mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising a circumferential array of stator vanes having first and second vanes (A, B) with different vibrational frequencies than one another, the first vanes arranged in circumferentially alternating relationship with the second vanes, wherein the stator vanes are provided on multiple arcuate segments, each segment including the first and second vanes (A, B), at least one of the first and second vanes (A, B) are cantilevered; and a first ring half includes N vanes, and a second ring half includes N+3 vanes.
An image forming apparatus comprising: a main body; a cover installed at a lateral side of the main body to be opened from and to close the main body; a manual paper feed tray for receiving sheets of paper, the manual paper feed tray being installed on the cover to rotate between a closed position and an opened position, said opened position defining an open angle with respect to a vertical direction of the main body; a link element connecting the cover to the main body, the link element comprising a plurality of links (191, 192, 193) that are rotatably connected so as to rotate with respect to each other when the cover is opened or closed; and a connection link having a first end connected to the link element and a second end connected to the manual paper feed tray, wherein when the cover is opened and the manual paper feed tray is positioned in the opened position, the connection link interacts with a rotation of the link element to pull the manual paper feed tray towards the cover to maintain the open angle of the manual paper feed tray within 90 degrees with respect to the vertical direction, wherein the plurality of links (191, 192, 193) comprises a cover-side main link rotatably connected to the cover, and a main body-side link having a first end rotatably connected to the cover-side main link and a second end rotatably connected to the main body, and when the cover is opened the main body-side link and the cover-side main link are unfolded from each other. a main body; a cover installed at a lateral side of the main body to be opened from and to close the main body; a manual paper feed tray for receiving sheets of paper, the manual paper feed tray being installed on the cover to rotate between a closed position and an opened position, said opened position defining an open angle with respect to a vertical direction of the main body; a link element connecting the cover to the main body, the link element comprising a plurality of links (191, 192, 193) that are rotatably connected so as to rotate with respect to each other when the cover is opened or closed; and a connection link having a first end connected to the link element and a second end connected to the manual paper feed tray, wherein when the cover is opened and the manual paper feed tray is positioned in the opened position, the connection link interacts with a rotation of the link element to pull the manual paper feed tray towards the cover to maintain the open angle of the manual paper feed tray within 90 degrees with respect to the vertical direction, wherein the plurality of links (191, 192, 193) comprises a cover-side main link rotatably connected to the cover, and a main body-side link having a first end rotatably connected to the cover-side main link and a second end rotatably connected to the main body, and when the cover is opened the main body-side link and the cover-side main link are unfolded from each other.
A continuous ink jet printer comprising an ink circuit, the ink circuit comprising an ink tank, an ink pump arrangement, an ink supply path from a plurality of ink inlet openings inside the ink tank to the ink pump arrangement and an ink return path from the ink pump arrangement to the interior of the ink tank, the plurality of ink inlet openings being spaced in one or more directions parallel to the floor of the ink tank, the printer further comprising a control system arranged (a) to control the ink pump arrangement to pump ink around the ink circuit in a forward direction, in which the ink flows from the interior of the ink tank through the plurality of ink inlet openings and along the ink supply path to the ink pump arrangement, and from the ink pump arrangement along the ink return path back to the interior of the ink tank, characterised in that the control system is also arranged (b) to control the ink pump arrangement to pump fluid around the ink circuit in a reverse direction, in which the fluid flows from the interior of the ink tank along the ink return path to the ink pump arrangement, and from the ink pump arrangement along the ink supply path and through the plurality of ink inlet openings back to the interior of the ink tank. the printer further comprising a control system arranged (a) to control the ink pump arrangement to pump ink around the ink circuit in a forward direction, in which the ink flows from the interior of the ink tank through the plurality of ink inlet openings and along the ink supply path to the ink pump arrangement, and from the ink pump arrangement along the ink return path back to the interior of the ink tank, characterised in that the control system is also arranged (b) to control the ink pump arrangement to pump fluid around the ink circuit in a reverse direction, in which the fluid flows from the interior of the ink tank along the ink return path to the ink pump arrangement, and from the ink pump arrangement along the ink supply path and through the plurality of ink inlet openings back to the interior of the ink tank.
