housing cavity, a rearward entrance to said cavity and a forward needle projection aperture; said cassette unit housing cavity receiving a syringe comprising: a barrel for containing a volume of a liquid drug formulation, said barrel defining a flange at the rear end thereof and a forward shoulder at the forward end thereof; a hollow needle at a front end of said barrel, said hollow needle defining a needle tip for dispensing of said liquid drug formulation; and a plunger that is axially movable within the barrel, a barrel for containing a volume of a liquid drug formulation, said barrel defining a flange at the rear end thereof and a forward shoulder at the forward end thereof; a hollow needle at a front end of said barrel, said hollow needle defining a needle tip for dispensing of said liquid drug formulation; and a plunger that is axially movable within the barrel, characterized by comprising: in capping relationship with said rearward entrance of the cassette unit housing, a cassette unit end-cap, said cassette unit end-cap defining a drive rod-receiving opening for receipt of a drive rod for providing forward axial drive to said plunger; and a biasing element (45; 145; 245) defining a biasing relationship between the cassette unit end-cap and the flange of the syringe, for urging the syringe forwards in relation to the cassette unit end cap. in capping relationship with said rearward entrance of the cassette unit housing, a cassette unit end-cap, said cassette unit end-cap defining a drive rod-receiving opening for receipt of a drive rod for providing forward axial drive to said plunger; and a biasing element (45; 145; 245) defining a biasing relationship between the cassette unit end-cap and the flange of the syringe, for urging the syringe forwards in relation to the cassette unit end cap.
An industrial truck with a drive part, which comprises a driver standing place, which in turn comprises a L-shaped standing platform with a horizontally arranged bottom element and a vertically standing wall element, wherein the bottom element is mounted movably with respect to the drive part via a swing arm, and the wall element comprises at least one vehicle-stationary tied coupling element, wherein a spring element and a switching lever arranged on the wall element are provided, the switching lever co-operating with the spring element in a first switching position, characterised in that the switching lever is freely movable with respect to the spring element in its second switching position, wherein a spring force of the spring element acts on the standing platform via the switching lever in the first switching position.
A pad for a disc brake for railway vehicles comprising a plurality of friction elements, which are suited to act upon a disc of the disc brake, and a rear interlocking plate, which comprises an interlocking portion, which is suited to be coupled in a reversible manner to a structure of a disc brake, and two fixing portions, which are manufactured as one single piece together with the interlocking portion and extend transversely and on opposite sides relative to the interlocking portion itself; said pad being characterised in that it comprises two support plates (3a, 3b), each of which is fixed in a reversible manner to a respective fixing portion; said support plates being a larger support plate which, in use, is suited to be arranged in correspondence to a more peripheral position of a disc of the disc brake, and a smaller support plate which, in use, is suited to be arranged in correspondence to a more central position of a disc of the disc brake; said support plates (3a, 3b) being arranged one adjacent to the other along two respective inner edges (10a, 10b); said friction elements being fixed in a reversible manner to said support plates (3a, 3b); the friction elements fixed to said larger support plate being in a greater number than the friction elements fixed to the smaller support plate.
A light emitting diode device comprising: a plurality of lead frames (121,131); a first body having a higher reflectance than transmittance, disposed on top surfaces of the lead frames (121,131) and having an open region at a predetermined region of the top surfaces of the plurality of lead frames (121,131); a second body having a higher transmittance than reflectance, having a first opening corresponding to the open region of the first body, and disposed on a top surface of the first body; a light emitting diode chip on at least one of the plurality of lead frames (121,131) exposed in the first opening of the second body; and a first resin layer disposed in the first opening of the second body to cover the light emitting diode chip, wherein the top surface of the first body makes contact with a bottom surface of the second body, wherein the first body includes an inner region adjacent to the light emitting diode chip and an outer region which is thicker than the inner region and extends from the inner region, wherein the top surface of the inner region of the first body is inclined at an angle of 65° to 89° about the perpendicular line to the light emitting diode chip, and wherein the top surface of the first body has a height lower than the height of the top surface of the light emitting diode chip. a plurality of lead frames (121,131); a first body having a higher reflectance than transmittance, disposed on top surfaces of the lead frames (121,131) and having an open region at a predetermined region of the top surfaces of the plurality of lead frames (121,131); a second body having a higher transmittance than reflectance, having a first opening corresponding to the open region of the first body, and disposed on a top surface of the first body; a light emitting diode chip on at least one of the plurality of lead frames (121,131) exposed in the first opening of the second body; and a first resin layer disposed in the first opening of the second body to cover the light emitting diode chip, wherein the top surface of the first body makes contact with a bottom surface of the second body, wherein the first body includes an inner region adjacent to the light emitting diode chip and an outer region which is thicker than the inner region and extends from the inner region, wherein the top surface of the inner region of the first body is inclined at an angle of 65° to 89° about the perpendicular line to the light emitting diode chip, and wherein the top surface of the first body has a height lower than the height of the top surface of the light emitting diode chip.