A device for treating occlusions and stenotic lesions in the vasculature, the device comprising: a capture section comprising: an elongate body; a proximal end; a distal end; a collapsed delivery configuration; and an expanded deployed configuration; and a stent cage comprising a collapsed delivery configuration and an expanded deployed configuration; wherein the stent cage is configured to be detachable from the device to remain implanted in the lesion when the capture section is removed from the lesion, the device further comprising a fragment protection element at the distal end of capture section, the fragment protection element comprising: a connecting member; and a distal fragment filter expandable to at least the same radial size as the capture section in the expanded deployed configuration, wherein the connecting member connects the fragment protection element to the capture section and wherein the connecting member is of an undulating wave pattern. a capture section comprising: an elongate body; a proximal end; a distal end; a collapsed delivery configuration; and an expanded deployed configuration; and an elongate body; a proximal end; a distal end; a collapsed delivery configuration; and an expanded deployed configuration; and a stent cage comprising a collapsed delivery configuration and an expanded deployed configuration; wherein the stent cage is configured to be detachable from the device to remain implanted in the lesion when the capture section is removed from the lesion, the device further comprising a fragment protection element at the distal end of capture section, the fragment protection element comprising: a connecting member; and a distal fragment filter expandable to at least the same radial size as the capture section in the expanded deployed configuration, wherein the connecting member connects the fragment protection element to the capture section and wherein the connecting member is of an undulating wave pattern. a connecting member; and a distal fragment filter expandable to at least the same radial size as the capture section in the expanded deployed configuration, wherein the connecting member connects the fragment protection element to the capture section and wherein the connecting member is of an undulating wave pattern.
A method of transporting a blade for a wind turbine using an adapter flange comprising a flange body, which extends in a plane of extent, and at least one support which serves to support the flange body spaced apart from the ground, wherein the method comprises the following steps: - coupling the blade to the adapter flange by means of a blade coupling means formed at the flange body; - coupling the adapter flange to a first transport vehicle, in particular a tractor, by means of a vehicle coupling means (26, 26a, 26b) formed at the flange body in order to form a transport rig in which the blade is oriented substantially horizontally along its length; - transporting the blade to before a curve; - supporting the adapter flange by means of its support; - uncoupling the adapter flange from the first transport vehicle; - coupling the adapter flange by means of the vehicle coupling means (26, 26a, 26b) to a second transport vehicle, in particular a lifting vehicle, comprising a pivot mechanism for upwardly pivoting the blade; - cancelling the support of the adapter flange; - upwardly pivoting the blade by means of the pivot mechanism of the second transport vehicle; and - transporting the upwardly pivoted blade by means of the second transport vehicle along the curve. - coupling the blade to the adapter flange by means of a blade coupling means formed at the flange body; - coupling the adapter flange to a first transport vehicle, in particular a tractor, by means of a vehicle coupling means (26, 26a, 26b) formed at the flange body in order to form a transport rig in which the blade is oriented substantially horizontally along its length; - transporting the blade to before a curve; - supporting the adapter flange by means of its support; - uncoupling the adapter flange from the first transport vehicle; - coupling the adapter flange by means of the vehicle coupling means (26, 26a, 26b) to a second transport vehicle, in particular a lifting vehicle, comprising a pivot mechanism for upwardly pivoting the blade; - cancelling the support of the adapter flange; - upwardly pivoting the blade by means of the pivot mechanism of the second transport vehicle; and - transporting the upwardly pivoted blade by means of the second transport vehicle along the curve.
A high voltage superconductor switch, comprising: a length of superconductor having a switching portion located within an air gap; a magnetic circuit including at least one flux guide having ferrite pole pieces defining an air gap in which a switching portion of a superconductor can reside in use and at least one primary magnetic flux source located within the circuit so as to provide a quenching magnetic field across the air gap via the ferrite pole pieces, characterised in that: the superconductor is located within a cryostat having at least one wall and wherein the ferrite pole pieces pass through the at least one wall. a length of superconductor having a switching portion located within an air gap; a magnetic circuit including at least one flux guide having ferrite pole pieces defining an air gap in which a switching portion of a superconductor can reside in use and at least one primary magnetic flux source located within the circuit so as to provide a quenching magnetic field across the air gap via the ferrite pole pieces, characterised in that: the superconductor is located within a cryostat having at least one wall and wherein the ferrite pole pieces pass through the at least one wall. the superconductor is located within a cryostat having at least one wall and wherein the ferrite pole pieces pass through the at least one wall.
A cosmetic composition comprising (a) 0.1 to 5 wt. %, preferably 0.3 to 4 wt. %, most preferably 0.5 to 3 wt.-% of an ascorbyl phosphate, (b) 0.5 to 15 wt.-%, preferably 1 to 10 wt.-%, most preferably 2 to 5 wt.-% of niacinamide, (c) 0.5 to 1 wt.-%, preferably 0.6 to 1 wt.-%, most preferably 0.7 to 1 wt.-% of allantoin, and (d) a cosmetically acceptable carrier. (a) 0.1 to 5 wt. %, preferably 0.3 to 4 wt. %, most preferably 0.5 to 3 wt.-% of an ascorbyl phosphate, (b) 0.5 to 15 wt.-%, preferably 1 to 10 wt.-%, most preferably 2 to 5 wt.-% of niacinamide, (c) 0.5 to 1 wt.-%, preferably 0.6 to 1 wt.-%, most preferably 0.7 to 1 wt.-% of allantoin, and (d) a cosmetically acceptable carrier.
A method for producing a motor vehicle floor mat, said method comprising the following steps: - providing a backing web based on thermoplastic polyester and/or modified thermoplastic polyester fibers, - stitching loops of thermoplastic polyester-based yarns onto said web so as to produce a tufted web, - depositing on the reverse side of said tufted web a layer securing said loops to said web, said layer being based on thermoplastic polyester modified so as to have a lower melting point than that of the polyester of said support web, said layer being deposited by extrusion followed by calendering, said process being such that, prior to the deposition of said fastening layer, said tufted web is heated on said reverse side to the melting temperature of the polyester, so as to melt the part of said loops in contact with said web in order to fasten them. - providing a backing web based on thermoplastic polyester and/or modified thermoplastic polyester fibers, - stitching loops of thermoplastic polyester-based yarns onto said web so as to produce a tufted web, - depositing on the reverse side of said tufted web a layer securing said loops to said web, said layer being based on thermoplastic polyester modified so as to have a lower melting point than that of the polyester of said support web, said layer being deposited by extrusion followed by calendering,
An improved catalytic fast pyrolysis process comprising steps of: a) treating biomass containing alkali and alkaline earth metal components to reduce alkali and alkaline earth metal content to result in treated biomass, b) feeding the treated biomass of step a), catalyst composition comprising a solid catalyst and transport fluid to a catalytic fast pyrolysis process fluidized bed reactor maintained at reaction conditions to manufacture a raw fluid product stream, c) feeding the raw fluid product stream of step b) to a solids separation and stripping system to produce separated solids and a fluid product stream, d) feeding the fluid product stream of step c) to a vapor/liquid separation system to produce a liquid phase stream comprising components selected from the group consisting of water, char, coke, ash, catalyst fines, water soluble organics and heavy organics, and combinations thereof, and a vapor phase stream comprising benzene, toluene xylenes, olefins having carbon numbers of 2 to 4, methane, carbon monoxide, and carbon dioxide, and e) feeding the vapor phase stream of step d) to a product recovery system to recover benzene, toluene, xylenes and, optionally, olefins. a) treating biomass containing alkali and alkaline earth metal components to reduce alkali and alkaline earth metal content to result in treated biomass, b) feeding the treated biomass of step a), catalyst composition comprising a solid catalyst and transport fluid to a catalytic fast pyrolysis process fluidized bed reactor maintained at reaction conditions to manufacture a raw fluid product stream, c) feeding the raw fluid product stream of step b) to a solids separation and stripping system to produce separated solids and a fluid product stream, d) feeding the fluid product stream of step c) to a vapor/liquid separation system to produce a liquid phase stream comprising components selected from the group consisting of water, char, coke, ash, catalyst fines, water soluble organics and heavy organics, and combinations thereof, and a vapor phase stream comprising benzene, toluene xylenes, olefins having carbon numbers of 2 to 4, methane, carbon monoxide, and carbon dioxide, and e) feeding the vapor phase stream of step d) to a product recovery system to recover benzene, toluene, xylenes and, optionally, olefins.
A system for detecting a cardiac event in a subject, comprising: at least one electrode attached to the subject for obtaining an electrocardiogram of the subject's heart; determination means configured to determine the mass of viable myocardium in the subject's heart by determining a size of an area under a QRS complex of the electrocardiogram by integrating the QRS complex of the electrocardiogram to obtain the area under the QRS complex, and obtaining means configured to obtain a difference between the size of the area of the QRS complex of the electrocardiogram and a size of an area of a QRS complex of an electrocardiogram from the same subject obtained at a prior occasion at a different time of the subject's life from an identical electrode to generate an index for ascertaining an onset of a cardiac event, wherein the determination means for determining the size of the area under the QRS complex of the electrocardiogram and the obtaining means for obtaining the difference between the size of the area of the QRS complex of the electrocardiogram and a size of an area of a QRS complex of an electrocardiogram from the same subject obtained at a prior occasion at a different time of the subject's life are quantitative, and wherein said difference obtained by the obtaining means shows a change in the mass of viable myocardium in the subject's heart over a period of time from the prior occasion at a different time of the subject's life. at least one electrode attached to the subject for obtaining an electrocardiogram of the subject's heart; determination means configured to determine the mass of viable myocardium in the subject's heart by determining a size of an area under a QRS complex of the electrocardiogram by integrating the QRS complex of the electrocardiogram to obtain the area under the QRS complex, and obtaining means configured to obtain a difference between the size of the area of the QRS complex of the electrocardiogram and a size of an area of a QRS complex of an electrocardiogram from the same subject obtained at a prior occasion at a different time of the subject's life from an identical electrode to generate an index for ascertaining an onset of a cardiac event, wherein the determination means for determining the size of the area under the QRS complex of the electrocardiogram and the obtaining means for obtaining the difference between the size of the area of the QRS complex of the electrocardiogram and a size of an area of a QRS complex of an electrocardiogram from the same subject obtained at a prior occasion at a different time of the subject's life are quantitative, and wherein said difference obtained by the obtaining means shows a change in the mass of viable myocardium in the subject's heart over a period of time from the prior occasion at a different time of the subject's life.
Tap outlet nozzle for a tap of a dispensing system (1; 101), which serves to tap a volume flow consisting of a beverage precursor and a gas, namely CO 2, N 2, or compressed air, having a preferably cylindrical through-flow pipe section and an outlet pipe section adjoining it on the outlet side, wherein a mixing arrangement is accommodated between the inlet side of the through-flow pipe section and the outlet pipe section, which mixing arrangement is suitable for being flowed through by the mixture of the beverage precursor and gas bubbles contained therein, and for comminuting the gas bubbles in the process, characterized in that the outlet pipe section tapers.
Water overflow edge device for a swimming pool, comprising a channel consisting of a bottom wall, a rear wall and a front wall, wherein said front wall is made of a plurality of modular structural elements arranged in sequence and coupled together "end-to-end", the channel also being covered on top by a walking grid that allows water from the swimming pool to enter into said channel, the water overflow edge device being characterised in that each modular structural element consists of a first component with structural function, provided at the bottom with coupling means with the bottom wall of the channel and with the top of the vertical inner wall of the swimming pool, said structural component also being provided at one side with a first surface, which forms the front wall of the channel, and with a second substantially vertical surface, opposite the first surface and configured to support a second coating component which forms the entire exposed surface of the water overflow edge device and which has a finishing function, wherein the coupling means of the first component with structural function consist of a plurality of male-female couplers, capable of being coupled together by interlocking and through gluing with adhesive materials along the upper edge of the swimming pool, so that the second coating component of each modular structural element is aligned with the vertical inner wall of said swimming pool, wherein between said male-female couplers there are corresponding clearances so as to allow channels to be laid with profiles having a broken line.
A furniture connecting fitting having an attachment section (51, 53) for coupling to a cabinet body, wherein a kinematic arrangement is coupled directly to the attachment section (51, 53), wherein an assembly piece is provided, which assembly piece has a fitting end facing the attachment section (51, 53) and a furniture attachment end (81.3) facing away from the fitting end, wherein the attachment section (51, 53) has at least one locating element, which, in an assembly position, interacts with a mating element of the assembly piece to form a connection, which acts transversely to the furniture attachment end (81.3) in a form-fitting and detachable manner, wherein an actuating element is provided, which can be moved between a release position and a blocking position, and wherein the actuating element rests against a support section in the blocking position to secure the assembly position, characterized in that the locating element and the mating element can be brought into the form-fitting active engagement along an adjustment path, and in that the actuating element is guided by an operating element on a control cam during its travel from the release position to the blocking position to effect a travel of the attachment section (51, 53) relative to the assembly piece in the direction of the adjustment path.
Wind turbine blade comprising one or more deformable trailing edge sections, each deformable trailing edge section comprising a first and a second actuator, characterized in that the second actuator is arranged substantially downstream from the first actuator, the actuators being arranged in series along the chord line of the blade such that actuation of the first actuator affects the second one, and the first actuator is of a first type and the second actuator is of a second type, the second type being different from the first type. the second actuator is arranged substantially downstream from the first actuator, the actuators being arranged in series along the chord line of the blade such that actuation of the first actuator affects the second one, and the first actuator is of a first type and the second actuator is of a second type, the second type being different from the first type.
A biosensor adapted for continuous blood glucose monitoring in a living body, comprising: a substrate; an electrode layer that is formed on the substrate; a mediator layer that is formed on the electrode layer; an enzyme layer that is formed on the mediator layer; a protective film that is formed on the enzyme layer, wherein the enzyme layer contains glucomannan. a substrate; an electrode layer that is formed on the substrate; a mediator layer that is formed on the electrode layer; an enzyme layer that is formed on the mediator layer; a protective film that is formed on the enzyme layer, wherein the enzyme layer contains glucomannan.